Advancing sustainable funding for higher education

Andrii Shysholin, Vice-Rector for International Relations, (pictured left) represented the Igor Sikorsky Kyiv Polytechnic Institute at the meeting of CESAER’s Task Force Sustainable Funding, hosted by the Warsaw University of Technology (WUT) on March 26-27.

It is with great enthusiasm that he contributed to activities of this international association of leading specialised and comprehensive universities with a strong science and technology profile. Engaging in meaningful discussions about securing sustainable funding for higher education, and innovative financial strategies for universities is crucial to ensuring higher education’s resilience and global competitiveness.

Kyiv Polytechnic is committed to enhancing international collaboration, optimising funding mechanisms, and driving impactful projects. The insightful discussions at the meeting will undoubtedly strengthen university’s strategic international initiatives.

Special thanks are due to the CESAER team and WUT hosts for their warm hospitality and excellent organisation. The Kyiv Polytechnic’s International Collaboration Department eagerly anticipates further dialogue and the formation of new partnerships.

During his time in Poland, Andrii Shysholin also met with Ukrainian students studying at Polish universities, who have undertaken the “European Ukraine” initiative. This organisation works flat out to support, unite, and facilitate the social integration of Ukrainian students in Poland.

This meeting addressed key challenges faced by Ukrainian students abroad, including adaptation to the academic environment, career opportunities, preserving national identity, and fostering cooperation between universities in Ukraine and Poland. Participants in the meeting also outlined prospects for collaboration between “European Ukraine” and Kyiv Polytechnic’s student organisations. The Vice-Rector strongly believes that joining efforts will improve communication, advance new joint initiatives, and expand opportunities for students both in Ukraine and abroad.

Igor Sikorsky Kyiv Polytechnic Institute remains open to cooperation and is committed to supporting initiatives that contribute to the international development of Ukrainian youth.

UiTM Kedah Branch Malaysia reignites intercultural spirit with virtual project with K.J. Somaiya College, Maharashtra, India

The three-month virtual intercultural project between the students of UiTM Kedah Branch, Malaysia, and K.J. Somaiya College, Maharashtra, India, was an initiative aimed at fostering cross-cultural understanding and collaboration. Through structured online interactions, students from both institutions had the opportunity to exchange knowledge, perspectives, and experiences in online webinars held from 17 October 2024 until 16 January 2025. The project was designed to enhance global awareness and communication skills while encouraging meaningful discussions on cultural diversity, education, and societal values. By leveraging digital platforms, participants could overcome geographical barriers and build connections that transcended national borders. This project was the second series of the Window to the Borderless World project, which was started in 2021, hence it was called Window to the Borderless World or WBW 2.0.

One of the key highlights of the project was the interactive learning experience that allowed students to engage in dialogue on various topics from both countries, including prominent figures, tourist spots, education systems, transportation, sports achievements, folktales, traditional games and famous buildings. Group discussions, presentations, and quizzes that were held enabled students to gain insights into each other’s cultural backgrounds. This exchange was instrumental in breaking stereotypes and promoting a deeper appreciation of cultural nuances.

Beyond cultural exchange, the project also facilitated the development of essential 21st-century skills such as critical thinking, teamwork, and digital literacy. Students were required to work in teams to complete their presentations, create multimedia presentations, and contribute to the gamification aspect of the project by having quiz sessions. This hands-on approach to learning encouraged adaptability and problem-solving, preparing participants for future global interactions in academic and professional settings. The use of technology, including video conferencing, social media, and learning management systems, played a crucial role in ensuring seamless communication and engagement.

The project culminated in a wonderful closing ceremony on 16 January 2025 with cultural and mode performances by participants from both institutions. In the closing ceremony speeches, Puan Syazliyati Ibrahim, the co-chair of the project from the Academy of Language Studies, UiTM Kedah Branch, Malaysia expressed that, “Window to the Borderless World 2.0 has brought new lessons and experiences to the students from both institutions. No matter how far the distance, they can close the gap by communicating and understanding one another. That’s how we can live peacefully.” Dr. Ravindra Jadhav, the co-chair from K.J Somaiya College, India said that “this program has not only helped to understand the cultures of the two countries but has also brought people closer together. On this occasion, I appeal on the global platform that war is not an option, but peace is the only option that can save the world.” The Head of the Academy of Language Studies, UiTM Kedah Branch, Malaysia, Encik Azlan Abdul Rahman shared that “Window to the Borderless World 2.0 is not only a medium to highlight the similarities and differences between the two worlds of India and Malaysia but also serves as a platform for sharing knowledge and talents among students from both countries.”

