SDG 13. Climate Action – sdg.knuba.edu.ua

Policy on Climate-Related Research Prioritisation

(Developed and implemented on 3 September 2024)

KNUCA adopts this Policy on Climate-Related Research Prioritisation to institutionalise research excellence in climate science, low-carbon innovation, and sustainable development. The policy directly contributes to Sustainable Development Goal 13 (Climate Action) and supports SDG 9 (Industry, Innovation and Infrastructure), SDG 7 (Affordable and Clean Energy) and SDG 11 (Sustainable Cities and Communities). It defines the framework through which KNUCA prioritises, coordinates, and funds scientific research that addresses climate change mitigation, adaptation, and resilience.

The purpose of this policy is to ensure that KNUCA’s research ecosystem actively contributes to the national and global transition toward a low-carbon, climate-resilient economy. It promotes multidisciplinary collaboration, integration of digital and green technologies, and alignment with the Paris Agreement, the European Green Deal, and Ukraine’s National Climate Strategy 2050.

1. Strategic Priorities

KNUCA identifies the following priority areas for climate-related research:

Decarbonisation of industry and construction through renewable energy, energy-efficient design, and emission control technologies.
Climate adaptation and resilience of urban infrastructure, including flood prevention, heat-resilient architecture, and green urban planning.
Circular economy and resource efficiency, reducing waste, reusing materials, and applying life-cycle analysis (LCA).
Climate-smart agriculture and land use, addressing soil degradation and carbon sequestration potential.
Digital transformation through data-driven modelling, AI-assisted forecasting, and smart decision-support systems for climate management.
Low-carbon mobility and transport using electric vehicles, green logistics, and intelligent transport systems.

Each research area aligns with global frameworks for climate resilience, emission reduction, sustainability, adaptation, and biodiversity protection, integrating science, innovation, and practical application.

2. Research Integration and Academic Framework

KNUCA integrates climate action across all faculties through interdisciplinary cooperation between civil engineering, architecture, ecology, energy systems, and urban planning departments. The university’s Research Council on Sustainable Development coordinates academic programmes and research grants related to climate change.

The Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) demonstrated KNUCA’s scientific contribution to renewable energy integration, green materials, and digital energy management. The National Forum on Innovation and Sustainable Construction 2024 (https://www.knuba.edu.ua/?p=39260) featured research presentations on carbon reduction, green infrastructure, and sustainable building design, confirming KNUCA’s leadership in climate science.

Every department must include climate-related objectives in its annual research plan and report on outputs such as publications, conference presentations, patents, and innovations that directly contribute to SDG 13 targets.

3. Funding and Incentives

The Vice-Rector for Research and Green Development allocates annual research funds for climate-related projects. Funding priorities include:

pilot studies on carbon capture and storage (CCS) and renewable energy microgrids;
experimental research on low-emission construction materials and green manufacturing;
innovation in smart grids, urban cooling systems, and waste-to-energy technologies;
collaboration with national and EU research programmes such as Horizon Europe and EIT Climate-KIC.

Researchers producing high-impact results in climate adaptation, decarbonisation, and sustainability transitions receive institutional recognition and are prioritised for international grants.

4. Open Access, Data Sharing, and Knowledge Dissemination

To maximise global impact, KNUCA commits to open access publication of climate research through the university’s repository and international platforms.
All research outputs must include keywords such as climate change mitigation, renewable energy, adaptation, resilience, decarbonisation, sustainable infrastructure, carbon neutrality, biodiversity protection, circular economy, environmental innovation, smart technologies, low-emission systems, energy efficiency, pollution reduction, air quality, digital transformation, and green materials.

KNUCA’s online repository facilitates access to publications, datasets, and methodologies that support transparency, reproducibility, and policy integration. Collaborative studies are encouraged with municipal authorities, NGOs, and international institutions to expand the evidence base for climate governance and sustainability assessment.

5. Capacity Building and Education Integration

Research priorities are linked to academic programmes through the inclusion of climate modelling, environmental engineering, and green design courses. Faculty members receive training on grant management, research ethics, and international publication standards.
Student involvement is encouraged through innovation labs, hackathons, and the Green Campus Research Initiative, focusing on carbon auditing, renewable energy prototypes, and sustainable materials testing.

The Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123) engaged students in research on energy efficiency, environmental protection, and smart urban systems, illustrating practical application of this policy.

6. Monitoring and Evaluation

Progress will be monitored annually by the Sustainability Research Committee using the following indicators:

number of climate-related publications indexed in Scopus;
share of research funding allocated to climate topics;
external grants and international collaborations;
number of student and faculty projects addressing SDG 13;
social and environmental impact of research outcomes.

An Annual Climate Research Report summarising these results will be published on the KNUCA website.

7. Commitment

By enacting this Policy on Climate-Related Research Prioritisation on 3 September 2024, KNUCA formalises its leadership in climate-oriented research, innovation, and education. The university commits to advancing science-based solutions for mitigation and adaptation, supporting low-carbon transformation, and fostering interdisciplinary collaboration that drives sustainable development in Ukraine and beyond.

Open Access and Data Sharing Policy

(Developed and implemented on 3 September 2024)

KNUCA establishes this Open Access and Data Sharing Policy to ensure that all research outputs, data, and publications related to climate action are publicly accessible, transparent, and reusable for the advancement of science, policy, and sustainable development. This policy operationalises the goals of Sustainable Development Goal 13 (Climate Action) and reinforces SDG 9 (Industry, Innovation and Infrastructure) and SDG 17 (Partnerships for the Goals) through the principles of open science, digital inclusion, and responsible data management.

The policy’s purpose is to maximise the impact of research on climate change mitigation, adaptation, and resilience by providing unrestricted access to scientific results, datasets, models, and methodologies that support collective progress toward carbon neutrality and sustainable infrastructure.

1. Principles of Open Science

KNUCA adheres to the FAIR principles — that data must be Findable, Accessible, Interoperable, and Reusable.
All university research teams are required to deposit their climate-related datasets, publications, and reports in open repositories that comply with international standards such as Zenodo, OpenAIRE, and KNUCA’s Institutional Repository.

This open-access commitment supports climate transparency, low-carbon innovation, environmental accountability, and policy development. It encourages the use of big data, machine learning, and digital platforms for climate modelling, carbon monitoring, and risk forecasting.

2. Scope and Applicability

The policy applies to:

all climate-related publications, research reports, and student theses;
datasets generated from funded or institutional research;
tools, software, and algorithms developed for energy modelling, emission tracking, and climate adaptation;
communication and dissemination activities related to SDG 13.

Research on carbon sequestration, air quality, renewable energy, disaster resilience, sustainable construction, and climate governance falls within the mandatory scope of open access.

3. Institutional Framework and Repository

KNUCA maintains an institutional Open Research Repository hosted at https://repositary.knuba.edu.ua, where faculty and students upload their research papers, data, and supporting documentation.
The repository is managed by the Office for Research and Green Development, which ensures metadata quality, compliance with Creative Commons licences, and alignment with UNESCO’s Open Science Recommendations (2021).

Examples of open-access resources include:

Eco-Innovation and Green Entrepreneurship in the Construction Industry (https://repositary.knuba.edu.ua/bitstreams/8c119c6a-6b15-497f-88f8-b3e9bca8138c/download) — showcasing innovation in sustainable materials, energy efficiency, and industrial decarbonisation.
Publications presented at Smart Technologies 2024 (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) — covering AI-based modelling, renewable energy integration, and climate resilience in construction.

4. Data Management and Accessibility Standards

Researchers must provide complete datasets with documentation on methodology, code, and metadata following the ISO 19115 and Dublin Core standards.
Open datasets should include:

greenhouse gas inventories and energy-use statistics;
renewable energy performance data;
climate risk maps and vulnerability assessments;
sustainability audits and infrastructure life-cycle analyses.

All data are to be released under CC-BY or CC0 licences, ensuring that third parties can reuse them for education, innovation, and policy design. Sensitive or personal data are managed according to the General Data Protection Regulation (GDPR).

5. Collaboration and Partnerships

KNUCA promotes data collaboration with national and international partners, including ministries, municipalities, universities, and NGOs.
Joint initiatives support climate forecasting, adaptation strategies, and emissions-reduction tracking, ensuring interoperability between datasets at local, national, and EU levels.

In 2024, KNUCA participated in the National Forum on Innovation and Sustainable Construction (https://www.knuba.edu.ua/?p=39260), where shared research outputs on green infrastructure, sustainable energy systems, and digital transformation were publicly released for stakeholder use.

These partnerships contribute to open-access objectives and strengthen KNUCA’s leadership in climate research, transparency, and international cooperation.

6. Capacity Building and Training

The Research and Digital Competence Office provides regular workshops and online tutorials on open-access publishing, data sharing, and digital literacy.
Training topics include:

data citation, metadata structuring, and open repository management;
using AI and machine learning for environmental data analytics;
ethical use of open data in policy and research.

Students and faculty are encouraged to contribute to open datasets related to climate adaptation, carbon emissions, water conservation, pollution control, and sustainability performance.

7. Monitoring and Evaluation

The Sustainability Research Committee monitors compliance with this policy through annual audits of publications and datasets. Evaluation indicators include:

percentage of climate-related publications in open access;
volume of datasets uploaded to repositories;
number of collaborations enabled by open data;
citation and reuse statistics of open-access materials.

Progress and statistics are published in the Annual Open Science and Climate Research Report on the university website.

8. Commitment

By enacting this Open Access and Data Sharing Policy on 3 September 2024, KNUCA affirms its dedication to scientific transparency, collaboration, and global impact in the fight against climate change.
Through the integration of open data, renewable energy research, and digital innovation, the university advances knowledge exchange, supports policy development, and strengthens the foundations of sustainable, low-carbon growth for future generations.

Low-Carbon and Net-Zero Strategy Policy

(Developed and implemented on 3 September 2024)

KNUCA adopts this Low-Carbon and Net-Zero Strategy Policy to institutionalise its commitment to achieving a climate-neutral campus and supporting Ukraine’s transition to a low-emission, sustainable economy. The policy aligns with UN SDG 13 (Climate Action), the Paris Agreement, and the European Green Deal, promoting measurable reduction of greenhouse-gas (GHG) emissions, renewable-energy deployment, and integration of carbon-management systems across all university operations.

The policy’s purpose is to establish a transparent system for carbon accounting, low-carbon energy tracking, and strategic decarbonisation by 2050 or earlier, in accordance with global Net Zero standards and national climate-policy frameworks.

1. Strategic Goals and Targets

KNUCA’s decarbonisation roadmap sets the following institutional targets:

50 % reduction in CO₂ emissions by 2030 compared to the 2020 baseline.
Full transition to 100 % renewable electricity by 2040.
Net Zero GHG emissions by 2050, achieved through energy efficiency, renewable generation, and verified carbon-offset programmes.
Integration of life-cycle carbon assessment (LCA) in construction, procurement, and infrastructure design.
Participation in the UN Race to Zero Campaign and alignment with ISO 14064-1 for GHG accounting.

2. Low-Carbon Energy Tracking and Measurement

Following THE methodology (13.2.1 and 13.2.2), KNUCA tracks energy use from both renewable and purchased sources. Low-carbon energy includes biomass, biogas, solar PV, wind power, geothermal, nuclear, hydrogen, non-fossil methane, and chemically stored electricity.

Annual monitoring covers:

total energy use (GJ);
proportion of low-carbon sources;
energy intensity (kWh/m² per year);
Scope 1 and 2 emission factors (tonnes CO₂e).

The Energy Management Office conducts regular audits to ensure data accuracy, and the results are verified by the Sustainability Office.

3. Implementation and Operational Framework

Low-carbon transition initiatives include:

installation of solar panels and energy-efficient lighting on campus;
replacement of boiler systems with heat pumps and geothermal heating;
electrification of university fleet and promotion of cycling and public transport;
development of smart metering infrastructure for real-time monitoring.

