ECIU University’s achievements stand out in a European Commission report

At the end of January, The European Commission published a landmark report assessing the outcomes and potential of the European Universities Initiative. The report underscores the Initiative’s achievements, highlights its challenges, and sets a course for future policy and investment to ensure its continued success.

ECIU University stands out prominently in the report; it is referenced 97 times for its best practices and achievements. The findings affirm ECIU University’s pioneering role in shaping the future of European higher education.

The EC report highlights four key ECIU University success stories, each presented as a best practice model. Digital Platform and XR Campus are labelled models for shared digital resources and virtual learning spaces, micro-credentials journey is set a s leading example of innovative education and mobility opportunities.

ECIU University’s gender equality and diversity strategy is recognised for its significant societal and economic impact. Challenges and local partnerships are identified as a driving force in regional collaboration and problem-solving in the report.

Unrivalled ECIU University’s leadership in micro-credentials

“We are immensely proud that ECIU University is leading the way in the development of micro-credentials, setting new standards in joint educational provision and student mobility. This recognition confirms our and other ECIU partners’ unwavering commitment to excellence and our key role in the development of European higher education,” says Eugenijus Valatka, the Rector at Kaunas University of Technology in Lithuania, and a member of the ECIU University Presidium.

Kaunas University of Technology (KTU), an active member of ECIU University, contributes significantly to the development of flexible learning pathways, micro-credentials, and collaborative research efforts aimed at addressing critical societal and industrial challenges. All these ECIU University achievements were positively mentioned throughout the European Commission’s Report.

ECIU University is responsible for an outstanding 82 per cent of all short courses leading to micro-credentials developed by the 39 alliances included in the study. Out of the 431 short courses launched by alliances as of October 2023, ECIU University contributed 355 courses, setting a benchmark for innovation in joint education provision and mobility.

Flexible education suits the needs of today’s learners

According to Kristina Ukvalbergienė, KTU’s Vice-Rector for Education, the ECIU University’s teaching and learning model is characterised by its flexibility and challenge-based approach. Students can create a flexible learning path, choosing the challenges and micro-modules that best suit their career goals and personal needs.

As part of ECIU University, KTU provides students with opportunities to engage in innovative, cross-border collaboration, working alongside international peers and stakeholders to tackle real-world issues.

“International interdisciplinary student teams work on challenges posed by business, public sector and non-governmental organisations, thus developing critical thinking, creativity and the ability to apply knowledge in practice. This learning model helps the students prepare for the global job market and an ever-changing professional world,” says Ukvalbergienė.

Through the issuance of e-sealed micro-credentials, ECIU university enhances learning flexibility and promotes lifelong education.

With 12 full partners, ECIU University is one of the two largest alliances in the European Universities Initiative. Additionally, it remains the only alliance that also operates as a university network, advocating for its partners beyond the initiative, including in Horizon Europe and Erasmus+ programs.

A call for continued policy and financial support

The report emphasises that 65 European University Alliances, representing over 570 higher education institutions from 35 countries, are playing a crucial role in strengthening European competitiveness. However, it also calls for sustained financial and policy support to allow alliances to achieve their ambitious goals.

According to KTU’s Vice-Rector for Education, The European University Alliances initiative is crucial for the European education system as it contributes to the creation of a unified European Higher Education Area, promotes the development and piloting of various innovative learning models, the sharing of good practices and the enhancement of quality.

It promotes academic mobility by enabling students and teachers to move more easily between different European institutions, thus increasing internationalisation and providing students with a broader intercultural and interdisciplinary education.

“Looking to the future, Europe’s education system needs to become more flexible, more inclusive and more prepared for the challenges of the future, while at the same time ensuring high quality education,” emphasises Ukvalbergienė.

In the report, key recommendations include long-term funding strategies (securing comprehensive funding through Erasmus+ and other EU programmes), and strengthening transnational cooperation. The European Commission continues to work on a Blueprint for a European Degree and quality assurance mechanisms and calls for all member states’ involvement in the process.