This project involved 130 Malaysia students from the classes taught by Puan Syazliyati Ibrahim, Puan Norlizawati Md. Tahir and Puan Asni Syahriza Abu Hassan who made up the team from UiTM Kedah Branch, Malaysia, and this team is also facilitated by Puan Zawani Badri as the graphic designer. From India, 109 students who were involved in the Student Mentoring Project under the supervision of Dr. Ravindra Jadhav were the ones who joined this WBW 2.0 project. Other lecturers from the Academy of Language Studies, UiTM Kedah Branch – Puan Robekhah Harun, Dr. Nur Syazwanie Mansor, Puan Sharifah Syakila Syed Shaharuddin, Puan Syakirah Mohammed, Encik Azlan Abdul Rahman and Puan Nor Aslah Adzmi, as well as the class lecturers and Puan Zawani Badri also joined as facilitators during the webinars. The lecturers from K.J Somaiya College who joined as webinar facilitators are Prof. Vijay Khandizod, Prof. Vijay Somase, Dr. Sanjay Argade, Prof. Urmila Hon and Ms. Nupur Autade as well as Dr. Ravindra Jadhav himself. What was more impressive was the closing ceremony was emceed superbly well only by the students from both institutions. They are Mr Faiz Aditia bin Mohd. Hanis and Nur-Itqan Khadijah binti Osny Shu-Harry from UiTM Kedah Branch as well as Miss Pratiksha Raktate and Miss Suchitra Ghadage from K.J Somaiya College.

The virtual intercultural project concluded with the students answering a questionnaire and reflections, allowing students to share their experiences and takeaways. Many participants expressed their gratitude for the opportunity to lea from their peers in another country and develop a broader worldview. The initiative successfully achieved its goal of fostering inte ational friendship, mutual respect, and cross-cultural understanding. Moving forward, similar projects can continue to bridge cultural gaps and create a more interconnected global community, emphasizing the importance of collaboration in an increasingly digital and multicultural world.

The Happiness Index

A decade or so ago, when Ira Bedzow was building his career in real estate, he could scarcely have imagined the path his career would have taken since then. Bedzow no longer works in the same industry, which is fairly normal, as the modern generation changes jobs more frequently than ever before. The most fascinating thing about Bedzow’s career change – he’s now working in a role that was barely conceivable even a decade ago.

Today, Bedzow is the Executive Director of the Purpose Project, part of the Student Flourishing initiative at Emory University in the US. The initiative helps students get the most out of their time at college by supporting them in four pillars: academic experience, community and wellbeing, purpose and meaning, and professional pathways. It’s an example of the new, modern approach to student wellbeing at universities: one that goes beyond surveys and towards a more complex, data-driven approach.

“The intention behind the Student Flourishing initiative was to reimagine university education [as a wider experience], as opposed to university education being simply giving students information in their classes,” Bedzow tells QS Insights Magazine. For instance, Emory’s community and wellbeing pillar isn’t just about providing mental and physical health services to students, he points out. “It’s also about social atomisation and alienation, and the effects they have on our health. Looking at it in terms of what health and wellness looks like as communities and not simply as individuals.”

The initiative starts from day zero of a student’s time at Emory. When they first set foot on campus, they will have the opportunity to attend a pre-orientation meeting with more senior students. In these meetings, students discuss their personal motivations for coming to Emory and what they’re hoping to get out of their degree beyond a piece of paper. This approach differs from the norm – students don’t go to a purpose class or attend a wellbeing workshop. Instead, the four pillars are integrated within existing curriculumand become part of each university programme.

Bedzow is responsible for the pillar of purpose and meaning, where he works with students to strategise on achieving things in life that are “meaningful to them and consequential for their world”. While it might sound intense for 18-year old undergrads, Bedzow argues that it’s absolutely necessary for the current generation of students. “It gives them the confidence and the contentment to pursue things that speak to who they are and who they want to be, with the empowerment that they know how to get there. Or at the very least, we’re helping to show them how they can get there.”

