Quality Assurance Agency Visit

On 19 August 2026, representatives of the National Agency for Quality Assurance in Higher Education visited National Technical University «Kharkiv Polytechnic Institute». The delegation to Kharkiv Polytechnic Institute included the Chair of the National Agency, Nataliia Stukalo; the Deputy Chair, Ivan Nazarov; and the Head of the Department of Public Relations and International Cooperation, Maksym Folomeyev. The delegation was welcomed by Galyna Tymchenko, Acting Rector of NTU «KhPI», along with the vice-rectors and heads of the university’s departments. The guests were shown the infrastructure and the educational and research facilities at NTU «KhPI»: the German Education Centre, the Scientific and Technical Library, the cyber range, and they also visited one of Kharkiv Polytechnic’s shelters.

During the meeting, participants discussed current issues relating to quality assurance in higher education, academic integrity and modern approaches to improving educational programmes. Particular attention was paid to the specifics of the accreditation of educational programmes, notably those at the third (educational and research) level, as well as to the integration of accreditation procedures directly into the educational process. Galyna Tymchenko, Acting Rector of NTU «KhPI», introduced members of the National Agency for Higher Education Quality Assurance (NAHEQA) to the university’s educational environment, modern learning spaces and approaches to organising the educational process. She emphasised the importance of combining academic training, practical learning, the educational component and the creation of a safe environment for studying. The First Vice-Rector of NTU «KhPI», Professor Ruslan Mygushchenko, focused on the importance of creating a university environment in which students receive not only high-quality knowledge but also opportunities for all-round development, professional growth and the realisation of their own potential.

«We strive to combine a modern educational process, practical training and the values of academic culture, which form the basis of high-quality higher education,» said Ruslan Mygushchenko. Nataliia Stukalo, Chair of the National Agency for Higher Education Quality Assurance (NAHEQA), highlighted the importance of the experience of Kharkiv’s universities, which continue to ensure the quality of education despite the challenges posed by the war. According to her, accreditation remains a mandatory procedure for higher education institutions, particularly those operating in frontline regions. At the same time, the assessment must take into account the impact of the war on universities’ ability to meet certain criteria. «The National Agency is working on amendments to the legislation to clearly define micro-credentials and professional retraining programmes, with a view to integrating them into the overall system of quality assurance in education. We express our full support for the universities in Kharkiv, which are operating under challenging security conditions, and we aim to study your experience so that it can be shared with other higher education institutions,» said Nataliia Stukalo.

The meeting participants paid particular attention to academic integrity as one of the key components of high-quality higher education. Representatives of the National Agency for Higher Education Quality Assurance (NAHEQA) emphasised the importance of fostering a culture of quality within the university environment, the responsibility of all those involved in the educational process, and the continuous improvement of internal quality assurance mechanisms. Discussions also centred on student-centred learning, students’ right to choose and to shape their own individual educational pathways. Particular attention was paid to the accreditation of third-level educational and research programmes, the application of assessment criteria for educational programmes, and the transformation of expert procedures based on the principles of mutual trust. During the visit, representatives of the National Agency for Higher Education Quality Assurance (NAHEQA) familiarised themselves with the infrastructure and the educational and research capabilities of the National Technical University «Kharkiv Polytechnic Institute» (NTU «KhPI»). Denys Meshkov, Director of the German Education Centre, spoke about its activities, whilst Serhii Yevseiev, Head of the Department of Cyber Security, discussed the work of the cyber range. The guests showed particular interest in the presentation on the Start-up Centre «Spark», delivered by its director, Professor Nataliia Shmatko. The guests were also shown the Scientific and Technical Library, whose activities were presented by its director, Yuliia Glavcheva. Members of the National Agency also visited one of Kharkiv Polytechnic’s shelters, where career guidance sessions and festive events are held. Following the meeting, the parties emphasised the importance of open cooperation and the exchange of experience for the further development of internal quality assurance systems, the improvement of educational programmes and the strengthening of a culture of quality in higher education institutions.

Note:

The National Agency for Higher Education Quality Assurance (NAHEQA) is a permanent collegial body authorised to implement state policy in the field of quality assurance in higher education.