The European Commission’s report is a crucial step in ensuring the European Universities Initiative continues to drive educational transformation across Europe. For ECIU University, these findings reaffirm its leadership role and commitment to innovative, challenge-based education.

The Baltic countries move towards a more sustainable future: signing the Circular Economy Agreement

On 18 November 2024, Kaunas University of Technology (KTU) and other Baltic circular economy leaders signed a Memorandum of Understanding (MOU) at the Nordic Circular Economy Summit in Helsinki, launching a Baltic Circular Economy Network to advance the region’s circular economy transition.

This strategic cooperation not only contributes to solving local and regional environmental challenges, but also positions the Baltic and Nordic countries as global leaders for a more sustainable future.

“All success stories start with a change of mindset and innovation, but this requires the right incentives and regulatory solutions. Companies transforming traditional business models into circular ones need to be confident that the external context of the business environment will be favourable and create opportunities for value creation in the long
term,” said Edita Gimžauskienė, Vice-Rector of Strategic Partnerships at KTU.

The MOU was signed between stakeholders in the Baltic and Nordic regions. The Memorandum’s main objective is to promote the development of a circular economy in the Nordic region. This includes close cooperation with the existing Nordic Circular Hotspot (NCH) and creating a new Baltic Circular Hotspot (BCH). The BCH focuses on fostering
circularity growth in the Baltic States, both for individual countries’ progress and to strengthen regional cooperation.

Gimžauskienė emphasised that being a member of the NCH gives KTU a unique opportunity to a significantly impact on the development of the circular economy in the Nordic and Baltic region.

Lithuania – a leader in sustainable development

Today, countries and businesses are faced with the need to ensure that their operations are not only environmentally friendly but also sustainable in the long term. The growing demand for resources, their increasing cost and environmental challenges underline the urgent need for circular economy solutions.

This includes resource efficiency, waste reduction and the development of circular business models. In addition, strengthening cooperation between countries, businesses and scientific institutions can help accelerate the implementation of the Sustainability Goals and the dissemination of innovative solutions at regional and global level.

Director of KTU Environmental Engineering Institute (APINI) prof. Žaneta Stasiškienė emphasised that the signing of the MOU is an essential step to ensure Lithuania’s industrial and academic leadership in the field of circular economy.

For Lithuanian industry, she said, this cooperation represents a commitment to fostering innovation, increasing resource efficiency and opening up opportunities for sustainable economic growth, in line with the European Green Deal and global sustainability goals. It also gives companies access to a regional knowledge network, partnership and financing
opportunities, boosts competitiveness and enables the implementation of cutting-edge circular economy solutions.

“KTU’s signing of the memorandum reinforces the University’s role as a centre for sustainability research and education, promoting interdisciplinary collaboration, student engagement and the development of innovative, transformative technologies. This initiative also contributes to strengthening Lithuania’s position as a leader in sustainable development and contributes to the creation of a climate resilient country,” noted Stasiškienė.

Uniting the Baltic countries for a sustainable future

Dr Inga Gurauskienė, Associate Professor at KTU APINI, says that the Baltic Circular Hotspot (BCH) will be based on the Nordic Circular Hotspot (NCH) model, which has been successfully operating for five years as a centre for collaboration, implementation and value creation in the circular economy.

“KTU, as one of the co-founders of BCH, will have the opportunity to bring together researchers and departments working in the field of circular economy. The aim is to ensure that the circular transformation is based on research and cutting-edge innovative solutions,” she said.

According to Gurauskienė, BCH plans to expand the circle of partners to include organisations from Lithuania and other Baltic States. The aim is to create a dynamic space for raising topical issues, conducting joint research, sharing best practices and creating circular innovations with the potential to expand beyond national borders.

“The circular economy is the future direction – there is simply no alternative. It is important to learn from each other, share experiences and work together to create ambitious plans. BCH was founded for this very purpose – to become a regional hub for researchers and organisations – and it is very important for both us and our partners,” said Erik Puura, Vice-Rector for Entrepreneurship at Tallinn University of Technology (TalTech).