Yet one of the many challenges surrounding student wellbeing is that it can never take on a one-size-fits-all approach. What works for a first-year fine art student may not work for a 30-year old MBA student, who are at different points in their lives and careers. Universities are now starting to understand that. Life Design for the Modern MBA is a new course at Emory, which aims to help MBA students find a better work-life balance after they graduate.

”When you are graduating from your MBA program in the US, you are getting really close to having a family – if that’s the choice you’re making,” explains course leader Marina Cooley, who is also Assistant Professor in the Practice of Marketing. “So we have to prepare students a little more for what a good work-life balance looks like, and what different options are available to manage both family and career.”

Work-life balance isn’t the only consideration of the Life Design course, however. It also factors in the responsibilities that these students will have in their post-MBA career. “Everything about the curriculum is geared towards people that will be middle managers, almost immediately on hire,” Cooley explains. “They will have direct reports straight away, and they will be managing the Gen Z workforce, who have much different expectations of work-life balance. It means you have to learn how to motivate people to work the hours that they’re willing to work.”

It’s still early days as Student Flourishing was launched in 2021 and Life Design for the Modern MBA began in 2023, but the initial signs suggest these initiatives are working well. Cooley’s course is already oversubscribed, while Bedzow’s measures of success – student satisfaction, retention, contentment – are all on the rise. Emory was also recently ranked as the 7th happiest university in the country by The Princeton Review.

Wellbeing initiatives in higher education are not just limited to single university departments. The Happiness Business School is – as you can probably guess – an entire business school dedicated to happiness. Students at the Lisbon-based institution can learn how to implement an Organisational Happiness Plan, become an officially-certified Happiness Manager, or even study an entire MBA in Organisational Happiness. According to Executive Director Madalena Carey, the idea behind these courses is that they will have a knock-on effect on future generations of workers.

“When people are fulfilled, they perform better, innovate more and build stronger, more sustainable businesses,” she says. “When universities prioritise wellbeing, they don’t just create happier students: they create future leaders who demand the same from their workplaces.”

Although Carey, Cooley and Bedzow are approaching the topic from different angles, one issue binds them together: the difficulty in measuring happiness. Traditionally, schools might have just used surveys, where students are asked to rate their happiness out of 10. But such surveys only reflect their happiness at that given moment, and doesn’t really reflect its complex nature. “Happiness isn’t an end point – it’s a journey,” points out Carey.

Both Bedzow and Cooley admit that it may take several years to gather enough data to really measure the success of their programmes. And even then, there are so many metrics out there that it can be difficult to focus on the right ones. Many universities are therefore leaning on external companies to help them gather and analyse the right data.

Leo Hanna is the Executive Vice President UK of TechnologyOne, a firm which develops software solutions for large organisations such as universities. He says that many universities are still struggling to “connect the dots” when it comes to student wellbeing.

“When engagement data sits alone, early warning signs – like a drop in attendance or missed deadlines – can be overlooked,” he says. “But when schools take a proactive, data-driven approach, they can intervene early and take meaningful action.” He adds that this not only helps students feel supported, but can also improve retention rates and overall course satisfaction.

Being able to accurately measure happiness will be increasingly important for universities in the coming years. Students today are facing a unique cocktail of challenges – economic uncertainty, financial stress, digital overload – and growing drop-out rates across the globe suggest that universities aren’t dealing with them well enough.

Yet there’s more to it than that. This increased focus on happiness also reflects a generational shift in attitudes towards work and study. Whether or not universities can adapt to it will surely prove to be their biggest challenge. “Students today are so savvy about the kind of lives they want to live,” says Cooley. “And I think they’re looking at a lot of people in my millennial generation and Gen X and they’re like: whatever that is, I don’t want that. I want to build something different.”

Read more stories from QS Insights Magazine. 

AI-Powered Smart Innovation Platform Accelerates Preclinical Drug Development

The “Smart Innovation Platform for Preclinical Drug Development”, developed by Professor Shiow-Lin Pan’s research team at Taipei Medical University (TMU), leverages advanced AI technology to significantly reduce the time and costs for drug development.