KNUCA’s 2024 activities illustrate policy execution. The Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123) highlighted projects on energy efficiency, renewable technologies, and green construction.
The Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) featured research on digital energy monitoring and climate-smart infrastructure, reinforcing KNUCA’s low-carbon research agenda.

4. Integration with Academic and Research Activities

All faculties integrate climate change mitigation, renewable energy systems, and carbon management into their curricula and theses.
Research priorities include:

carbon capture and storage (CCS), energy transition models, zero-energy buildings, and smart grids;
urban resilience planning, green mobility, and digital climate analytics;
application of artificial intelligence and IoT for emission forecasting and optimisation.

This integration fosters innovation and knowledge transfer that supports national and EU low-carbon objectives.

5. Funding and Investment Mechanisms

The Vice-Rector for Green Development allocates funds for:

renewable-energy installations (solar, biomass, and hydrogen projects);
energy-efficient building retrofitting;
collaboration with industry and government to develop green procurement and carbon-credit schemes;
participation in EU programmes (Horizon Europe, Climate-KIC).

External funding from municipal climate programmes and public-private partnerships reinforces the policy’s implementation.

6. Reporting and Transparency

The Annual Energy and Emissions Report publishes:

total energy consumption and low-carbon share;
Scope 1, 2 and 3 emissions data;
progress toward Net Zero targets;
summary of renewable energy projects.

Reports are publicly available on the KNUCA website and conform to THE Impact Ratings evidence standards (existence, evidence, public access).

7. Governance and Responsibility

Oversight is carried out by the Energy and Climate Committee, comprising representatives from Facilities Management, Research, Finance, and the Student Union.
The committee reviews annual emission data, recommends reduction strategies, and ensures alignment with Ukraine’s climate targets and EU taxonomy for sustainable activities.

8. Commitment

By implementing this Low-Carbon and Net-Zero Strategy Policy on 3 September 2024, KNUCA commits to measuring, reporting, and reducing its carbon footprint through systematic transition to low-carbon energy, renewable resources, and sustainable campus design. The policy embeds the principles of energy efficiency, green innovation, sustainable procurement, and climate resilience, driving the university toward Net Zero by 2050 and positioning it as a national leader in climate action and environmental stewardship.

Low-Carbon Energy Use and Monitoring Policy

(Developed and implemented on 3 September 2024)

KNUCA adopts this Low-Carbon Energy Use and Monitoring Policy to strengthen institutional capacity for systematic tracking, verification, and reporting of energy use from low-carbon and renewable sources. This policy implements Indicator 13.2.2 of the THE Sustainability Impact Ratings 2026 and complements the university’s Low-Carbon and Net-Zero Strategy Policy (13.2.1).

Its purpose is to ensure continuous measurement of energy performance, transparent publication of data, and evidence of progress in the transition to a sustainable, decarbonised, and energy-efficient campus. The policy aligns with SDG 13 (Climate Action), SDG 7 (Affordable and Clean Energy), and SDG 9 (Industry Innovation and Infrastructure), integrating energy monitoring with research, education, and operational management.

1. Objectives

KNUCA commits to:

maintain an accurate annual energy inventory covering electricity, heat, cooling, and fuel use;
calculate the share of low-carbon energy (% of total consumption);
monitor energy intensity per area and per student (kWh/m² and kWh/FTE);
identify opportunities for energy savings, renewable generation, and emission reduction;
publish open data that comply with THE Impact Ratings (Existence + Evidence + Public access)

2. Definition of Low-Carbon Energy

For consistency with THE methodology, KNUCA defines low-carbon energy as energy generated from:

renewable sources such as solar PV, wind power, geothermal, biomass, and biogas;
non-fossil methane, nuclear energy, and hydrogen;
externally purchased electricity verified as renewable through Guarantees of Origin (GoO).
Fossil fuels – coal, oil, diesel, and natural gas – are excluded from low-carbon accounting.

3. Monitoring Framework and Methodology

The Energy Manager within the Office for Green Development coordinates data collection and analysis through the Digital Energy Management Platform, which integrates IoT sensors and smart meters across all campus facilities.
Metrics recorded include:

total energy use (GJ / kWh);
proportion of low-carbon supply (%);
CO₂ emission factors (kg CO₂e/kWh);
renewable generation output (kWh from solar PV and biogas units);
avoided emissions (t CO₂ per year).

All data are validated quarterly and verified annually through independent audits following ISO 50001 (Energy Management Systems).

4. Implementation Measures

KNUCA continuously improves energy performance through:

installation of smart meters and building-automation systems;
deployment of solar PV rooftop arrays and geothermal heat pumps;
upgrading lighting to LED technology and retrofitting HVAC systems;
electrification of maintenance and service transport;
adoption of digital twin models for real-time energy-flow optimisation.

The Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) presented KNUCA’s research on AI-based energy prediction, renewable integration, and climate-smart infrastructure, confirming academic-operational synergy.
The Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123) highlighted student projects implementing energy dashboards, solar charging stations, and campus carbon audits, reinforcing practical application.

5. Reporting and Transparency

Each year KNUCA publishes the Energy and Emissions Report, containing:

total and per-capita energy consumption;
percentage of low-carbon energy;
total GHG emissions (Scope 1 and 2);
renewable-energy generation capacity;
key performance trends (2019 → present).

Reports are made publicly available on the university website, ensuring compliance with the THE Sustainability Impact Ratings 2026 scoring rule (3 points for existence + evidence + public disclosure).

6. Integration with Research and Education

Academic departments incorporate energy-monitoring data into coursework, theses, and applied research. Students use live datasets for modelling carbon footprints, energy efficiency indices, renewable optimization, and climate impact scenarios.
This real-world integration supports data literacy, climate innovation, and low-carbon engineering skills aligned with SDG 13.

7. Governance and Responsibility

The Vice-Rector for Green Development chairs the Energy and Climate Committee, which reviews performance every quarter, evaluates compliance with emission-reduction targets, and updates the action plan.
Findings are shared with the Sustainability Council and included in the Annual Sustainability Impact Report submitted to ranking agencies.

8. Commitment

By enacting this Low-Carbon Energy Use and Monitoring Policy on 3 September 2024, KNUCA ensures rigorous, transparent, and data-driven management of its transition to a sustainable energy system.
Through continuous monitoring, renewable integration, and open data publication, the university demonstrates measurable progress toward carbon neutrality, climate resilience, and resource efficiency, contributing directly to SDG 13 targets and global Net Zero commitments.

Renewable Energy Generation and Transition Policy

(Developed and implemented on 3 September 2024)

KNUCA adopts this Renewable Energy Generation and Transition Policy to accelerate the deployment of clean, low-carbon, and renewable energy systems across all university campuses. The policy supports SDG 13 (Climate Action), SDG 7 (Affordable and Clean Energy), and SDG 9 (Industry Innovation and Infrastructure), and contributes to Ukraine’s broader energy transition and Net Zero commitments.

Its purpose is to institutionalise the generation and use of renewable energy from solar, wind, biomass, biogas, geothermal, and hydrogen sources, ensuring that energy transition is scientifically grounded, technologically advanced, and socially inclusive.

1. Strategic Vision

KNUCA commits to producing and using at least 25 % renewable electricity by 2030 and 50 % by 2040, achieving full carbon neutrality by 2050.
The policy supports the National Energy and Climate Plan of Ukraine, the European Green Deal, and the UN Race to Zero initiative.
It encourages continuous integration of research, innovation, and digital monitoring systems to optimise renewable-energy performance, resilience, and economic efficiency.

2. Renewable Energy Infrastructure

KNUCA develops on-site renewable generation facilities and demonstration projects for educational and research purposes, including:

solar photovoltaic (PV) installations on roofs and façades of academic buildings;
biogas and biomass units for campus heating;
geothermal heat pumps for laboratories and dormitories;
micro-wind turbines for experimental use;
energy-storage systems and smart microgrids ensuring 24/7 resilience.

In 2024 the university highlighted renewable integration projects at the Smart Technologies Conference 2024 (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) and the Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123), demonstrating practical advances in energy efficiency, AI-driven energy modelling, and green building design.

3. Integration with Education and Research

Renewable-energy transition is embedded in KNUCA’s curricula and research priorities.
Undergraduate and postgraduate programmes include modules on solar engineering, wind power, geothermal systems, energy audit, carbon management, sustainable architecture, and green economy.
Students participate in innovation labs that develop AI-assisted energy management tools and digital twins for renewable systems.

Research priorities focus on:

optimisation of hybrid renewable systems;
life-cycle analysis (LCA) for clean energy infrastructure;
green construction materials for low-carbon buildings;
integration of IoT, big data, and machine learning for renewable-energy forecasting.

4. Partnerships and Collaboration

KNUCA collaborates with municipalities, industries, and universities to advance renewable technologies and knowledge exchange.
Examples include:

cooperation with the Kyiv City Council’s Climate Office for joint solar and waste-to-energy projects;
partnership with local energy startups through innovation incubators;
participation in EU programmes such as Horizon Europe and EIT InnoEnergy;
joint research with NGOs on community solar initiatives and energy democracy.

These collaborations enhance KNUCA’s capacity for technology transfer, promote sustainable industrial innovation, and strengthen regional climate resilience.

5. Implementation and Operations

The Office for Green Development and Facilities Management Unit coordinate renewable-energy deployment, supported by the Energy Manager and the Research Council on Sustainability.
Core actions include:

integrating renewable generation into all new construction projects;
conducting feasibility studies for energy mix diversification;
maintaining a Renewable Energy Dashboard for real-time data sharing;
incorporating renewable KPIs into departmental performance plans.

The Digital Energy Management Platform provides detailed analytics on renewable output, CO₂ reduction, and cost savings.

6. Funding and Investment

Funding sources include internal budget allocations, international grants, and public-private partnerships (PPPs).
KNUCA applies for green bonds and climate-finance mechanisms to scale its renewable portfolio.
Investments prioritise energy storage, smart grids, microgeneration, and green infrastructure that support research, learning, and community demonstrations.

7. Monitoring and Reporting

The university produces an Annual Renewable Energy Report detailing:

renewable generation capacity (kW installed);
energy produced (kWh) and share of total use (%);
GHG reductions (t CO₂e);
partnerships and innovation outcomes;
public communication activities and student engagement.

This report is published on the KNUCA website, fulfilling the Existence + Evidence + Public Access criteria under THE Impact Ratings 2026 methodology.

8. Governance and Responsibility

Oversight is exercised by the Vice-Rector for Green Development and the Sustainability Council.
Their responsibilities include:

reviewing renewable-energy performance data;
approving annual targets;
coordinating inter-faculty projects on energy transition;
ensuring compliance with ISO 50001 and ISO 14064-1

9. Commitment

By implementing this Renewable Energy Generation and Transition Policy on 3 September 2024, KNUCA reaffirms its leadership in green technology, energy innovation, and sustainable infrastructure.
The university integrates renewable energy, decarbonisation, digital monitoring, innovation, and education into a coherent long-term strategy advancing climate resilience, carbon neutrality, and sustainable development for Ukraine and beyond.

Campus Energy Audit and Monitoring Policy

(Developed and implemented on 3 September 2024)

KNUCA establishes this Campus Energy Audit and Monitoring Policy to institutionalise systematic auditing, verification, and continuous monitoring of campus-wide energy use, efficiency, and emissions. The policy supports SDG 13 (Climate Action), SDG 7 (Affordable and Clean Energy), and SDG 9 (Industry, Innovation and Infrastructure), ensuring transparent management of energy resources and alignment with national decarbonisation strategies.

The purpose of this policy is to create an evidence-based framework for tracking energy performance, identifying savings opportunities, and promoting low-carbon, resource-efficient operations across KNUCA’s facilities.