A joint effort to bring Baltic countries to a Nordic level

Allan Niidu, Head of TalTech’s Circular Economy Core Lab, highlighted the urgent need for sustainable resource management. “We are facing an existential question: how can we use the planet’s limited resources in a way that allows humanity to thrive sustainably? The circular economy is essential because it allows for a more conscious and efficient use of
resources, while promoting innovative and effective solutions,” he said.

Niidu emphasised that the BCH symbolises a joint effort to bring the Baltic countries closer to the Nordic level. This is being done by creating a platform to foster innovation and circular economy solutions that will help address common environmental challenges.

BCH is a cooperation platform in the context of the New Nordics. Its main objective is to strengthen Baltic-Nordic cooperation in the circular economy.

BCH’s mission is to raise awareness of the opportunities of the circular economy, to disseminate relevant information across the sector, to initiate meaningful projects among partners and to contribute to policy-making and legislation based on Nordic best practices. BCH is an integral part of NCH.

The initiative is supported by key public and private sector players in the Baltic and Nordic countries, including the Latvian Corporate Social Responsibility Platform (CSR Latvia), the Estonian Responsible Business Forum (CSR Estonia), Riga Technical University, Kaunas University of Technology, Tallinn University of Technology, BA School of Business and Finance, the Nordic Circular Economy Network, Natural State AS, AS CleanR Grupa and Rimi Baltic.

KTU chemists join the prestigious NATO DIANA network

Kaunas University of Technology Faculty of Chemical Technology (KTU CTF) has joined the NATO Defence Technology Accelerator DIANA Test Centre Network. This prestigious partnership allows KTU researchers to test and develop critical defence and security technologies essential for NATO.

The Defence Innovation Accelerator for the North Atlantic (DIANA) embodies NATO’s commitment to fostering the development of cutting-edge defence and security technologies. By promoting collaboration among researchers, startups, businesses, and the manufacturing sector, DIANA strengthens the Alliance’s defence and security capabilities.

Advancing dual-purpose technologies

Through the DIANA Accelerator, NATO focuses on developing dual-use technologies beneficial for both military and civilian applications. These technologies are crucial for addressing various challenges, such as mitigating the humanitarian impacts of the climate crisis, ensuring food security, and advancing data communications and surveillance systems.

“Our Faculty conducts a wide range of research in chemistry, chemical engineering, environmental engineering, and materials engineering. This broad scope gives us a strong foundation to support both defence and civilian applications,” emphasises Vaida Kitrytė-Syrpa, the Dean of KTU Faculty of Chemical Technology.

Current research areas with significant potential include advanced materials, nanotechnology, biotechnology, environmental, and food safety research.

Mindaugas Bulota, the Head of the KTU National Innovation and Entrepreneurship Centre (KTU NIEC), highlights the University’s extensive experience in developing dual-use and defence technologies: “Joining NATO’s DIANA network not only underscores our efforts but also opens up more international opportunities for our researchers.”

KTU has pioneered initiatives like defence-themed hackathons since 2019, bringing together enthusiasts from diverse ecosystems to innovate collaboratively.

As part of the DIANA network of over 200 technology and testing centres across NATO, KTU researchers will now have enhanced opportunities for international collaboration with academic and business partners.

Contributing to NATO’s Security Goals

“With the signing of the cooperation agreement, the Faculty of Chemical Technology has become an official NATO DIANA Network Test Centre. This enables us to offer our advanced analytical research base and technology development services within a broader ecosystem,” says Tadas Prasauskas, the Faculty’s Vice-Dean for Research.

This partnership aligns with the school’s long-term goals of sharing expertise and developing competencies in chemistry, chemical engineering, environmental engineering, and materials engineering. The aim is to ensure practical applications of research that meet current and future defence needs.

A significant objective of NATO DIANA is to commercialise advanced technologies, ensuring that innovative solutions reach both the market and NATO forces.

Highlighting the importance of R&D opportunities, Dean Kitrytė-Syrpa notes that KTU scientists’ contributions to the DIANA network will bolster both national and European security: “Joining the NATO DIANA Test Centre Network will expand our international cooperation, provide new funding opportunities, and increase the impact of our research at both the national and European levels.”