The platform provides a faster, more accurate solution for developing inhibitors targeting severe illnesses such as cancer and neurodegenerative diseases, and integrates AI models to predict chemical compound characteristicsaccurately, enabling rapid identification of effective small molecule inhibitors. To date, the team has successfully developed nearly 30 inhibitors targeting different protein targets, reducing the average development cycle by 3 to 5 years compared to conventional methods.

Core advantages of the platform:

Interdisciplinary AI Model Development: An expert team in chemical synthesis, artificial intelligence, pharmacology, and toxicology collaborated to build and train the AI model. By combining insights from extensive R&D experience, the platform effectively addresses the challenges of designing new drug candidates that are synthesizable, patentable, and biologically active.

1.Novel and Feasible Drug Structures: The smart innovative platform develop a smart synthesis strategy, which ensures AI-designed drug structures have an 80% synthesis probability, 60% cellular efficacy (IC50 < 10 µM), reduced synthesis costs by 90%, and optimized with real-time validation data from the experimental team.

2.The platform’s advantages lie in its ability to rapidly generate novel chemical structures with higher prediction accuracy, which benefits patients worldwide by significantly shortening the time needed for drug development.

Professor Pan highlighted that the Smart Innovation Platform offers high-success-rate, easily synthesizable, rapid, and precise early-stage drug development services and high-potential early-stage drug products for small-molecule development needs. The platform has been adopted by multiple academic research units and biotechnology companies globally, attracting recognition from international pharmaceutical companies.

Looking ahead, TMU’s team aims to enhance the platform’s capabilities and expand collaborations with pharmaceutical industries in Taiwan and globally. By accelerating the drug development process , the team hopes to bring transformative treatments to patients worldwide.

New Discovery in Plant–Pest Warfare Could Lead to Sustainable Farming Solutions

Overuse of chemical pesticides has driven resistance in agricultural pests, including the adaptable two-spotted spider mite. Researchers from Japan have discovered novel elicitor proteins, Tet3 and Tet4, in mite saliva that could enhance sustainable pest control. They found that these proteins play a crucial role in modulating plant defense responses by acting as key players in the complex interactions between parasite and host, paving the way for new mite countermeasures.

As global food demand continues to increase, effective pest control remains one of agriculture’s most pressing challenges. Worldwide, farmers apply nearly 4 million tons of chemical pesticides annually to protect their crops, representing a $60 billion industry. While these compounds have significantly boosted agricultural productivity, their widespread use has raised concerns regarding environmental impact, health risks, and the long-term sustainability of modern farming.

The two-spotted spider mite, Tetranychus urticae, exemplifies the limitations of conventional pesticide-based pest management in agriculture and horticulture. These microscopic arachnids infest a wide range of crops and fruit trees and can reproduce extremely quickly. More importantly, unlike many other pests, they rapidly develop resistance to chemical pesticides, making control efforts increasingly challenging. With pesticide resistance on the rise, farmers worldwide are urgently seeking alternative, sustainable pest control strategies.

A research team led by Professor Gen-ichiro Arimura from the Department of Biological Science and Technology, Faculty of Advanced Engineering, Tokyo University of Science, Japan, closely examined the fine molecular interplay that occurs between T. urticae mites and their host plants. Their study was published online in The Plant Journal on March 4, 2025. The team focused on specific substances called elicitors, secreted by T. urticae, and examined their biological effects on various crops.

“An elicitor is a molecule that plants or pests possess that can enhance the defense response of plants,” explains Prof. Arimura. “In our previous research, we identified two tetranins, labeled Tet1 and Tet2, as elicitors in the salivary glands of two-spotted spider mites; these substances induce defense responses in the common bean and other commercially important crops.”

The research team investigated the effects of an additional 18 salivary gland proteins on the resistance of common bean leaves to T. urticae. According to this initial screening, they identified two new tetranins—Tet3 and Tet4—that appear to reduce the reproduction of spider mites on the plants.

After a series of experiments involving genetic engineering and advanced molecular and biochemical methods, the team uncovered the roles of Tet3 and Tet4 in the complex interactions between T. urticae and its host plants. Interestingly, they found that the expression of Tet3 and Tet4 varies greatly depending on which plant the mites fed on. Mites feeding on common beans, their preferred host, had significantly higher levels of Tet3 and Tet4 expression than those on cucumbers, a less preferred option.