1. Objectives

KNUCA commits to:

perform comprehensive energy audits every three years for all academic, residential, and research buildings;
conduct annual internal energy reviews using smart-metering data;
establish a continuous energy-performance monitoring system integrating digital dashboards;
ensure compliance with ISO 50002 (Energy Audits) and ISO 14064-1 (GHG Accounting);
publish verified results through the Annual Energy and Emissions Report in accordance with THE Impact Ratings 2026 evidence standards.

2. Scope and Application

This policy applies to all university campuses, laboratories, dormitories, and administrative facilities.
Energy audits must address:

electricity, heat, water, and fuel use;
equipment efficiency and system losses;
renewable-energy generation and utilisation rates;
CO₂-emission factors and life-cycle energy performance.

Special attention is given to high-consumption facilities such as laboratories and technical workshops, where pilot projects for smart metering and digital energy management are implemented.

3. Audit Methodology

Audits are executed in two phases:

Preliminary energy review – data collection through IoT sensors and meter analytics;
Detailed audit – quantitative analysis, benchmark comparison, and emission-reduction proposals.

Findings are summarised in an Energy Efficiency Action Plan specifying cost savings, payback periods, and emission-reduction potential.
All reports are stored in the KNUCA Open Repository for transparency.

4. Integration with Research and Learning

Energy-audit data form a foundation for applied research, student projects, and curricula in energy management, green architecture, and smart infrastructure.
Examples include:

student research on energy-saving solutions presented at Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123);
analytical studies on digital monitoring and renewable integration showcased at Smart Technologies 2024 (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf).

These initiatives strengthen climate-change education, promote data-driven sustainability, and encourage participation in green-campus transformation projects.

5. Monitoring Tools and Digital Systems

KNUCA operates a Digital Energy Management Platform connecting all main buildings through smart sensors and real-time dashboards.
The platform records energy consumption, renewable-energy production, CO₂ emissions, and cost performance.
It enables predictive analytics using machine learning, IoT integration, and big-data modelling to support evidence-based decision-making.

Monthly energy-performance summaries are reviewed by the Energy and Climate Committee to ensure continuous improvement.

6. Implementation and Responsibility

The Vice-Rector for Green Development oversees audit planning, resource allocation, and compliance.
The Energy Manager coordinates technical assessments and reporting.
The Facilities Management Department executes efficiency projects and implements recommendations.
The Sustainability Council supervises progress and ensures public disclosure.

7. Reporting and Transparency

KNUCA publishes an Annual Energy Audit Summary including:

total energy consumption by source;
share of renewable and low-carbon energy;
emission trends and efficiency indicators;
summary of implemented energy-saving measures;
audit results and verification certificates.

This report meets THE Impact Ratings criteria of existence + evidence + public access and is accessible through the university’s official website.

8. Continuous Improvement

Based on audit findings, KNUCA updates its Energy Efficiency Action Plan annually, setting new targets for consumption reduction and renewable integration.
Performance indicators include energy-intensity decline (% per year), carbon-footprint reduction (t CO₂e), and renewable-generation growth (kWh produced).

9. Commitment

By implementing this Campus Energy Audit and Monitoring Policy on 3 September 2024, KNUCA ensures accountability, efficiency, and innovation in campus energy management.
Through transparent auditing, data-driven monitoring, and educational integration, the university advances climate-action leadership, low-carbon transformation, and sustainable-infrastructure excellence in line with global SDG 13 standards.

Green Procurement and Low-Carbon Supply Policy

(Developed and implemented on 3 September 2024)

KNUCA establishes this Green Procurement and Low-Carbon Supply Policy to promote responsible purchasing and sustainable supply-chain practices that minimise greenhouse gas (GHG) emissions, reduce waste, and support Ukraine’s transition to a low-carbon, circular economy. The policy is aligned with SDG 13 (Climate Action), SDG 9 (Industry Innovation and Infrastructure), and SDG 12 (Responsible Consumption and Production), reinforcing the institution’s commitment to climate-resilient procurement, innovation, and ethical resource management.

Its purpose is to integrate environmental, social, and governance (ESG) criteria into all procurement decisions and establish a transparent system for assessing suppliers, products, and services based on their carbon footprint, energy efficiency, recyclability, and sustainability performance.

1. Strategic Objectives

KNUCA commits to:

reduce lifecycle GHG emissions from procurement operations by 40 % by 2030 (relative to 2020 baseline);
prioritise low-carbon, energy-efficient, and eco-labelled products across all categories;
establish long-term partnerships with local and regional suppliers promoting sustainable innovation and resource efficiency;
integrate climate-related risks and opportunities into procurement planning;
publish annual reports on the environmental performance of suppliers and purchased goods.

2. Scope and Applicability

This policy applies to all university purchasing activities, including construction materials, laboratory and office equipment, IT infrastructure, transportation services, energy contracts, and facility maintenance.
It also governs third-party partnerships, subcontracting, and investment decisions financed under green-development projects.

Procurement officers and departmental managers must ensure that all purchases comply with ISO 20400 (Sustainable Procurement) and the EU Green Public Procurement (GPP) Criteria.

3. Sustainability Criteria for Procurement

Suppliers and products shall be evaluated based on the following parameters:

Energy efficiency and carbon intensity (e.g., ENERGY STAR / EU Ecolabel certified products);
Use of renewable or recycled materials;
Packaging reduction and recyclability;
Waste-management and take-back programmes;
Environmental certifications (ISO 14001, EMAS, FSC, PEFC);
Transport emissions and local sourcing distance;
Social responsibility including fair labour and diversity policies.

Preference is given to suppliers who demonstrate continuous improvement in sustainability performance, transparency, and carbon reporting.

4. Implementation Framework

The Procurement and Finance Department, in collaboration with the Sustainability Office, integrates environmental performance indicators into tender documentation, supplier evaluation forms, and contractual obligations.
Each contract above €5 000 must include at least one sustainability criterion (e.g., recycled content, CO₂ reduction, renewable sourcing).

A digital procurement dashboard tracks emissions associated with purchased goods and services, supported by the Energy and Climate Committee.

5. Integration with Research, Education, and Innovation

KNUCA links procurement reform to innovation and research initiatives.
Students and faculty are involved in projects analysing green logistics, supply-chain decarbonisation, and sustainable manufacturing.
Research outcomes from the Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) and Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123) showcased solutions on life-cycle assessment (LCA), digital traceability, and circular-procurement strategies.

KNUCA’s laboratories develop models for carbon-accounting systems, material flow analysis, and AI-based supplier evaluation, fostering integration of sustainability into operational management.

6. Supplier Engagement and Partnerships

KNUCA conducts annual Supplier Sustainability Workshops to share best practices on carbon reduction, renewable energy adoption, and eco-innovation.
Strategic cooperation is maintained with:

municipal authorities for green-infrastructure projects;
local SMEs providing low-emission construction materials;
national green-procurement networks;
international donors supporting circular-economy transitions.

Suppliers are required to sign the Sustainable Supplier Code of Conduct, confirming compliance with climate-action principles, fair labour, and environmental responsibility.

7. Monitoring, Reporting, and Transparency

The Sustainability Council reviews procurement data annually to evaluate:

percentage of contracts meeting green-procurement criteria;
total reduction in embodied carbon from purchased materials;
share of local and low-carbon suppliers;
overall contribution to university carbon-neutrality targets.

An Annual Green Procurement Report is published on KNUCA’s website, meeting the Existence + Evidence + Public Access requirements of the THE Impact Ratings 2026 methodology.

8. Governance and Responsibility

The Vice-Rector for Green Development supervises this policy’s implementation.
Operational responsibility lies with:

the Procurement and Finance Department (contracting, verification);
the Energy and Climate Committee (carbon metrics and reporting);
the Research and Innovation Office (integration with sustainable-technology projects).

All staff involved in procurement must complete annual training on sustainable purchasing, carbon literacy, and circular-economy principles.

9. Commitment

By implementing this Green Procurement and Low-Carbon Supply Policy on 3 September 2024, KNUCA commits to embedding climate responsibility throughout its supply chain.
The university promotes low-emission materials, renewable resources, life-cycle analysis, green logistics, and circular-economy innovation, demonstrating leadership in sustainable consumption and procurement governance.

Education for Sustainable Energy and Climate Policy

(Developed and implemented on 3 September 2024)

KNUCA establishes this Education for Sustainable Energy and Climate Policy to integrate environmental awareness, renewable energy principles, and climate action competencies into all levels of education and professional training. This policy directly supports SDG 13 (Climate Action), as well as SDG 4 (Quality Education) and SDG 7 (Affordable and Clean Energy), by embedding the principles of sustainability, resilience, and low-carbon transition into academic programmes, curricula, and lifelong learning initiatives.

Its purpose is to ensure that every student and staff member acquires the knowledge, skills, and motivation required to contribute to climate-change mitigation, energy efficiency, and sustainable development in their professional and personal lives.

1. Strategic Objectives

KNUCA commits to:

integrate climate change, sustainable energy, and environmental engineering topics into all degree programmes by 2025;
ensure that 100 % of graduates demonstrate climate literacy and sustainability competencies;
create interdisciplinary courses linking civil engineering, architecture, management, and ecology to climate solutions;
promote research-based learning in energy transition, circular economy, and carbon neutrality;
establish a Climate and Energy Education Framework in alignment with UNESCO’s Education for Sustainable Development (ESD 2030)

2. Academic Integration and Curriculum Design

All faculties are required to include at least one compulsory course on sustainable energy systems, climate adaptation, and low-carbon infrastructure.
Typical modules cover:

Renewable Energy Technologies and Climate Policy;
Smart Cities and Sustainable Urban Planning;
Environmental Impact Assessment and Resilience Modelling;
Green Construction and Carbon Footprint Management.

Teaching materials incorporate case studies on solar architecture, energy efficiency in buildings, hydrogen innovation, and climate-risk reduction.

Courses are regularly updated through collaboration between the Research and Innovation Office, Sustainability Council, and external climate experts.

3. Research and Student Engagement

Students participate in applied research projects and innovation labs focused on energy transition, climate adaptation, and decarbonisation.
KNUCA encourages participation in scientific events, such as:

the Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf), where student teams presented projects on AI-based energy modelling and low-carbon construction;
the Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123), featuring student-led climate research and community outreach initiatives.

These events build an ecosystem of experiential learning, scientific exchange, and sustainability leadership.

4. Capacity Building and Professional Development

The policy mandates continuous professional development for faculty and staff in climate science, sustainable energy, and pedagogical innovation.
The Office for Educational Development organises annual seminars on:

integrating SDGs into teaching;
climate-resilient curriculum design;
blended learning for environmental and technical disciplines;
use of digital platforms for climate education and virtual laboratories.

By 2026, all educators must complete certified training in climate and sustainability teaching methods, aligned with UNESCO Greening Education Partnership standards.

5. Interdisciplinary and Cross-Sector Cooperation

KNUCA collaborates with international and national partners to enhance climate education through joint projects and exchange programmes.
Cooperation includes:

the Kyiv City Council Climate Office, for workshops on urban energy transition;
participation in Horizon Europe and EIT Climate-KIC programmes;
partnerships with NGOs on community education and sustainable mobility initiatives.

These collaborations promote exchange of best practices, fostering climate resilience, innovation, and public awareness.

6. Learning Outcomes and Assessment

Learning outcomes for climate education are based on measurable competencies, including:

understanding of global and local climate processes;
ability to evaluate and design energy-efficient systems;
capacity to analyse and mitigate carbon impacts;
ethical decision-making in sustainable development contexts;
communication and leadership in environmental projects.

Assessment tools include research papers, project portfolios, practical exercises, and sustainability audits.

7. Public Education and Outreach

KNUCA ensures open access to lectures, workshops, and educational materials on climate change mitigation, adaptation, and renewable energy.
Public events are held in cooperation with the Sustainability Council and local communities to promote climate awareness.
Information is disseminated through the Green Campus initiative and official university channels.