KPI reps complete internship in Germany

Key factors in the current development of education and science include international academic mobility and the integration of Ukrainian science into the European Education and Research Areas. In this context, international cooperation between Ukraine and Germany – particularly under agreements with the Ukraine Energy Autarky Association – opens up new opportunities for the advancement of higher education and science, as well as the application of innovative, environmentally safe technologies at this challenging time. The purpose of these agreements is to promote innovative research projects and their implementation in pursuit of Ukraine’s energy self-sufficiency.

 

An important step in this direction was the successful internship of two Ukrainian researchers from the Igor Sikorsky Kyiv Polytechnic Institute (KPI), namely Dina Koltysheva, Assistant Professor at the Department of Bioenergy, Bioinformatics and Environmental Biotechnology of the Faculty of Biotechnology and Biotechnics, and Olha Vlasenko, Senior Lecturer at the Department of Thermal and Alternative Energy of the Institute of Thermal and Nuclear Energy. The internship took place in the German city of Jena on the theme “Advanced Anaerobic Laboratory Training and Methods” from 15 to 26 June 2026, at Bio-H2 Umwelt GmbH – a company with over 20-year experience in research and engineering developments in the field of biomass use and the production of energy sources and other products.

 

The principal practical outcome of this visit was the official transfer of a multifunctional laboratory container equipped with modern biogas plants to the university. Henceforth, this high-tech equipment will serve as an efficient platform for quality student education and for in-depth scientific research by teaching staff and students pursuing bachelor’s, master’s and PhD degrees.

 

The purpose of the internship programme in Jena was not only to introduce the Ukrainian researchers to European environmental safety standards, but also to enable them to master practical skills in working directly with a mobile bioreactor complex. They studied in detail the design features and operating principles of the plants and mastered the methods for proper planning and the safe commissioning of technological processes. Their German colleagues paid special attention to the nuances of operating biogas systems in both continuous and batch modes, which is very important for simulating real-world production conditions.

 

During practical on-site training, the Kyiv Polytechnic representatives practised algorithms for the regular assessment of the quality of the biogas produced, for monitoring the efficiency of organic substrate decomposition, and for identifying key indicators of the stability of the anaerobic digestion process. As a result, the Ukrainian researchers gained valuable experience in managing bioenergy processes, which will be integrated into university’s educational programmes and laboratory practicals.

 

In addition to intensive technical and laboratory work, the programme of the visit included a series of constructive discussions about future joint projects between researchers from Ukraine and Germany. The ideas developed during these discussions are directed towards the further development of renewable energy, waste processing and the rebuilding of Ukraine’s infrastructure, based on the principles of sustainable development and environmental safety.

 

The Ukrainian researchers from Igor Sikorsky Kyiv Polytechnic Institute, who served their internship, express their sincere and deep gratitude to their German partners and the organisers for their significant contribution to the development of Ukrainian science, their support for the education sector, and the building of a solid foundation for future joint scientific discoveries. The German contributed equipment to the university will serve as a powerful drive for a new generation of Ukrainian environmental engineers and bioenergy researchers who will work on the reconstruction and technological modernisation of this country.

Kyiv Polytechnic, FRONia boost cooperation

The administration of Igor Sikorsky Kyiv Polytechnic Institute met with Aleksander Waszkielewicz (pictured second right), President of the Poland’s FRONia Foundation for Persons with Disabilities (Fundacja Osób Niepełnosprawnych) who has 20-year experience in accessibility issues and the in-depth expertise to apply accessibility principles to public administration and the university environment.

 

During the meeting, the following issues were under discussion:

·        exchange of knowledge, solutions and best practice in accessibility;

·        joint initiatives and pilot projects;

·        development of educational programmes, physical and psychological rehabilitation, and adaptation;

·        support for the development of adaptive sports.

 

Special attention was paid to the implementation of the strategy for creating an inclusive environment at Kyiv Polytechnic for individuals with special needs, as well as to university’s policy with respect to war veterans. Kyiv Polytechnic is proactively developing this area, particularly through the Centre for Veteran Development. Currently, some 300 veterans discharged from the armed forces and military personnel on active duty are studying at the university. Among relevant initiatives is a master’s programme in biomedical engineering and applied mechanics, designed expressly for veterans.