Notably, plants exposed to mites with higher expression of Tet3 and Tet4 exhibited stronger defense responses, including increased calcium-ion influx, higher generation of reactive oxygen species, and elevated expression of a defensive gene named PR1. The individual application of Tet3 and Tet4 to plants had different effects on plant defense responses, highlighting the specificity of each elicitor’s role. “Taken together, our findings show that these tetranins respond to variable host cues that may optimize herbivore fitness by altering the anti-mite response of the host plant,” remarks Prof. Arimura.

The implications of these findings are twofold. First, understanding the molecular mechanisms that underlie interactions between organisms leads to a better understanding of evolution, ecosystems, and biodiversity. Elicitors such as tetranins act as crucial links in these complex systems, making their detailed study essential for uncovering broader biological insights. From an agricultural perspective, tetranins and similar elicitors offer potential for crop improvement, as insights into the elicitor-sensing system can aid in breeding more sensitive and resilient crops. “Elicitors may be useful as biostimulants that can increase the potential pest resistance of plants,” highlights Prof. Arimura. “The development of such organic farming techniques is extremely meaningful in today’s world, as the environmental and ecological impact of heavy pesticide use grows more severe. Hopefully, identifying elicitors secreted by pests and elucidating their functions will lead to unprecedented spider mite countermeasures.”

With continued research, this fascinating topic could contribute to more sustainable agriculture and enhanced food safety.

Thammasat & Toyota Present TTF Award for Outstanding Academic Work

Thammasat University, in collaboration with the Toyota Thailand Foundation, organized the award ceremony for the TTF AWARD for Outstanding Academic Work for the year 2023-2024. The ceremony was presided over by Professor Dr. Supasawad Chardchawarn, the Rector of Thammasat University, and Mr. Pramon Suteewong, the Chairman of the Toyota Thailand Foundation, at the JW Marriott Hotel in Bangkok.

Professor Dr. Supasawad Chardchawarn, the Rector of Thammasat University, revealed that this year marks the 30th anniversary of the collaboration between Thammasat University and the Toyota Thailand Foundation in accepting academic works for consideration for the Outstanding Academic Work Award, or TTF AWARD. This prestigious award aims to honor exceptional academic contributions in various fields and to support Thai scholars in creating innovative works that keep pace with the ever-changing times. Furthermore, it seeks to benefit Thai society through intellectual contributions that promote sustainable national development by leveraging these works to enhance education further.

Professor Dr. Supasawad stated that Thammasat University is currently moving towards becoming a Leading Comprehensive University for Future Societies, which embodies excellence across all disciplines. The university is capable of leveraging various resources, including knowledge, faculty, personnel, research and innovation, infrastructure, students, and successful alumni, to support problem-solving and serve as a refuge for society. A crucial tool in this endeavor is academic data and research, which will lead to the development of appropriate solutions tailored to specific issues. The collaboration with the Toyota Foundation of Thailand through the TTF AWARD this time represents a support for research that addresses both educational needs and the strengthening of Thailand.

Mr. Pramon Suteewong, Chairman of the Toyota Thailand Foundation, stated that one of the sustainable development goals of the Foundation is to drive society through education at all levels and to enhance the quality of life for youth, ensuring better living conditions. The four academic works awarded the TTF AWARD for the year 2023-2024 are deemed to address key issues and will be beneficial to the education sector as well as to the communities and society at large, through the generation of knowledge and new technological innovations aimed at solving problems and improving the quality of life for the populace.

The TTF AWARD is a collaboration between Thammasat University and the Toyota Thailand Foundation that was initiated in 1995. Its purpose is to promote a culture of learning within society, with the aim of supporting Thai scholars in creating new works and knowledge that benefit society. This initiative leads to the publication and dissemination of valuable knowledge for the public. The award recognizes outstanding academic works in four fields: 1. Humanities 2. Social Sciences 3. Health Sciences 4. Science, Technology, and Environmental Studies. In 2024, a total of 62 works were submitted for the competition.

The Hong Kong Academy for Performing Arts Appoints Professor Anna CY Chan as New Director

The Council of The Hong Kong Academy for Performing Arts (the Academy) announces the appointment of Professor Anna CY Chan as the new Director of the Academy with effect from 18 April 2025. Professor Chan is a leader with a combination of artistic excellence, extensive management experience and vast industry network. Having dedicated 35 years to advancing the performing arts and arts education, her leadership could be illustrated by her impact on the global performing arts landscape.