In 2024, KNUCA’s outreach activities focused on energy saving, biodiversity protection, and smart city design, amplifying public understanding of climate solutions.

8. Governance and Implementation

The Vice-Rector for Green Development oversees implementation, with operational responsibilities distributed among:

the Office for Educational Development (curriculum integration);
the Research and Innovation Office (project coordination);
the Sustainability Council (evaluation and monitoring).

Progress is reviewed annually through internal reports and published as part of the Annual Sustainability Impact Report.

9. Commitment

By implementing this Education for Sustainable Energy and Climate Policy on 3 September 2024, KNUCA confirms its mission to cultivate climate-conscious professionals and advance climate action through education, innovation, and community engagement.
The university embeds renewable energy, decarbonisation, circular economy, digital innovation, and resilience thinking into its educational model, fostering a generation of engineers and leaders ready to build a sustainable, climate-safe future for Ukraine and the world.

Lifelong Learning and Climate Literacy Policy

(Developed and implemented on 3 September 2024)

KNUCA adopts this Lifelong Learning and Climate Literacy Policy to build a culture of continuous education, environmental responsibility, and active citizenship in addressing climate change and energy transition challenges. The policy is designed to ensure that every student, staff member, professional, and community participant has access to lifelong opportunities to learn, engage, and act on climate solutions. It aligns with SDG 13 (Climate Action) while reinforcing SDG 4 (Quality Education), SDG 7 (Affordable and Clean Energy), and SDG 11 (Sustainable Cities and Communities), thereby positioning KNUCA as a national leader in sustainability learning and climate empowerment.

This policy establishes a framework where climate literacy is not confined to formal education but extends into lifelong development and social transformation. It aims to strengthen national capacity for climate adaptation, resilience, and innovation through professional training, digital learning, and public engagement. The university recognises that climate change education must combine scientific knowledge, practical skills, and behavioural transformation. Therefore, this policy integrates academic programmes, continuing education, community learning, and partnerships into one comprehensive system that promotes sustainability across all levels of society.

KNUCA provides a wide range of learning opportunities for students, faculty, professionals, and citizens through a network of lifelong learning programmes, workshops, online courses, and certification modules. These initiatives cover diverse topics such as renewable energy, energy efficiency, sustainable construction, waste management, carbon neutrality, green infrastructure, and climate governance. Programmes are designed according to the UNESCO ESD 2030 Framework and the UNFCCC Action for Climate Empowerment (ACE) principles, ensuring inclusivity, accessibility, and alignment with global sustainability standards. Courses are delivered both in traditional and digital formats, using interactive methods, project-based assignments, and simulation tools that reflect real-world challenges in climate adaptation and low-carbon transitions.

The university integrates climate literacy into its formal and informal education ecosystem through close collaboration between the Institute for Continuing Education, the Office for Green Development, and the Sustainability Council. Training courses and seminars target university staff, local government officials, urban planners, engineers, and representatives of the private sector who play a key role in implementing sustainable practices. Special emphasis is placed on municipal workers and educators, who receive training in environmental management, energy planning, and disaster preparedness. The outcomes of these programmes directly contribute to national climate goals and enhance the capacity of local communities to respond to environmental risks and energy challenges.

KNUCA’s lifelong learning system is built around innovation and open access. The university maintains an online Sustainability Learning Platform, offering free or low-cost access to video lectures, digital textbooks, and open educational resources focused on renewable energy, carbon reduction, and sustainable design. The platform also provides interactive dashboards visualising data on greenhouse gas emissions, energy consumption, and climate-risk indicators, making it an important instrument for digital inclusion and public awareness. This virtual environment supports collaboration between students, teachers, and external stakeholders, allowing participants to share best practices and co-create climate solutions.

In 2024, KNUCA strengthened its reputation as a centre for sustainability learning through large-scale educational events. The Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123) included public lectures and workshops on energy-efficient retrofitting, sustainable mobility, and the use of artificial intelligence in environmental monitoring. The Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) featured open sessions on digital modelling, low-carbon materials, and climate-resilient infrastructure. These initiatives illustrate KNUCA’s holistic approach, combining science, education, and civic engagement under one sustainability agenda.

The university measures progress in lifelong learning and climate literacy through transparent evaluation processes coordinated by the Sustainability Council. Key indicators include the number of implemented training programmes, total participants, diversity of target groups, collaboration with external organisations, and the measurable improvement of participants’ knowledge and attitudes. Results are summarised in the Annual Climate Literacy Report, which is publicly available on the KNUCA website in compliance with the Existence + Evidence + Public Access requirements of the THE Sustainability Impact Ratings 2026.

Governance of this policy is shared among the Vice-Rector for Green Development, who provides strategic oversight, the Institute for Continuing Education, which coordinates course delivery and accreditation, the Sustainability Council, responsible for partnerships and evaluation, and the Digital Learning Center, ensuring content accessibility and platform maintenance. Regular updates of the policy are based on new scientific findings, emerging technologies, and best international practices in sustainability education.

By enacting this Lifelong Learning and Climate Literacy Policy on 3 September 2024, KNUCA commits to cultivating climate awareness, professional competence, and collective responsibility for sustainable development. The university recognises that the path to carbon neutrality and environmental resilience depends on informed citizens and lifelong learners capable of transforming knowledge into action. Through continuous education, digital innovation, and collaboration, KNUCA builds a foundation for a climate-literate society, enabling Ukraine’s transition to a sustainable, low-carbon, and inclusive future.

Public Climate Education and Community Engagement Policy (Indicator 13.3.3)

(Developed and implemented on 3 September 2024)

KNUCA adopts this Public Climate Education and Community Engagement Policy to promote open access to environmental knowledge, enhance public participation in climate action, and strengthen collective responsibility for sustainable development. This policy represents a central component of the university’s contribution to SDG 13 (Climate Action) and is directly linked to SDG 4 (Quality Education), SDG 11 (Sustainable Cities and Communities), and SDG 17 (Partnerships for the Goals). It defines the institutional framework through which KNUCA engages citizens, local communities, government agencies, and non-governmental organisations in joint initiatives aimed at increasing climate literacy, promoting renewable energy, and supporting the low-carbon transition of Ukrainian society.

KNUCA recognises that universities play a vital role not only in generating knowledge but also in disseminating it beyond the campus. Therefore, this policy ensures that the outcomes of research, educational programmes, and sustainability initiatives are shared openly with the public through lectures, exhibitions, publications, and digital platforms. It creates opportunities for cooperation between scientists, educators, policymakers, and citizens, enabling a shared understanding of climate challenges and collective solutions for adaptation and mitigation. The university positions itself as a national hub for climate awareness, innovation, and sustainable behaviour, where learning extends to the broader community and becomes a driver of societal transformation.

Public education under this policy encompasses a variety of activities that connect the academic environment with real-world challenges. KNUCA organises thematic forums, conferences, and open days dedicated to climate action, renewable energy, and urban sustainability. In 2024, the university held the Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123), which included public lectures on energy efficiency, green architecture, and environmental resilience, drawing participation from students, faculty, policymakers, and local residents. Additionally, the Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) featured open sessions on AI-driven environmental monitoring, sustainable materials, and climate-resilient design, providing accessible learning for professionals and citizens alike.

Beyond academic events, the policy encourages KNUCA to act as a community partner and knowledge resource for public institutions. The university collaborates with the Kyiv City Council Climate Office, local municipalities, NGOs such as EcoAction and Greencubator, and schools to conduct awareness campaigns, seminars, and exhibitions focused on energy conservation, biodiversity protection, sustainable consumption, and disaster preparedness. The aim is to empower citizens to take informed actions — from household energy savings to active participation in climate policy discussions. These partnerships strengthen civic capacity and link education to practice, demonstrating the impact of collaborative governance in achieving national sustainability goals.

KNUCA’s public climate education framework is built around accessibility, inclusivity, and transparency. The university maintains a public sustainability web portal, where all educational resources, research outputs, and progress reports are available to the community. This portal includes video lectures, downloadable manuals, and interactive dashboards that visualise climate data such as emissions trends, renewable-energy usage, and urban heat indicators. Information is presented in formats accessible to diverse audiences — from students and teachers to entrepreneurs and local authorities — ensuring that knowledge transfer is both equitable and impactful.

Community engagement also involves volunteering and social initiatives driven by students and staff. Under the Green Campus initiative, participants conduct environmental clean-ups, energy audits of university buildings, and public awareness campaigns on responsible waste management and sustainable mobility. These activities foster environmental stewardship and provide practical experience in sustainability governance. Student clubs and youth associations collaborate with local communities to implement micro-projects on urban greening, solar charging stations, and water-saving systems, turning the university into a living laboratory for sustainable innovation.

Public education efforts are further expanded through media collaboration and digital outreach. KNUCA regularly publishes articles, interviews, and expert commentaries in national and regional media, promoting a science-based understanding of climate change. Webinars, podcasts, and online discussions connect the university’s researchers with the general public, ensuring that academic knowledge contributes directly to public decision-making and behavioural change. These initiatives reflect the university’s commitment to open science and transparent communication, supporting democratic access to information on climate and energy transition issues.

To evaluate the effectiveness of public engagement, the Sustainability Council monitors participation rates, diversity of target groups, outreach impact, and feedback from community stakeholders. Each year, KNUCA publishes a Public Climate Education and Outreach Report, which includes statistics on event participation, partnerships formed, and qualitative assessments of public awareness growth. The report is publicly available on the university’s website and meets the Existence + Evidence + Public Access criteria defined in the THE Sustainability Impact Ratings 2026 methodology.

Governance and implementation of this policy are shared between the Vice-Rector for Green Development, who oversees strategy and external partnerships, the Sustainability Council, responsible for coordination and evaluation, and the Public Relations and Communication Office, which manages outreach and media relations. The Office for Educational Development and Research and Innovation Office contribute by linking public engagement with teaching and research priorities. Together, these units ensure that climate education becomes an integral part of KNUCA’s institutional identity and daily practice.

By implementing this Public Climate Education and Community Engagement Policy on 3 September 2024, KNUCA reaffirms its mission to bridge science and society, transforming awareness into action. The university commits to promoting a culture of environmental responsibility, transparency, and collaboration, where every citizen is empowered to contribute to climate resilience and sustainable progress. Through inclusive education, open communication, and strong community partnerships, KNUCA strengthens its role as a catalyst of positive change in Ukraine’s journey toward a sustainable and low-carbon future.

Climate Risk Assessment and Adaptation Policy

(Developed and implemented on 3 September 2024)

KNUCA adopts this Climate Risk Assessment and Adaptation Policy to establish a systematic approach to identifying, evaluating, and mitigating the impacts of climate change on its campuses, academic processes, and surrounding communities. This policy reinforces the university’s commitment to SDG 13 (Climate Action) and complements related priorities under SDG 9 (Industry, Innovation and Infrastructure), SDG 11 (Sustainable Cities and Communities), and SDG 7 (Affordable and Clean Energy). It provides a comprehensive framework for integrating climate-risk management and resilience strategies into infrastructure design, teaching, research, and daily operations, ensuring that KNUCA remains adaptive and sustainable in a rapidly changing environment.

Climate change poses both direct and indirect threats to the physical, social, and economic systems that universities depend on. Rising temperatures, extreme weather events, and shifting rainfall patterns increase the risks of flooding, overheating, and resource scarcity that can disrupt academic continuity and infrastructure safety. In response, KNUCA recognises the necessity of proactive planning to prevent and minimise these risks through evidence-based decision-making, investment in resilient infrastructure, and awareness-building among its academic community. This policy therefore embeds climate risk assessment and adaptation planning as integral elements of university governance and sustainable development.