 

During his visit, Aleksander Waszkielewicz was introduced to operations of the Sikorsky Challenge Science Park of Additive Technologies, and the Training and Innovation Centre for Prosthetics and Rehabilitation.

 

It is important for Igor Sikorsky Kyiv Polytechnic Institute to create an accessible educational environment and to develop a comprehensive support system embracing education, career growth, rehabilitation, adaptive sports, and the reintegration of war veterans into civilian life. The exchange of Polish and Ukrainian experience opens up new opportunities for collaborative practical solutions that can make education and university life more inclusive and accessible to all.

Vice-Rector joins conference on resilience

A representative of the Igor Sikorsky Kyiv Polytechnic Institute took part in the scientific and expert conference “Mosaic of Experiences: International Dialogue on Resilience,” held as a side event of the 6th Summit of First Ladies and Gentlemen themed “World 2026: Finding Stability in Times of Uncertainty.”

 

The event brought together more than 200 Ukrainian and international experts and academics, as well as representatives of government agencies, the business sector and civil society. Among the participants were the First Lady of Ukraine, Olena Zelenska; the First Lady of Lithuania, Diana Nausėdienė; and the First Gentleman of Slovenia, Aleš Musar.

 

Liudmyla Hanushchak-Yefimenko, Vice-Rector for Humanitarian Development and Youth Policy, represented Kyiv Polytechnic at the conference.

 

During the event, the Sophiynist Manifesto “Ukrainian Philosophy of Life” was presented (Ed. – Sophia, from sophos skilled, clever, wise + -ia, is a Greek word that means “wisdom”), and the International Expert Council on Resilience commenced its work.

 

For Kyiv Polytechnic, resilience is a guiding principle of development. Its innovation ecosystem combines support for war veterans, care for mental health, the development of adaptive technologies, the creation of an accessible environment, and the preservation of human capital.

 

Special thanks are due to the organisers — the Coordination Centre for Mental Health of the Cabinet of Ministers under the All-Ukrainian Mental Health Programme “How Are You?” initiated by Olena Zelenska, the Institute for National Resilience and Security, and the World Health Organisation — for their support of the event.

 

It is precisely through such exchange of experience that solutions are developed, which subsequently prove effective in practice.

Lockheed Martin VP visits Kyiv Polytechnic

During his visit to the Igor Sikorsky Kyiv Polytechnic Institute, Richard (Otter) Bew (pictured centre), Lockheed Martin Vice President and Chief of Staff, met with the university administration and the management of Fincord-Polytech Science Park LLC to discuss opportunities to develop joint projects, combining Ukraine’s engineering potential with the expertise of US industry, as well as to train highly skilled specialists to drive Ukraine’s innovative development.

 

This visit holds particular significance for Kyiv Polytechnic — a university with a long-established engineering and scientific tradition and extensive expertise in aerospace and other high-tech spheres.

 

The legacy of Igor Sikorsky — a Kyiv Polytechnic graduate, renowned aircraft designer and one of the pioneers in the global helicopter industry — attached special symbolic significance to the meeting. Today, Sikorsky, a Lockheed Martin Company, continues to advance aircraft technologies while cherishing the engineering tradition he established.

 

For a university that has been shaping Ukraine’s engineering elite for over a century, such cooperation offers an opportunity to combine fundamental education and research with world-class practical expertise, come up with solutions that meet nation’s needs, and build up its technological potential.

 

It is worth noting too that Lockheed Martin is one of the world’s largest aerospace and defence companies, specialising in defence tech, solving complex challenges, advancing scientific discovery, and delivering innovative solutions.

KPI researchers complete SURE programme 2026

Yuliia Zloba and Yana Pliatsuk, PhD students at the Faculty of Automation, Industrial Engineering and Ecology of the Igor Sikorsky Kyiv Polytechnic Institute (KPI), have successfully completed Part 2 – Water, City and Resilient Environment – of the SUstainable Resources Engineering (SURE) International Summer Programme 2026, held in Lyon, France.

 

The programme brought together young researchers from different countries to tackle one of today’s most pressing real-world challenges — sustainable water resource management and the development of resilient cities.