Vice-Dean Prasauskas adds, “With successful collaboration, KTU CTF will encourage its researchers to participate in DIANA-related projects, ensuring a significant contribution to NATO’s defence innovation objectives.”

By becoming a part of the NATO DIANA network, KTU solidifies its role as a leader in developing innovative solutions that enhance the security and stability of the Alliance.

Students created the ECIU University Student Council model

At the beginning of April this year, student representatives from ECIU member universities met at the Hamburg University of Technology (TUHH) to develop a model for an ECIU University Student Council. Students from all the 13 ECIU member universities in Europe and Mexico attended the meeting. Kaunas University of Technology (KTU) was represented by Osvaldas Žilinskas, studying bachelor’s in Informatics Engineering.

“We gathered in Hamburg to discuss and lay the foundations for the future ECIU University Student Council: what it should look like, who could be elected, what it should be responsible for and what it should do,” says Žilinskas.

Student Council will represent the needs of students

Since 2019, KTU has been developing the ECIU University with partnering higher education institutions. Students are a large part of this organisation, and to represent them as effectively as possible, there was a need for ECIU University to have a team representing the students. The meeting at Hamburg University of Technology was dedicated to creating a model for the ECIU University Student Council.

“During the first day of the discussion, we were getting to know the student representatives of each ECIU member university, and their specificities, to discuss how different universities involve their students in the activities of the ECIU University, what is and should be the role of the ECIU student ambassadors in the overall context of the ECIU University,” says Osvaldas.

The second day of the meeting was dedicated to combining and adapting the vision outlined by representatives of different universities, to build a solid foundation for the ECIU Student Council.

“We discussed many things – from how and when student representatives should be elected in local student unions to the role of student representatives and student ambassadors in the ECIU University,” says a KTU student, who took part in the discussion.

In addition, the students elaborated on the role of the Student Council in the governance and development of the ECIU University itself, what the Council should look like, and who could be elected to it. According to Osvaldas, the meeting went well, and in a short time, the students managed to discuss many different subjects.

“We decided that the ECIU Student Council should represent the needs of ECIU students and researchers, initiate change and actively monitor all activities of the ECIU University, involve student ambassadors in working groups and of course build a strong, cohesive and community-based ECIU University,” says KTU student of the Faculty of Informatics.

The discussion will continue, as several more meetings are planned in the coming months. A physical meeting in October 2024 is planned for the finalisation of ideas and documents.

Getting to know European universities

For KTU second year informatics engineering student, the trip offered many memorable moments. After returning from Hamburg, he said that the best way to describe the whole experience was the feeling that after two days of interaction with students from other universities, it seemed that they had known each other for several years.

“I strongly recommend everyone to take part in the ECIU University activities, as they allow you not only to broaden your knowledge but also to get to know very different people and cultures, thus help breaking stereotypes,” says Žilinskas.

Most of all, Osvaldas was impressed by internationality, cultural differences and, above all, the friendliness of the TUHH community.

In his free time, the KTU student had the opportunity to get to know Hamburg better.

He says that the city is very unique and different as it is made up of four different boroughs.

“The most charming district of Hamburg is the one where TUHH is located. The old, cosy and self-contained houses, the narrow streets and the long, curved lanterns give the streets a German atmosphere,” says the student, who represented KTU at the ECIU University students’ meeting.

Osvaldas also had the opportunity to discuss what it is like to study at different ECIU member universities.

“KTU allows you to study micro-modules and get ECTS credits for it, which are included in the total basket of credits. Also, KTU has an ECIU mobility programme, which is not available at other universities,” says Osvaldas, convinced that KTU students get the most of ECIU University membership.

KTU opens PhD in mathematics, joint degree with two top-class universities

The contemporary world is made of ever-growing, often interconnected data. Managing it needs expertise, based on fundamental and applied knowledge in mathematics. The experts agree that international collaboration is the key to educating professionals for high-value-added industries.