The framework of this policy is built around continuous analysis of climate-related hazards that may affect university operations. KNUCA conducts regular assessments of exposure and vulnerability across all facilities, considering factors such as location, building age, energy efficiency, and environmental context. Using climate-projection data provided by national meteorological agencies and international partners, the university models potential scenarios of heatwaves, floods, strong winds, droughts, and air-quality deterioration. These studies form the basis for the Campus Climate Risk Register, which identifies priority areas for intervention and serves as a key reference for infrastructure planning, insurance management, and emergency preparedness.

Adaptation measures are integrated into the university’s Master Development Plan and building-design standards. KNUCA applies principles of resilient architecture, green construction, and nature-based solutions to reduce vulnerability to climate stressors. Building renovations include improved thermal insulation, energy-efficient glazing, green roofs, and water-harvesting systems that mitigate heat and water-management risks. Outdoor spaces are redesigned with permeable pavements, shaded green areas, and native vegetation that reduce the urban heat-island effect. The policy also promotes investment in renewable energy systems and low-carbon transport options, ensuring that adaptation actions also contribute to long-term mitigation and emission-reduction goals.

Education and research play a central role in strengthening adaptive capacity. KNUCA integrates climate-risk topics into its curricula in civil engineering, architecture, and environmental management, encouraging students to develop skills in climate modelling, vulnerability mapping, and resilient design. Research groups under the Sustainability Council study the relationship between climate dynamics and infrastructure performance, using digital-twin technologies and GIS-based simulations to model adaptive interventions. In 2024, projects presented at the Smart Technologies Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) demonstrated innovative solutions for energy-efficient retrofitting, green materials, and flood-risk reduction, while the Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123) showcased student prototypes for climate-resilient infrastructure and sustainable water management. These initiatives exemplify how the university combines research, practice, and education to prepare society for future climate challenges.

The university’s approach to adaptation is collaborative and community-oriented. KNUCA engages local authorities, urban planners, and construction companies in developing adaptation guidelines that can be replicated beyond the campus. Cooperation with the Kyiv City Council Climate Office, NGOs such as EcoAction and Greencubator, and international networks including EIT Climate-KIC enhances the university’s capacity to apply global best practices at the local level. Public workshops and awareness campaigns help citizens understand local climate risks, fostering collective resilience through participatory planning.

Monitoring and evaluation are essential components of the policy. The Energy and Climate Committee conducts annual reviews of risk indicators and adaptation outcomes, updating the Campus Climate Risk Register based on new data and lessons learned from previous interventions. Metrics include the number of adaptation projects implemented, percentage of infrastructure assessed for risk, and estimated reduction of climate-related damages. Findings are summarised in the Annual Climate Adaptation and Resilience Report, publicly available on the KNUCA website, fulfilling the Existence + Evidence + Public Access criteria of the THE Sustainability Impact Ratings 2026 methodology.

Implementation of this policy is coordinated by the Vice-Rector for Green Development, supported by the Facilities Management Department and the Research and Innovation Office. Each faculty is responsible for integrating adaptation principles into teaching and operational activities, while the Sustainability Council ensures institutional alignment and stakeholder communication. Continuous professional training is provided for architects, engineers, and administrators to improve their capacity for climate-resilient decision-making and emergency preparedness.

By implementing this Climate Risk Assessment and Adaptation Policy on 3 September 2024, KNUCA affirms its commitment to safeguarding its infrastructure, community, and mission against the growing impacts of climate change. The university promotes resilience through innovation, education, and collaboration, embedding climate awareness in every level of its governance and operations. Through systematic risk assessment, proactive adaptation, and integration of science into practice, KNUCA strengthens its role as a model of institutional sustainability, ensuring that future generations can study, work, and thrive in a safe, climate-resilient academic environment.

Disaster Risk Reduction and Emergency Response Policy

(Developed and implemented on 3 September 2024)

KNUCA establishes this Disaster Risk Reduction and Emergency Response Policy to strengthen the university’s preparedness, response, and recovery capacities in the face of natural and human-induced hazards. The policy operationalises KNUCA’s commitment to SDG 13 (Climate Action), reinforcing links with SDG 11 (Sustainable Cities and Communities) and SDG 3 (Good Health and Well-being) by protecting lives, assets, and knowledge infrastructure through systematic risk management and institutional resilience. It provides a unified framework for anticipating, preventing, and responding to disasters such as floods, heatwaves, fires, storms, infrastructure failures, and other emergencies exacerbated by climate change.

The purpose of this policy is to ensure that KNUCA remains a safe, adaptive, and resilient institution capable of maintaining academic continuity and community well-being under all circumstances. Recognising that universities are both centres of learning and community anchors, KNUCA integrates disaster risk reduction (DRR) into its operational governance, infrastructure planning, research activities, and community outreach. This proactive approach is grounded in the principles of prevention, preparedness, mitigation, and recovery — transforming the campus into a model of risk-aware urban resilience.

KNUCA’s disaster management system begins with comprehensive risk assessment and hazard mapping, identifying potential threats across all university facilities, including academic buildings, laboratories, dormitories, and public spaces. These assessments use geographic information systems (GIS), climate modelling, and vulnerability analysis to evaluate exposure to hazards such as extreme heat, heavy rainfall, strong winds, and infrastructure overload. The findings are consolidated into a Campus Disaster Risk Register, regularly updated by the Energy and Climate Committee and the Safety and Civil Protection Office. Based on this register, the university prioritises mitigation actions — for example, reinforcing building structures, upgrading electrical systems, ensuring water and waste resilience, and improving ventilation to manage extreme heat events.

Education and awareness are central to this policy. KNUCA implements continuous training programmes for students, staff, and maintenance personnel on emergency preparedness, first aid, and evacuation procedures. The Safety and Civil Protection Office organises annual simulation exercises and emergency drills simulating fire response, flood management, and earthquake evacuation. Special emphasis is placed on coordination with the State Emergency Service of Ukraine (ДСНС) and the Kyiv City Council’s Department of Civil Protection to ensure full compliance with national regulations and real-world readiness. The university also provides digital learning modules on disaster resilience and safety behaviour as part of its Green Campus and Climate Literacy initiatives, ensuring that all community members understand their roles during emergencies.

KNUCA’s response mechanism follows the internationally recognised Incident Command System (ICS) and is coordinated by the Emergency Management Committee, chaired by the Vice-Rector for Green Development. In the event of an incident, a clearly defined chain of command is activated, enabling rapid communication, resource allocation, and situation assessment. Emergency operations cover four critical phases:

Preparedness – training, early warning systems, and risk communication;
Response – activation of emergency protocols, evacuation, and coordination with authorities;
Recovery – restoration of academic functions, repair of damaged facilities, and post-event evaluation;
Mitigation – long-term improvements in infrastructure and policy based on lessons learned.

To support preparedness and early warning, KNUCA employs digital monitoring systems connected to weather and hazard data networks. Real-time alerts about extreme temperatures, heavy precipitation, or power outages are disseminated through the university’s internal communication channels, mobile applications, and official website. This system ensures that staff and students receive timely, reliable information to make informed decisions and minimise risks.

Disaster resilience is also embedded into KNUCA’s infrastructure and urban planning. The Facilities Management Department integrates resilience standards into building design and renovation, including improved drainage systems, backup power sources, fire suppression equipment, and emergency exits compliant with international safety codes. Green zones and permeable surfaces around campus help manage stormwater and reduce flood risk, while shaded walkways and green roofs mitigate heat exposure. These infrastructure measures not only enhance safety but also align with broader goals of energy efficiency and sustainable development.

Research and innovation play a key role in improving the university’s disaster preparedness. KNUCA’s academic community conducts applied studies on resilient construction technologies, early-warning systems, climate-risk analytics, and post-disaster recovery planning. In 2024, during the Smart Technologies Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf), student researchers presented prototypes of sensor-based systems for air-quality monitoring, flood detection, and emergency energy supply. Similarly, the Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123) included interdisciplinary workshops on urban resilience, climate adaptation, and disaster management in smart cities, reflecting the strong link between education and practical application.

The Public Climate Education and Community Engagement Policy complements this framework by extending awareness beyond the campus. KNUCA collaborates with NGOs, schools, and municipal agencies to deliver public workshops and outreach campaigns on community-level risk reduction, safe housing, and sustainable land use. These initiatives empower citizens to participate in preparedness and mitigation activities, contributing to resilience across Kyiv and other regions of Ukraine.

Monitoring and reporting are essential to ensure accountability. The Sustainability Council, together with the Emergency Management Committee, evaluates the implementation of the policy each year, reviewing indicators such as number of training sessions, participation rates, response time efficiency, and physical resilience improvements. Results are published in the Annual Disaster Risk Reduction and Resilience Report, which is made publicly available through KNUCA’s website in compliance with the Existence + Evidence + Public Access standards outlined in the THE Sustainability Impact Ratings 2026 methodology.

Governance and coordination of this policy involve multiple institutional units. The Vice-Rector for Green Development provides overall leadership and strategic direction; the Safety and Civil Protection Office manages preparedness and response operations; the Facilities Management Department ensures technical compliance and infrastructure resilience; and the Research and Innovation Office supports evidence-based decision-making. Regular coordination meetings guarantee that disaster risk management is fully integrated into university planning, budgeting, and construction.

By enacting this Disaster Risk Reduction and Emergency Response Policy on 3 September 2024, KNUCA affirms its commitment to protecting its community, maintaining educational continuity, and building resilience against the growing threats of climate-induced and technological disasters. The university promotes a culture of safety, preparedness, and proactive adaptation, ensuring that risk management becomes a shared responsibility of all members of the academic and local community. Through innovation, collaboration, and strong institutional governance, KNUCA sets an example for other higher-education institutions in Ukraine and beyond — proving that a climate-smart university is not only sustainable but also resilient, secure, and future-oriented.

Infrastructure Resilience and Green Design Policy

(Developed and implemented on 3 September 2024)

KNUCA adopts this Infrastructure Resilience and Green Design Policy to ensure that all university facilities, projects, and construction activities are designed, built, and operated in accordance with the highest standards of environmental sustainability, climate resilience, and energy efficiency. The policy directly supports SDG 13 (Climate Action), while reinforcing the objectives of SDG 9 (Industry, Innovation and Infrastructure) and SDG 11 (Sustainable Cities and Communities). It formalises the university’s strategic commitment to develop adaptive, resource-efficient, and low-carbon infrastructure that enhances environmental performance, safeguards users, and contributes to long-term climate goals.

This policy establishes that all new buildings and major renovations at KNUCA must integrate green design, energy-efficient technologies, and resilient construction materials. Architectural planning, engineering design, and construction management are guided by the principles of BREEAM and LEED standards, ensuring compliance with global best practices in sustainable infrastructure. The design philosophy promotes reduced energy consumption, improved thermal comfort, water conservation, and optimal use of natural light and ventilation. Buildings are required to achieve measurable targets for energy performance, renewable energy integration, and low-carbon materials.

Resilience is central to KNUCA’s infrastructure strategy. The university systematically evaluates climate risks such as heatwaves, flooding, and severe weather, embedding adaptive design features to minimise vulnerability. Flood-resistant materials, green roofs, and stormwater management systems are implemented to protect assets and ensure continuity of operations. Structural engineering approaches include seismic safety, wind resistance, and heat mitigation, supporting both safety and sustainability.

Research and innovation underpin the implementation of this policy. KNUCA’s laboratories and research centres conduct applied studies on green construction, energy modelling, sustainable materials, and smart infrastructure monitoring. In 2024, several outcomes were presented at the Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf), where students and faculty showcased prototypes of energy-efficient facades, AI-assisted HVAC optimisation systems, and climate-responsive design models. The Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123) further demonstrated KNUCA’s leadership in smart city development, featuring projects on sustainable construction, digital twins, and renewable integration in building systems.

To support practical application, KNUCA’s Facilities Management Department maintains a Green Building and Infrastructure Register, cataloguing all sustainability-oriented projects and tracking their energy and resource performance. Annual Energy and Emissions Reports document progress towards the university’s net-zero targets, as outlined in the Low-Carbon and Net-Zero Strategy Policy. The reports are publicly available on the university website and meet the Existence + Evidence + Public Access criteria of the THE Sustainability Impact Ratings 2026 methodology.