 

In the course of the programme, its participants:

·        explored the impacts of climate change and urbanisation on water resources and freshwater scarcity;

·        studied modern European approaches to stormwater management and the development of green-blue infrastructure;

·        dived into advanced technologies for water treatment and water reuse;

·        worked in international teams on real-world engineering case studies.

 

At the conclusion of the programme, the Kyiv Polytechnic students offered their own resulting technical and environmental solutions aimed at improving the water resilience of urban areas.

 

Congratulations to the young researchers of Igor Sikorsky Kyiv Polytechnic Institute on successful completion of the programme, with best wishes for fruitful international projects in the future and new achievements in science.

Expanding partnerships with Pakistani HEIs

Recently, Kanwar Adnan Ahmed Khan (pictured right), Ambassador Extraordinary and Plenipotentiary of the Islamic Republic of Pakistan to Ukraine, visited the Igor Sikorsky Kyiv Polytechnic Institute to discuss prospects for expansion of partnerships with Pakistani universities.

 

Building on many years of educational cooperation and the successful training of Pakistani students, Rector Anatolii Melnychenko and Ambassador Kanwar Adnan Ahmed Khan discussed opportunities to expand partnerships between Kyiv Polytechnic and higher education institutions (HEIs) in Pakistan.

 

Particular emphasis was placed on the opportunities the university offers international students. There was a lot of discussion about dual-degree programmes with leading universities in France, Germany, and other countries, the international accreditation of academic programmes, university’s innovation ecosystem, and scholarship programmes implemented jointly with international companies, including partners from South Korea and Turkey.

 

The Pakistani party expressed strong interest in deepening cooperation with Igor Sikorsky Kyiv Polytechnic Institute, whose degree programmes are in great demand among Pakistani students. These include software engineering, aerospace engineering, applied mechanics, and other engineering disciplines.

 

The ambassador’s visit highlighted promising prospects for the further development of Ukrainian–Pakistani cooperation in higher education and the expansion of academic partnerships.

KPI expands partnership with Italy

Manlio Scalzilli (pictured second left), Founder and CEO of the Italian company Alphard, visited the Igor Sikorsky Kyiv Polytechnic Institute (KPI) to discuss new Erasmus+ programmes, study visits, internships, and joint international projects with the university administration.

 

In particular, the discussion centred on:

·        expanding Kyiv Polytechnic’s participation in international educational projects and Erasmus+ programmes;

·        affording more opportunities to students, lecturers, and university staff through internships, study visits, and professional growth;

·        developing new forms of partnerships with universities and educational institutions in Italy;

·        exchanging European experience in professional training, combining quality education with close collaboration with the business community;

·        undertaking joint international initiatives in the coming years.

 

The agreements achieved open up more opportunities for academic mobility, joint European projects, and the adoption of international best practices in the educational process at Igor Sikorsky Kyiv Polytechnic Institute.

 

It is worth noting too that since 2019, Alphard has been continuously operating in the field of international higher technical education, coordinating the academic mobility programmes with European educational institutions that enhance the potential of young people and a dialogue between the world of education and the world of work.

https://www.alphardeurope.com/en/chi-siamo

KPI representative attends UNESCO session

Held on 20 May 2026 under the theme “Futures of Research on Gender and Education,” a Zoom meeting brought together more than 300 UNESCO Chairs and participants, including a representative of the International Collaboration Department of the Igor Sikorsky Kyiv Polytechnic Institute, in a globally inclusive dialogue, organised jointly with UNESCO’s Section of Education for Inclusion and Gender Equality under the University Twinning and Networking Programme (UNITWIN).

 

In particular, its attendees explored the futures of research on gender and education – considering what kinds of evidence are needed, and how research could more effectively support equitable, inclusive and gender-transformative education systems in a rapidly changing world. This event featured two moderated panels followed by an open discussion on the futures of research on gender and education.

 

Key topics under discussion included measuring gender norms – research tools that capture attitudes, beliefs, social norms and internal dynamics beyond standard indicators; as well as digital tools and data, with particular attention to the responsible use of digital and AI methods to analyse participation, representation, and bias.