From 2014 to 2018, she was the inaugural Head of Dance at the Performing Arts at the West Kowloon Cultural District Authority. Since then, she has taken up the role as the Dean of the School of Dance of the Academy. Professor Chan received her professional dance training in Hong Kong, Australia and the UK and holds a Professional Dancer Diploma from the Royal Ballet School (London), an MA degree in Dance Studies from the University of Surrey and M.Ed degree from the University of Sheffield.

Mr. Charles Yang, Council Chairman of the Academy said: “On behalf of the Council, I am pleased to appoint Professor Anna CY Chan to serve as the next Academy Director. Anna is a dedicated educator as well as a well-respected professional in the performing arts industry, both locally and inte ationally. I am confident that with her extensive experience, network with the creative industries and strong commitment to serving the Academy community, she will lead the Academy to a new height with further advancements covering important aspects in performing arts education and arts and culture development for the region.”

Professor Chan expressed that, “I am deeply honoured to be entrusted with the opportunity to lead The Hong Kong Academy for Performing Arts at this significant moment in its history, as we celebrate its 40th Anniversary. I look forward to working closely with our Academy Council, stakeholders, colleagues, and students to build on this strong foundation. Positioned within the dynamic Greater Bay Area, we are uniquely placed to enrich the region’s arts and cultural landscape, leveraging our distinctive role to inspire creativity while further strengthening our global standing as a leading performing arts institution.”

Kyiv Polytechnic expands cooperation with Japanese partners

The Ukraine-Japan Center at Igor Sikorsky Kyiv Polytechnic Institute recently welcomed important partners – representatives from the Japan International Cooperation Agency (JICA), the PADECO development consulting firm, and the Ministry of Education and Science of Ukraine – to discuss the development of vocational education in Ukraine.

Remarkably, JICA and the Ministry of Education and Science have chosen Kyiv Polytechnic to undertake this vital initiative, paving the way for prospective projects that will potentially span educational, research, and cultural spheres, including:

– Organization of Japanese language courses tailored for technical fields, awarding partial educational qualifications upon completion;

– Upskilling of engineers, and traineeships for staff of vocational colleges in heat pump maintenance, supported by Panasonic’s material and technical resources;

– Short courses and certification programs on the fundamentals of entrepreneurship, business and management, combining the experience and expertise of Japanese colleagues and specialists at Kyiv Polytechnic’s Faculty of Management and Marketing;

– Introduction to the fundamentals of the tea ceremony and traditional Japanese cuisine, led by educators and partners of the Ukraine-Japan Center, including Chef Yoshihirio Fujiwara, a goodwill ambassador for the promotion of Japanese cuisine.

This collaboration signifies a meaningful step in bridging cultures, and equipping Ukraine’s workforce with invaluable expertise.

Professor of NTU «KhPI» works as visiting expert at University of Azerbaijan

Ihor Kononenko, Doctor of Technical Sciences, Professor of Project Management in Information Technology Department at NTU «KhPI», has been invited to cooperate with the Azerbaijan University of Architecture and Construction. The program includes two courses of lectures and a scientific seminar «Formalising the formation of the project team» dedicated to the role of information technology in project management. The period of Ihor Kononenko’s stay at the University of Azerbaijan as a visiting professor is one semester.

Ihor Kononenko, a leading expert at NTU «KhPI», is giving two lecture courses: «Project Management» and «Organizational Behavior». They are addressed to the students of the Project Management Department of the Azerbaijan University of Architecture and Construction (AUAC), who are studying under the MBA (Master of Business Administration) top management program.

On December 5, a seminar “Formalization of Project Team Formation” was held for professors, lecturers of the department and masters. The materials of the report were based on the joint scientific developments of Ihor Kononenko, Professor of Kharkiv Polytechnic, and his graduate student Hlib Sushka.

The seminar focused on the impact of project team composition on the final quality of the product. Professor Kononenko presented a mathematical model that optimizes the process of selecting potential candidates. He emphasized that traditional ways of forming a project team do not guarantee an effective result. The reason is the uncertainty of the initial data when assessing the professional competence of dozens or even hundreds of applicants. This is where mathematical models and information technology methods come in handy to identify the most useful project team members and form a harmonious group.