Community and stakeholder engagement are essential components of the policy. KNUCA collaborates with the Kyiv City Council, the State Energy Efficiency Agency, and leading industry partners to promote knowledge transfer and implementation of green infrastructure standards across Ukraine. Workshops and training sessions organised by the Sustainability Council and Office for Green Development equip architects, engineers, and students with practical skills in eco-design, sustainable materials selection, lifecycle assessment, and urban resilience. These efforts position KNUCA as a key educational driver of Ukraine’s transition to sustainable construction.

The monitoring and governance of this policy involve a multi-tier system led by the Vice-Rector for Green Development. The Sustainability Council oversees compliance and performance reviews, while the Facilities Management Department ensures technical adherence to construction standards. The Research and Innovation Office evaluates emerging technologies suitable for implementation, and the Quality Assurance Division integrates sustainability indicators into accreditation and audit procedures.

By adopting this Infrastructure Resilience and Green Design Policy on 3 September 2024, KNUCA reaffirms its responsibility to create and maintain a safe, sustainable, and future-ready campus. The university’s infrastructure becomes a living demonstration of resilience, innovation, and environmental stewardship — an example of how design excellence and climate responsibility can coexist. Through continuous improvement, collaborative innovation, and data-driven decision-making, KNUCA strengthens its contribution to the global movement for sustainable, low-carbon, and climate-resilient infrastructure.

Carbon-Neutral Campus and Net-Zero Transition Policy

(Developed and implemented on 3 September 2024)

KNUCA adopts this Carbon-Neutral Campus and Net-Zero Transition Policy to formalise its institutional commitment to achieving carbon neutrality by 2050 or earlier through strategic planning, innovation, and community engagement. This policy represents a cornerstone of KNUCA’s contribution to SDG 13 (Climate Action) and integrates closely with SDG 7 (Affordable and Clean Energy), SDG 9 (Industry, Innovation and Infrastructure), and SDG 11 (Sustainable Cities and Communities). It provides a clear roadmap for reducing greenhouse gas emissions, improving energy efficiency, expanding renewable energy use, and promoting behavioural change across the university.

KNUCA recognises that higher education institutions play a pivotal role in addressing the climate crisis by leading both in research and in practice. Therefore, this policy commits the university to achieving net-zero carbon emissions through comprehensive assessment, reduction, and offsetting mechanisms, while turning the campus into a living laboratory for sustainable transformation. It builds upon the achievements of the Low-Carbon and Net-Zero Strategy Policy and the Infrastructure Resilience and Green Design Policy, ensuring continuity between energy transition, infrastructure development, and carbon management initiatives.

The implementation of this policy begins with accurate measurement and transparent reporting of all greenhouse gas emissions across scopes 1, 2, and 3, including direct energy use, purchased electricity, waste generation, commuting, and procurement. The Energy and Climate Committee, supported by the Sustainability Council, maintains a Campus Carbon Inventory, updated annually using methodologies aligned with the Greenhouse Gas Protocol and ISO 14064 standards. Results are published in the Annual Energy and Emissions Report, available to the public in compliance with the Existence + Evidence + Public Access requirements of the THE Sustainability Impact Ratings 2026 methodology.

Emission reduction strategies focus on decarbonising energy consumption and promoting renewable alternatives. KNUCA continuously expands its use of solar, geothermal, and heat-pump technologies, installing rooftop solar panels and integrating photovoltaic façades in new and renovated buildings. Energy-efficiency measures include the replacement of outdated lighting and HVAC systems, deployment of motion sensors, and implementation of building management systems (BMS) for smart energy control. Research and teaching facilities are designed to operate as near-zero energy buildings, combining advanced insulation, passive design, and renewable generation.

Education and innovation are integral components of the transition process. KNUCA encourages research on carbon-neutral materials, circular construction practices, and green digital technologies. In 2024, student teams presented projects during the Smart Technologies Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) demonstrating AI-assisted carbon monitoring systems and low-emission concrete. The Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123) included workshops on decarbonisation pathways, green procurement, and lifecycle assessment, fostering collaboration between academia, industry, and local authorities.

The behavioural dimension of the policy is equally significant. KNUCA promotes a “carbon-aware culture” through awareness campaigns, training sessions, and incentives for sustainable practices such as cycling, public transport use, and waste minimisation. The Green Campus initiative engages students and staff in emission-reduction activities like energy-saving challenges, reforestation projects, and recycling drives. These collective actions contribute to measurable emission cuts and strengthen the university’s climate identity.

Partnerships are essential for achieving carbon neutrality. KNUCA collaborates with the Kyiv City Council, the State Energy Efficiency Agency, and international organisations such as UNDP Ukraine and EIT Climate-KIC to align institutional strategies with national and global decarbonisation frameworks. The university also engages in international research consortia under Horizon Europe and Erasmus+ Green Skills projects, which expand access to expertise, technologies, and funding for low-carbon transitions.

Offsetting mechanisms are implemented for residual emissions that cannot yet be reduced technologically. These include reforestation programmes, biodiversity enhancement projects, and carbon-credit partnerships that follow recognised verification standards. The campus grounds host tree-planting initiatives and biodiversity corridors that absorb CO₂ while improving air quality and microclimate resilience.

Monitoring progress toward carbon neutrality is continuous and data-driven. The Sustainability Council, in cooperation with the Energy and Climate Committee, evaluates annual performance indicators such as total CO₂ reduction percentage, renewable energy share, and carbon intensity per capita. These data inform policy adjustments and are incorporated into the university’s strategic planning documents.

Governance of the policy involves shared accountability among multiple institutional bodies. The Vice-Rector for Green Development provides overall leadership; the Facilities Management Department ensures technical compliance; the Research and Innovation Office integrates decarbonisation objectives into research and education; and the Public Relations Office communicates progress to stakeholders and the public. Regular updates to the policy are made based on advances in climate science, new national regulations, and emerging technologies.

By adopting this Carbon-Neutral Campus and Net-Zero Transition Policy on 3 September 2024, KNUCA reaffirms its leadership in the national higher education sector as a pioneer of low-carbon transformation. The policy symbolises the university’s long-term vision — to operate as a fully carbon-neutral, energy-efficient, and sustainable institution that integrates research, education, and practice to address the climate emergency. Through innovation, collaboration, and transparency, KNUCA transforms its campus into a model of environmental responsibility and resilience, inspiring other universities in Ukraine and beyond to pursue their own pathways to a net-zero future.

Climate Partnerships and International Cooperation Policy

(Developed and implemented on 3 September 2024)

KNUCA adopts this Climate Partnerships and International Cooperation Policy to establish a comprehensive framework for collaboration with national and international partners in research, education, innovation, and governance related to climate action and sustainable development. This policy supports the implementation of SDG 13 (Climate Action) and complements the university’s strategic alignment with SDG 17 (Partnerships for the Goals) by formalising mechanisms that promote knowledge exchange, joint projects, and collective action to mitigate and adapt to climate change.

The policy reflects KNUCA’s understanding that addressing climate challenges requires global cooperation, cross-sector partnerships, and the integration of scientific expertise, innovation, and community engagement. By fostering collaboration across academia, industry, government, and civil society, KNUCA contributes to building the scientific and institutional foundations for a low-carbon, climate-resilient future in Ukraine and beyond.

This policy is grounded in KNUCA’s role as a hub for sustainable innovation, green infrastructure research, and environmental education. The university’s mission is to mobilise expertise, data, and resources in partnership with local authorities, international organisations, and universities to accelerate climate solutions. Through strategic cooperation, the university strengthens its capacity to implement adaptation and mitigation projects, promote technology transfer, and expand access to sustainability education.

KNUCA’s partnership network includes collaboration with global and regional organisations such as UNESCO, UNDP Ukraine, UN Environment Programme, EIT Climate-KIC, and Horizon Europe consortia focused on sustainable cities, energy transition, and climate innovation. At the national level, the university works closely with the Kyiv City Council Climate Office, the State Energy Efficiency Agency, and the Ministry of Environmental Protection and Natural Resources of Ukraine to develop evidence-based policies and pilot projects that contribute to the country’s climate strategy.

The policy promotes joint research and educational initiatives in fields such as renewable energy systems, green construction technologies, climate-resilient infrastructure, circular economy, carbon accounting, biodiversity restoration, and sustainable urban planning. These partnerships foster interdisciplinary cooperation, enabling students and researchers to address complex sustainability challenges. KNUCA’s researchers participate in international scientific conferences, including the Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf), where they presented projects on AI-based climate monitoring, energy-efficient materials, and sustainable design. The Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123) also featured collaborative sessions with European universities on low-carbon mobility, waste reduction, and renewable technologies.

Knowledge exchange is a fundamental component of the policy. KNUCA encourages academic mobility, staff training, and participation in global sustainability platforms to enhance institutional competence and integrate best practices into curricula. Through its Office for International Cooperation and Sustainability Council, the university coordinates exchange programmes, dual-degree initiatives, and joint research projects focusing on climate adaptation, environmental governance, and sustainable energy management. Collaborative frameworks with partner universities in Poland, Germany, France, and Austria enable joint publications, co-supervision of research, and inclusion of Ukrainian case studies in international sustainability reports.

Community engagement and public diplomacy also play a crucial role in the implementation of this policy. KNUCA actively promotes open dialogue between academia, policymakers, and the private sector through forums, seminars, and expert consultations. By organising public events, exhibitions, and roundtables, the university facilitates a continuous flow of ideas between science and society. These initiatives help translate complex climate data into actionable insights for urban planning, building standards, and community resilience.

Digitalisation is integrated into partnership development through the creation of virtual collaboration platforms that allow joint research, data exchange, and publication of climate reports. The university maintains an open-access Climate Innovation Portal, where research outcomes, policy briefs, and educational materials are freely available to the public. This transparency enhances international visibility and supports the principles of open science and knowledge democratization.

The governance of the Climate Partnerships and International Cooperation Policy is coordinated by the Vice-Rector for Green Development, in collaboration with the Office for International Cooperation, the Research and Innovation Office, and the Sustainability Council. These bodies ensure that partnership activities align with the university’s mission, quality standards, and SDG objectives. Monitoring indicators include the number of international projects, publications co-authored with foreign partners, mobility participants, and public engagement outcomes. Annual progress is summarised in the Global Climate Cooperation Report, which is publicly available on the KNUCA website and satisfies the Existence + Evidence + Public Access requirements of the THE Sustainability Impact Ratings 2026 methodology.

By adopting this Climate Partnerships and International Cooperation Policy on 3 September 2024, KNUCA reinforces its position as an international actor in the global sustainability landscape. The university serves as a catalyst for innovation, diplomacy, and environmental leadership by connecting local expertise with global knowledge networks. Through strategic cooperation, transparent communication, and scientific excellence, KNUCA accelerates the transition toward a climate-resilient, low-carbon, and sustainable future — embodying the collaborative spirit at the heart of SDG 13 and SDG 17.

Sustainable Procurement and Green Investment Policy

(Developed and implemented on 3 September 2024)

KNUCA adopts this Sustainable Procurement and Green Investment Policy to ensure that all purchasing, contracting, and financial decisions align with environmental sustainability, ethical responsibility, and climate action principles. The policy operationalises KNUCA’s commitment to SDG 13 (Climate Action) while reinforcing its contribution to SDG 12 (Responsible Consumption and Production), SDG 7 (Affordable and Clean Energy), and SDG 17 (Partnerships for the Goals). It institutionalises sustainability criteria in procurement processes, supports low-carbon supply chains, and promotes investment in energy-efficient, renewable, and environmentally beneficial projects.