 

Justine Sass, Chief of UNESCO’s Section of Education for Inclusion and Gender Equality, pointed out important progress towards gender equality in education. “In many regions, women now outnumber men in terms of tertiary enrolments,” she said. “These advances have obviously been made possible by global commitments, including through the Sustainable Development Goals, SDG 4 and 5 on education and gender equality, which have helped to shape some of the policy priorities and to strengthen accountability across the education systems.”

 

According to Justine Sass, while quantitative data are obviously critical for tracking progress, they are often insufficient to explain why inequalities persist or how they are experienced in different contexts. Qualitative, participatory, and interdisciplinary approaches, including those that centre on youth voices and lived experiences, remain underused in policy-relevant research.

 

These problems are becoming even more pressing as education systems are transformed by digitalisation, particularly artificial intelligence, climate change, conflicts and wars. As a matter of fact, Russian drone and missile attacks, power outages, and parlous budgets have posed severe challenges to Ukrainian science and education. At the same time, gender-related social norms continue to impact not only access, but learning outcomes, subject choices, school safety, and transitions into employment.

 

Reflecting on the integration of digital technologies into education, Matthias Eck, Programme Specialist of UNESCO’s Section of Education for Inclusion and Gender Equality, emphasised an urgent need to continue examining how different education stakeholders perceive, question, and engage with the use of AI in education through a gender lens.

 

In closing, Keith Holmes, Research Coordinator/UNITWIN of UNESCO’s Future of Learning and Innovation Division, announced that two special sessions themed “Culture of Peace” would take place on 1 and 22 July 2026.

European SAWA space mission

Scientists from the Institute of Ionosphere at the National Technical University «Kharkiv Polytechnic Institute» have joined the team for the SAWA research mission, which is valued at approximately 12 million euros. SAWA will study space weather in low Earth orbit—the region where most modern satellites operate, including those that provide communications, navigation, and the Earth observation. The mission will be a key component of the future European space weather monitoring system, which is being developed as part of the European Space Agency’s Space Safety Program. The program’s main objective is to better understand the interactions between the magnetosphere, the ionosphere, and the upper layers of the Earth’s atmosphere. This will help improve the accuracy of forecasts for space phenomena that can affect the operation of satellite systems and critical ground-based infrastructure.

As part of the international space project SAWA (Small Mission for Space Weather Investigations of Magnetosphere–Ionosphere–Thermosphere Coupling), specialists from the Ionosphere Research Institute at the National Technical University «Kharkiv Polytechnic Institute» provided expert recommendations on current challenges in the study of near-Earth space and the forecasting of atmospheric parameters. Their findings helped justify the inclusion in the SAWA equipment of an instrument for measuring the concentration of atomic oxygen—one of the key components of the upper atmosphere that significantly affects the operation of spacecraft in low Earth orbits. The scientific results of the international SAWA team, led by the Space Research Center of the Polish Academy of Sciences, were recently published in the leading international journal «Acta Astronautica»—the official publication of the International Academy of Astronautics.

Scientists at the Institute of the Ionosphere at NTU «KhPI» explain that the state of near-Earth space and its variability—which is linked to solar activity (space weather)—directly affect the safety of critical space systems, in particular by causing satellites to decelerate. «Most people are used to thinking that there is «no air» in space,» says Dmytro Kotov, director of the Institute of Ionosphere at NTU «KhPI.» «And in a layman’s terms, that’s actually true. For example, at an altitude of 500 km, the number of atmospheric particles is hundreds of billions of times smaller than in the air we breathe. Intuitively, it seems that the deceleration of a satellite moving through such an extremely rarefied atmosphere should be very slight. But it all comes down to distance. It’s like gliding across an icy surface: you can pick up speed and travel quite a distance because friction is low, but you’ll still come to a stop. The same thing happens to spacecraft in the atmosphere. Just imagine the enormous distances they travel over the course of their space-faring lives. For example, a satellite in a circular orbit at an altitude of about 500 km (such as the Starlink satellites) completes 15 orbits around Earth in a day. The length of a single orbit is approximately 42,000 kilometers. That adds up to over half a million kilometers in a day! And in a month? And in a year? That’s why satellites experience significant deceleration and need to be periodically “raised” in orbit. And to do that, a satellite needs a fuel supply.»