At the end of the seminar, the lecturer from Kharkiv Polytechnic demonstrated the work of a mathematical model in forming an IT project team and optimizing its composition. He also predicted how further research in this area could develop.

This is the second collaboration between Igor Kononenko, professor of NTU «KhPI», and AUAB as a invited expert. For the first time, he visited the university in the spring semester of 2024: he gave lectures, as well as conducted a business game with students called «Interview with a Candidate for a Vacant Position» and a scientific seminar «Models and Methods for Synthesizing an Approach to Project Management». Together with Azerbaijani colleagues, a scientific article «Solving the Problem of Ranking Project Team Candidates with Fuzzy Assessment of Competencies and Requirements» was published and indexed in Scopus.

Note:

Ihor Kononenko is a professor, Doctor of Technical Sciences, winner of the State Prize of Ukraine in Science and Technology. In 2000, he founded the first Ukrainian Department of Strategic Management (now the Department of Project Management in Information Technology) at NTU «KhPI», which he headed until 2020.

– List of other positions held by Ihor Kononenko:

National Expert of the United Nations Industrial Development Organization (UNIDO) in 1995-1996, Deputy Director for Research at the Institute of Machines and Systems of the Ministry of Industrial Policy and the National Academy of Sciences of Ukraine in 1993-2002, Vice President of the Union of Entrepreneurs of Kharkiv Region in 2011-2014.

– In business:

As a practicing scientist, Professor Kononenko has led the preparation of more than 50 investment projects. Including for the Ministry of Economy, the Ministry of Industrial Policy, the Ministry of Education and Science of Ukraine, Imprimatur Capital Ltd (UK) and other companies.

– Research and educational activities:

Ihor Kononenko’s academic achievements include more than 270 scientific papers and 8 books on information technology in forecasting, strategic and project management.

Professor of NTU «KhPI» Ihor Kononenko has extensive experience as a visiting expert abroad. He has lectured at WSB University in Opole and Lodz University of Technology (Poland), and worked as a researcher at the Western University of Timisoara (Romania).

UNAIR’s MOGGY team wins silver medal at Thailand Inventors’ Day 2025

In response to the global pursuit of sustainable energy solutions, students from Universitas Airlangga (UNAIR) have made a remarkable impression with their groundbreaking innovation. The MOGGY team, creators of the Microalgae Power Plant Biomass & Oxygen Production technology, secured a silver medal at Thailand Inventors’ Day 2025. Additionally, they received two distinguished accolades: a Special Prize from the Korea Invention Promotion Association (KIPA) and a special award for Best Presentation representing Indonesia.

MOGGY is an advanced system that leverages microalgae to sustainably produce electricity and oxygen. Designed to address the growing need for green energy solutions, this technology offers a promising alternative for the renewable energy sector.

“We seek to highlight the immense potential of microalgae in fostering environmental sustainability. This innovation could serve as a crucial step toward a more eco-friendly energy transition,” stated Andini Carolina, head of the UNAIR delegation.

The MOGGY team’s journey to the competition was fraught with challenges. From the preparation phase to the final presentation, they encountered various obstacles, including technical malfunctions during the final system trial and physical exhaustion due to the rigorous competition schedule.

“Each day, we had to walk considerable distances, take the BTS, and continue our journey to BITEC. Despite these difficulties, we remained committed to ensuring our innovation received the recognition it deserved,” Carolina explained.

One of the most unforgettable moments occurred when the team assumed the competition had concluded and was preparing to depart. Unexpectedly, the organizers approached their booth. “We were absolutely stunned when they announced that we had won additional awards from Invention Malaysia and Korea. It was a moment we will always cherish,” she added.

Beyond this achievement, the innovation has opened doors for further research and development. “We aspire for this innovation to evolve and be implemented on a larger scale. With the right advancements, we can develop more efficient and sustainable green energy solutions,” said Carolina.

The success of the MOGGY UNAIR team at Thailand Inventors’ Day 2025 further reaffirms that Indonesian students are capable of competing on a global stage with impactful innovations. “Never hesitate to innovate. The breakthroughs we create today could become the solutions the world needs in the future,” Carolina concluded.