The purpose of this policy is to make every financial and material decision at KNUCA an act of climate responsibility. Through the integration of green procurement standards, carbon-conscious budgeting, and sustainable investment mechanisms, the university ensures that resource allocation contributes directly to emission reduction, energy transition, and ecosystem protection. This approach strengthens institutional accountability and enhances the social and environmental value of every contract, partnership, or expenditure.

The framework of this policy applies to all university divisions, faculties, and departments engaged in purchasing, contracting, or investment. It covers goods, services, equipment, and infrastructure projects. Procurement officers and project managers are required to consider environmental impacts throughout the entire lifecycle — from production and delivery to use, maintenance, and disposal. Preference is given to suppliers that meet sustainability standards such as ISO 14001, Eco-Label EU, Energy Star, and BREEAM/LEED certifications.

In practical terms, the policy mandates that all tenders and purchasing procedures include evaluation criteria related to:

carbon footprint and energy performance of goods and services;
recycled or recyclable materials and packaging;
supplier compliance with labour, human-rights, and environmental standards;
transport efficiency and local sourcing;
total cost of ownership, including long-term environmental impact.

KNUCA’s investment strategy prioritises green capital projects that advance decarbonisation, energy efficiency, and climate resilience. These include installation of solar photovoltaic systems, LED lighting retrofits, building automation technologies, and rainwater harvesting infrastructure. The university also supports research investment in clean technologies, circular economy models, and low-carbon construction materials, ensuring that scientific innovation informs financial decision-making.

The policy promotes the principle of “value beyond price”, emphasising sustainability outcomes rather than short-term cost savings. Procurement teams receive training on green purchasing practices, climate-risk assessment, and supplier engagement. To build internal expertise, KNUCA’s Sustainability Council organises workshops and certification courses for staff responsible for procurement and finance, integrating sustainability into institutional culture.

Public transparency is an essential feature of this framework. KNUCA publishes an annual Sustainable Procurement and Investment Report, detailing expenditures, emission reductions, and supplier compliance levels. The report is made publicly accessible on the university website in accordance with the Existence + Evidence + Public Access requirement of the THE Sustainability Impact Ratings 2026 methodology. This practice enhances accountability, encourages stakeholder trust, and allows benchmarking of progress over time.

Research and innovation directly support the policy’s implementation. At the Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf), KNUCA researchers presented studies on eco-efficiency evaluation methods, life-cycle cost analysis, and climate-neutral design for infrastructure procurement. During the Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123), the university hosted workshops on public procurement reform, green budgeting, and sustainable investment in higher education, sharing practical solutions with government representatives and industry experts. These events positioned KNUCA as a national knowledge leader in the greening of institutional finance.

The policy also establishes collaboration mechanisms with external partners to expand the impact of sustainable procurement. KNUCA cooperates with the Kyiv City Council, the State Energy Efficiency Agency, and the Ministry of Finance of Ukraine to harmonise procurement practices with national green-economy frameworks. International partnerships with UNDP Ukraine, EIT Climate-KIC, and OECD Greening Public Investment programmes allow the university to align its financial policies with global sustainability standards.

To further support emission reduction goals, KNUCA integrates green-investment screening criteria into its financial planning processes. Projects are evaluated based on potential CO₂ savings, renewable-energy contribution, and social benefits. Investment returns are measured not only financially but also environmentally — in terms of resource savings, avoided emissions, and ecosystem enhancement.

Governance of this policy is shared across several institutional units. The Vice-Rector for Green Development provides strategic leadership; the Procurement Office ensures compliance in tender procedures; the Finance Department integrates sustainability into budget planning; and the Sustainability Council oversees evaluation and reporting. External audits and independent assessments are periodically conducted to verify the transparency and effectiveness of procurement and investment practices.

By adopting this Sustainable Procurement and Green Investment Policy on 3 September 2024, KNUCA reinforces its commitment to climate leadership and responsible financial governance. Every purchase, partnership, and investment becomes part of the university’s long-term vision of a carbon-neutral, resource-efficient, and socially responsible institution. Through innovation, accountability, and collaboration, KNUCA demonstrates how higher-education institutions can transform their economic systems into powerful instruments of climate action and sustainable progress.

Sustainable Finance and Carbon Disclosure Policy

(Developed and implemented on 3 September 2024)

KNUCA adopts this Sustainable Finance and Carbon Disclosure Policy to ensure that all financial activities, investments, and reporting mechanisms are aligned with the principles of environmental responsibility, social impact, and transparent governance. This policy operationalises KNUCA’s contribution to SDG 13 (Climate Action) while directly supporting SDG 8 (Decent Work and Economic Growth), SDG 9 (Industry, Innovation and Infrastructure), and SDG 17 (Partnerships for the Goals). It formalises a framework for integrating sustainability considerations into financial planning, promoting responsible investment, and ensuring full public disclosure of the university’s carbon performance and climate-related financial risks.

This policy recognises that higher education institutions not only consume financial resources but also shape future economic systems. By adopting sustainable finance principles, KNUCA demonstrates that academic institutions can serve as catalysts for ethical, low-carbon, and inclusive economic transformation. Through this policy, the university integrates ESG (Environmental, Social and Governance) criteria into all financial operations, ensuring that capital allocation supports environmental stewardship, social equity, and institutional resilience.

The core objectives of the policy are to:

Embed sustainability and carbon neutrality into university financial management and investment strategies;
Develop mechanisms for climate-related financial risk assessment and disclosure;
Promote transparency and accountability through regular reporting;
Mobilise funding for low-carbon infrastructure, renewable energy, and green research projects;
Strengthen partnerships with banks, investors, and international organisations that share sustainability goals.

KNUCA’s sustainable finance system is based on international standards, including the Task Force on Climate-related Financial Disclosures (TCFD), UN Principles for Responsible Investment (PRI), and EU Taxonomy for Sustainable Activities. All investment and budgeting decisions are reviewed for consistency with these frameworks, ensuring that university funds contribute to climate mitigation, adaptation, and biodiversity protection.

Financial planning under this policy prioritises the reduction of carbon intensity in both operational and investment portfolios. The university divests from high-emission sectors and prioritises funding for renewable energy systems, energy-efficient buildings, sustainable mobility, and green technology research. The Finance Department, together with the Sustainability Council, evaluates projects using a Green Impact Assessment (GIA) that measures CO₂ reduction potential, long-term cost savings, and positive societal effects.

KNUCA also engages in sustainability-linked financing, seeking partnerships with financial institutions that provide preferential loans, grants, or guarantees for low-carbon projects. The university’s Green Fund, established in 2024, supports initiatives such as solar-panel installation, waste recycling systems, water-saving technologies, and energy audits. These investments directly contribute to achieving the targets of the Carbon-Neutral Campus and Net-Zero Transition Policy.

The transparency and disclosure component of this policy is crucial. KNUCA publishes an Annual Carbon and Climate Finance Report, which includes:

greenhouse gas emissions data (Scopes 1, 2, and 3);
progress toward carbon neutrality and energy-efficiency targets;
details of sustainable investments and green financing instruments;
analysis of climate-related risks and mitigation actions;
social and environmental impact indicators.

This report is publicly available on the university website and conforms to the Existence + Evidence + Public Access requirements of the THE Sustainability Impact Ratings 2026 methodology. It also follows the Global Reporting Initiative (GRI) standards for transparency and comparability.

Education and research play a central role in promoting sustainable finance literacy across the university community. The Faculty of Management and Economics in Construction integrates sustainability finance and carbon accounting into its curricula, training future specialists in green economy and ESG investment. In 2024, during the Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123), the university held workshops on green bonds, carbon pricing, and climate risk disclosure. Likewise, the Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) featured presentations on AI-driven carbon tracking tools, financial modelling for sustainable cities, and the economics of climate adaptation.

The governance of this policy is structured to ensure accountability and integration across all institutional levels. The Vice-Rector for Green Development provides strategic oversight; the Finance Department and Procurement Office manage implementation and compliance; the Sustainability Council monitors performance and disclosure accuracy; and the Research and Innovation Office supports analytical modelling of carbon and financial data. Internal audits are conducted annually to verify adherence to the policy and identify opportunities for improvement.

KNUCA also collaborates with international and national partners to promote best practices in sustainable finance. Cooperation with UNDP Ukraine, the State Energy Efficiency Agency, and the Ministry of Environmental Protection and Natural Resources of Ukraine strengthens the institutional framework for green budgeting and climate investment. Through participation in European projects under Horizon Europe, the university contributes to research on climate finance mechanisms, carbon credit markets, and sustainability impact measurement.

By implementing this Sustainable Finance and Carbon Disclosure Policy on 3 September 2024, KNUCA affirms its leadership in transparent, responsible, and climate-aligned financial management. The policy ensures that every financial transaction contributes to environmental improvement, social inclusion, and long-term resilience. Through ethical investment, transparent reporting, and academic innovation, KNUCA sets a new benchmark for financial sustainability in higher education — demonstrating that responsible finance is both a driver of institutional excellence and a foundation for global climate stability.

Climate Innovation and Technology Transfer Policy

(Developed and implemented on 3 September 2024)

KNUCA adopts this Climate Innovation and Technology Transfer Policy to accelerate the development, application, and dissemination of innovative technologies that reduce greenhouse gas emissions, enhance energy efficiency, and strengthen resilience to climate change. This policy supports SDG 13 (Climate Action) and complements the university’s contributions to SDG 9 (Industry, Innovation and Infrastructure), SDG 7 (Affordable and Clean Energy), and SDG 17 (Partnerships for the Goals). It establishes a framework for transforming scientific research into practical climate solutions, fostering cooperation between academia, industry, and public authorities to achieve sustainable and low-carbon growth.

KNUCA recognises that innovation is central to the global response to climate change. The university aims to serve as a national catalyst for technological advancement by integrating research, education, and implementation of green technologies, digital transformation, and circular-economy models. The policy ensures that all innovation activities are guided by the principles of environmental integrity, energy transition, and equitable access to sustainable technology. Through this framework, KNUCA builds a bridge between scientific discovery and real-world impact, turning research into measurable climate action.

This policy applies to all faculties, departments, and research units engaged in technology development, prototyping, and commercialisation. It defines procedures for identifying promising climate innovations, protecting intellectual property, and facilitating partnerships for technology transfer. Areas of focus include renewable energy systems, sustainable building materials, smart infrastructure, waste-to-energy technologies, climate data analytics, environmental sensors, water conservation technologies, and low-carbon mobility solutions.

Research and development (R&D) form the foundation of this policy. KNUCA supports interdisciplinary projects that integrate engineering, architecture, environmental science, and information technology to develop holistic climate solutions. The Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) showcased a number of KNUCA-led innovations, including AI-based environmental monitoring, digital twins for energy modelling, adaptive ventilation systems, and sustainable concrete materials. Similarly, the Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123) presented collaborative projects on smart city design, renewable microgrids, and digital sustainability education, confirming the university’s position as a leader in climate technology development.

Technology transfer is an essential mechanism for ensuring that research outcomes benefit society. KNUCA facilitates the commercialisation of climate innovations through its Technology Transfer Office (TTO), which assists researchers in intellectual property registration, patenting, licensing, and partnership formation. The university collaborates with national agencies, private companies, and international organisations to scale up pilot technologies and attract investment. The Green Innovation Accelerator, launched in partnership with the State Energy Efficiency Agency and UNDP Ukraine, supports startups and spin-offs focused on renewable energy, circular design, and sustainable urban systems.

KNUCA actively participates in European and international programmes that support climate innovation and technology exchange. Through Horizon Europe, EIT Climate-KIC, and Erasmus+ Green Skills initiatives, the university expands opportunities for cross-border research, access to funding, and participation in global climate-innovation networks. Joint projects with universities in Poland, Germany, and France involve co-development of digital solutions for carbon management, sustainable materials, and eco-industrial symbiosis, fostering both academic excellence and real-world impact.