The conclusion from this story is simple: a satellite’s lifespan depends on the rate of atmospheric drag, and the rate of atmospheric drag depends on the density of the atmosphere. «So, if we want to predict a satellite’s lifespan or calculate the fuel reserves it needs to operate for a certain period in a given orbit, we must have a long-term forecast of atmospheric density,» summarizes Dmytro Kotov. «But scientists have not yet been able to make accurate predictions.» Earlier, we reported on a stunning incident in which 38 Starlink satellites simultaneously fell out of orbit. Our research showed that at that time, the international standard atmospheric model provided an incorrect forecast even during calm space weather. And during solar storms, the situation is particularly complex.»

Researchers at the NTU «Kharkiv Polytechnic Institute» note that the safety of satellites in space today is one of the main challenges facing modern technology. «Without confidence in the security of satellites in space, there is no guarantee that space communications and navigation will function as intended when needed. No one needs to be told what this means in today’s world. Any country that seeks to ensure its own security and wants to protect itself from aggressive neighbors must stay one step ahead in space. That is precisely why key global players continue to actively invest in space weather research,» emphasizes Dmytro Kotov, director of the Institute of Ionosphere at NTU «KhPI.» According to him, one such large-scale, long-term initiative was the creation of the European Space Agency’s Space Safety Programme. Its goal is to establish a distributed sensor network for continuous monitoring of space weather. An important part of this European system will be the SAWA (Small Mission for Space Weather Investigations of Magnetosphere–Ionosphere–Thermosphere Coupling) satellite project. The nanosatellite, costing about 12 million euros, is scheduled to be launched into a circular Earth orbit at an altitude of approximately 550 km in early 2029.

SAWA will study the complex physical processes of interaction between the Earth’s magnetosphere, ionosphere, and thermosphere. The data obtained will help scientists better understand how near-Earth space is changing, improve space weather models, and enhance the reliability of satellite systems. «Colleagues from the Space Research Center of the Polish Academy of Sciences, the SAWA project coordinator, approached us for expert advice on current challenges in thermosphere research and forecasting,» says Dmytro Kotov. «We helped justify the inclusion of an atomic oxygen concentration meter—nicknamed ANDREW—in the SAWA research equipment. Atomic oxygen is the main component of the atmosphere at altitudes around 500 km, and thus the primary «brake» on satellites flying at these altitudes. But oxygen’s impact on space weather and satellite systems doesn’t stop there. We’re eagerly awaiting the SAWA data because we have ideas on how to derive something fundamentally new from it.»

Researchers at the Institute of the Ionosphere are open about their excitement at working with the SAWA team. «It is an honor for us to contribute to the development of European infrastructure for space weather monitoring,» notes Dmytro Kotov. «It is no less an honor to be co-authors of the SAWA team’s publication in the legendary journal «Acta Astronautica», the official publication of the International Academy of Astronautics, which was founded by Theodor von Kármán, the father of modern aerodynamics.» Acta Astronautica publishes approximately 600 scientific articles each year, of which only one or two are prepared with the participation of Ukrainian researchers. But that’s not the most important thing. Scientists like to say that their scientific findings deepen our understanding of the world we live in. And that’s true. But the results of the SAWA mission will do much more—they will help protect the world. The world of Ukraine. The world of our partners. The world of the future.».

Note:

SAWA (Small Mission for Space Weather Investigations of Magnetosphere–Ionosphere–Thermosphere Coupling) is a future satellite mission of the European Space Agency aimed at studying space weather and investigating magnetosphere–ionosphere–thermosphere interactions. The launch is scheduled for early 2029. The Space Research Center of the Polish Academy of Sciences is leading the SAWA project.

Acta Astronautica is the official journal of the International Academy of Astronautics, which publishes original works in the fields of fundamental engineering, biology, and social sciences, as well as technologies related to peaceful space research, its use for the benefit of humanity and the advancement of science, and the concepts, design, development, and operation of space-based and ground-based systems. It was founded even before the start of the space age (in 1955).

The International Academy of Astronautics is an international non-governmental organization that brings together leading scientists and engineers in the field of space research. It was founded in 1960 on the initiative of Theodore von Kármán.

The article was published: https://www.sciencedirect.com/science/article/pii/S0094576526003693