Education is a key component of the innovation ecosystem. KNUCA integrates climate innovation, sustainability design, and entrepreneurship into its curricula, equipping students with the skills to lead green transformation in their future careers. Courses in sustainable construction, clean energy systems, and climate risk engineering are complemented by hands-on laboratory work and business-incubator training. The Green Campus initiative serves as a living laboratory where students experiment with renewable technologies, energy monitoring, and waste reduction systems in real time.

Digitalisation enhances the university’s ability to innovate and share knowledge. KNUCA operates a Digital Innovation Hub that hosts data-driven research on energy systems, carbon modelling, and infrastructure resilience. Open-access platforms allow the publication of technical data, prototype descriptions, and best practices in climate technology, supporting the principle of open science and knowledge dissemination.

The governance of this policy ensures coordination, transparency, and alignment with institutional goals. The Vice-Rector for Green Development provides strategic oversight, while the Research and Innovation Office manages project coordination, partnerships, and intellectual property processes. The Sustainability Council ensures that technology projects align with environmental priorities and comply with national and international sustainability standards. The Technology Transfer Office monitors performance indicators such as patents registered, technologies commercialised, partnerships established, and revenue generated from climate innovation activities.

KNUCA also commits to reporting on technology transfer performance and innovation outcomes. The annual Climate Innovation and Technology Transfer Report, published on the university website, details projects, partnerships, and measurable contributions to emission reduction and resilience building. This public disclosure fulfils the Existence + Evidence + Public Access criteria under the THE Sustainability Impact Ratings 2026 methodology and demonstrates accountability in aligning innovation with global sustainability goals.

By adopting this Climate Innovation and Technology Transfer Policy on 3 September 2024, KNUCA reaffirms its leadership in advancing the technological foundation for a sustainable and climate-resilient future. The university positions itself not only as a generator of knowledge but as an active implementer of solutions — where innovation meets responsibility and research drives transformation. Through interdisciplinary collaboration, ethical entrepreneurship, and international cooperation, KNUCA turns science into impact, accelerating Ukraine’s transition toward a low-carbon, intelligent, and sustainable economy.

Climate Education and Professional Training Policy

(Developed and implemented on 3 September 2024)

KNUCA adopts this Climate Education and Professional Training Policy to institutionalise the integration of climate change, sustainability, and environmental management into all levels of education, professional development, and vocational training. The policy ensures alignment with SDG 13 (Climate Action) and directly contributes to SDG 4 (Quality Education), SDG 7 (Affordable and Clean Energy), and SDG 9 (Industry, Innovation and Infrastructure). It represents the university’s long-term strategy to build human capacity for sustainable transformation, empowering students, educators, and professionals to act as agents of climate resilience and innovation.

This policy affirms that knowledge and skills are the foundation of meaningful climate action. KNUCA recognises that climate education must go beyond theoretical awareness to cultivate practical competencies in adaptation, mitigation, carbon management, green technology, and sustainable infrastructure design. Therefore, the university establishes a structured framework for developing curricula, training programmes, and research activities that translate science into applied solutions for the built environment, energy systems, and urban ecosystems.

The policy covers both formal and non-formal education, ensuring that climate-related knowledge is accessible to all learners, regardless of academic discipline or professional background. Each faculty and department integrates climate literacy, sustainability principles, and environmental ethics into its study programmes. For engineering and architecture students, this includes modules on climate-resilient construction, energy-efficient design, and renewable systems integration. For management, economics, and social science students, courses focus on green finance, carbon accounting, and sustainable governance.

KNUCA also develops targeted professional training programmes for engineers, architects, city planners, and municipal officers, offering certification in areas such as energy auditing, climate risk assessment, low-carbon mobility planning, and green project management. These programmes are coordinated by the Institute for Continuing Education and delivered through the Sustainability Council and Office for Green Development, ensuring academic quality and practical relevance.

In 2024, KNUCA organised multiple educational events that exemplified the principles of this policy. During the Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123), the university hosted seminars on climate adaptation strategies, sustainable energy, and environmental digitalisation, engaging over 800 participants from across Ukraine. The Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) included thematic sessions on AI applications for climate data analysis, carbon monitoring, and climate-smart construction materials. These events created opportunities for hands-on learning, interdisciplinary collaboration, and dialogue between academia and industry.

Climate education at KNUCA follows international frameworks such as UNESCO’s Education for Sustainable Development (ESD 2030) and the UNFCCC Action for Climate Empowerment (ACE). All courses and training modules are designed to enhance six key competencies:

Systems thinking – understanding the interconnections between environment, economy, and society;
Critical and analytical thinking – evaluating climate information and policy implications;
Collaboration and communication – promoting teamwork and civic participation in sustainability initiatives;
Strategic foresight – planning for long-term resilience and adaptation;
Ethical responsibility – acting with environmental integrity and social justice;
Practical implementation – applying technologies and policies that reduce emissions and enhance resilience.

Digital transformation plays a crucial role in the policy’s implementation. KNUCA operates an online Sustainability Learning Platform offering MOOCs, webinars, and open-access learning resources on climate science, green innovation, and low-carbon economy. The platform includes interactive simulations that model the effects of urban heat islands, renewable integration, and climate scenarios, helping learners visualise the impact of sustainable design.

The policy also promotes student engagement and experiential learning. Under the Green Campus initiative, students participate in projects that measure energy use, manage waste reduction, and monitor biodiversity on campus. These practical experiences develop technical skills and a deeper understanding of sustainability principles. Annual student competitions such as “Energy Challenge” and “Sustainable City Lab” motivate participants to design climate-resilient urban models and propose solutions for emission reduction.

KNUCA strengthens cooperation with national and international partners to expand access to professional education and capacity building. The university collaborates with the Kyiv City Council Climate Office, UNDP Ukraine, EIT Climate-KIC, and European universities under the Erasmus+ Green Skills framework to deliver joint training and exchange programmes. These partnerships ensure the continuous improvement of curricula, teaching methods, and certification standards according to European best practices.

Monitoring and evaluation of the policy are conducted annually by the Sustainability Council, which assesses the number of climate-related courses, trained participants, gender balance, and measurable learning outcomes. Results are published in the Annual Climate Education and Training Report, publicly accessible on the KNUCA website in line with the Existence + Evidence + Public Access requirements of the THE Sustainability Impact Ratings 2026 methodology.

Governance of the policy involves close cooperation between the Vice-Rector for Green Development, the Institute for Continuing Education, the Research and Innovation Office, and faculty deans. Continuous professional development is mandatory for teaching staff to ensure that instructors remain up to date with the latest climate science, technologies, and pedagogical approaches.

By adopting this Climate Education and Professional Training Policy on 3 September 2024, KNUCA reaffirms its commitment to transforming education into a catalyst for climate action and sustainable development. The university builds a generation of professionals equipped not only with technical expertise but also with the values, leadership, and global vision necessary for a low-carbon future. Through education, innovation, and collaboration, KNUCA strengthens Ukraine’s capacity to address climate change while positioning itself as a leading educational institution driving sustainability transformation in Eastern Europe.

Community Resilience and Climate Awareness Policy

(Developed and implemented on 3 September 2024)

KNUCA adopts this Community Resilience and Climate Awareness Policy to strengthen the university’s role in supporting local communities, government bodies, and civil society organisations in building adaptive capacity and awareness to respond effectively to the challenges of climate change. The policy aligns with SDG 13 (Climate Action) and complements the university’s contributions to SDG 11 (Sustainable Cities and Communities), SDG 4 (Quality Education), and SDG 17 (Partnerships for the Goals). It formalises KNUCA’s mission to serve not only as an academic and research institution but also as a driver of public empowerment and community-based climate resilience.

This policy recognises that addressing climate change requires collaboration between knowledge producers and local stakeholders. KNUCA positions itself as a national centre of expertise for climate adaptation, risk management, and environmental education, providing the scientific foundation and social engagement necessary for long-term resilience. It promotes a culture of proactive participation, where students, educators, researchers, and community members co-create solutions that strengthen collective preparedness and sustainability.

KNUCA’s approach to community resilience combines scientific research, education, innovation, and civic engagement. The university conducts assessments of local climate vulnerabilities — including urban heat islands, air pollution, water scarcity, and infrastructure risks — and develops targeted adaptation plans in collaboration with municipal governments and public organisations. Through workshops, seminars, and citizen science projects, KNUCA translates complex climate data into actionable strategies that can be applied at neighbourhood, municipal, and regional levels.

The Public Climate Education and Community Engagement Policy and the Disaster Risk Reduction and Emergency Response Policy form the institutional foundation for this initiative. Building upon them, the present policy introduces specific measures for promoting community awareness, adaptive capacity, and participatory planning. KNUCA supports urban communities in designing green infrastructure projects, such as tree planting, rooftop gardens, water retention systems, and sustainable mobility corridors, which help mitigate urban heat, flooding, and air-quality degradation.

Public awareness campaigns are a cornerstone of this policy. KNUCA organises annual Climate Action Week, featuring lectures, exhibitions, art installations, and community fairs focused on energy efficiency, waste reduction, and sustainable lifestyles. These events encourage behavioural change and connect local residents with sustainability experts. The Innovation and Research Week 2024 (https://www.knuba.edu.ua/?p=39123) included community sessions on green architecture, circular economy, and citizen participation in climate adaptation, while the Smart Technologies 2024 Conference (https://library.knuba.edu.ua/books/zbirniki/Smart_technologies/2_2024.pdf) showcased research on low-carbon urban infrastructure and social resilience modelling. These initiatives extend academic impact into the public domain, strengthening science–society collaboration.

A major focus of the policy is inclusivity. KNUCA ensures that climate awareness and resilience programmes are accessible to diverse groups — including youth, women, vulnerable populations, and persons with disabilities. Educational materials are available in multiple formats and languages, while events are held both online and on campus to ensure broad participation. The university partners with schools, vocational institutions, and NGOs to promote sustainability education and youth engagement in climate action.

Digitalisation plays a vital role in awareness-building and communication. The university operates a Community Climate Portal, an open-access online hub where residents can find information on climate adaptation projects, risk maps, green technologies, and public events. The portal also allows users to submit data, share experiences, and propose ideas for local sustainability initiatives. This interactive model strengthens community participation and encourages innovation at the grassroots level.

KNUCA’s collaboration with local and international partners enhances the effectiveness of the policy. The university works with the Kyiv City Council Climate Office, UNDP Ukraine, EIT Climate-KIC, and the State Emergency Service of Ukraine (ДСНС) to provide technical expertise and educational support for municipal adaptation strategies. Joint projects with European universities and research institutes expand knowledge transfer in areas such as resilient urban planning, environmental monitoring, and social innovation for climate action.

Monitoring and evaluation of community engagement and awareness-building outcomes are conducted annually by the Sustainability Council. Key indicators include the number of awareness events held, public participation rates, partnerships established, and measurable improvements in local resilience. The results are summarised in the Annual Community Climate Resilience Report, which is made publicly accessible on the KNUCA website to meet the Existence + Evidence + Public Access standards outlined in the THE Sustainability Impact Ratings 2026 methodology.

The governance of this policy is managed through the Vice-Rector for Green Development, who oversees implementation, coordination, and external communication. The Office for Green Development, Public Relations Department, and Institute for Continuing Education share responsibility for community outreach, education, and stakeholder collaboration. Regular consultations with local authorities, NGOs, and citizen groups ensure that the university’s initiatives remain responsive to emerging climate challenges and community needs.

By adopting this Community Resilience and Climate Awareness Policy on 3 September 2024, KNUCA reaffirms its social mission to empower people with knowledge, skills, and confidence to act in the face of climate change. The university builds bridges between science and society, transforming education and research into tangible community benefits. Through cooperation, innovation, and civic responsibility, KNUCA cultivates a resilient culture of sustainability — one that unites academic excellence, public engagement, and environmental justice in the pursuit of a more adaptive and climate-conscious future for Ukraine and beyond.

Net zero declaration