With such an agenda in mind, Kaunas University of Technology in Lithuania, Charles University in Prague, Czechia and the University of Göttingen in Germany have established a joint PhD programme in mathematics.

There is a clear shortage of highly qualified mathematicians across the EU, especially in applied mathematics. Thanks to international cooperation, the new PhD programme will effectively achieve the high level of quality demanded today by both businesses and academia.

One of the universities that makes up this PhD programme in mathematics is the University of Göttingen, one of the oldest and most prestigious in Germany.

“47 of the Nobel Prize winners in science are in one way or another connected to the city of Göttingen. Knowing the deep tradition of mathematical science at the University of Göttingen, we will now be able to offer a very high level of doctoral studies in mathematics in Kaunas. This PhD is important not only for KTU but also for the entire Lithuanian scientific community, as it promotes research in new areas of mathematics, educates highly qualified specialists and contributes to the country’s image in the world of science,” says Kęstutis Baltakys, KTU Vice-Rector for Research.

International PhD degree – more attractive to employers

Prof. Miloš Kopa, a mathematician and professor at Charles University in Prague, says that although Charles University is much larger than KTU, the same cosy academic spirit is characteristic of both.

“I am incredibly pleased to have been able to contribute to the joint PhD programme in mathematics,” said Prof. Kopa, adding that there are numerous benefits of studying in an international PhD programme.

Firstly, according to him, three universities together could offer a much wider range of courses, conferences, projects, and all kinds of cooperation than a single university. Secondly, for those students who are planning their future careers at a university or research institute, experiences at other universities are very valuable.

“Students can learn how to do research differently and perhaps better. They can establish research collaborations that will help them improve their academic careers. Moreover, students who move into business and industry will find that they are more attractive to employers, especially large international companies,” says Prof. Kopa.

The job market is thirsty for highly qualified mathematicians

According to Prof. Bronė Narkevičienė, the Dean of KTU Faculty of Mathematics and Natural Sciences, the shortage of highly qualified mathematicians, especially in applied mathematics, is evident throughout the EU.

“Every year, companies turn to our researchers for a variety of mathematical solutions, as the application of mathematical methods can help optimise business and production processes, solve problems in medical diagnostics and drug research, optimize organization processes and many other areas,” says Prof. Narkevičienė.

The Dean emphasises the importance of the annual “Workshop of Mathematical Solutions in Business and Industry” where the scientists of the KTU Faculty of Mathematics and Natural Sciences work on business cases.

She believes that the progress and economic success of any country depends on the quality education of its people, as well as on the ability of professionals to effectively apply their knowledge and unleash their talents.

“The need for highly skilled mathematics professionals in the job market is obvious. However, training such experts requires a high-quality, long-term PhD programme. We believe that international cooperation will enable the new programme to quickly reach the top level of quality demanded by both companies and academic institutions,” says Prof. Narkevičienė.

The new programme covers both applied and fundamental research

The Dean of KTU Faculty of Mathematics and Natural Sciences is convinced that mathematics opens the doors to successful careers as there is no field in the world where it is not applied. She believes that ample opportunities wait for highly qualified professionals and independent researchers who can choose a post-doctoral researcher’s path or seek a career in business and industry.

“Studying at three universities will provide the opportunity to receive a high quality and broad-spectrum education, learning and growing alongside world-renowned scientists,” says Prof. Narkevičienė.

The new programme will cover both fundamental and applied mathematical research in areas such as differential equations, financial mathematics, mathematical modelling of biomedical systems, and mathematical theory of operations and its applications. Therefore, the students will have a wide choice for their research and thesis topic.

“Those students who are thinking about careers in banking, medicine or defence may be inclined to choose applied topics. However, this doesn’t imply that fundamental research in mathematics lacks significance. I believe it will soon find applications in business which has been adopting modern technologies very rapidly. In addition, theoretical topics could be more attractive to students thinking about an academic career,” says The Dean of the KTU Faculty of Mathematics and Natural Sciences.

Joint research projects already ongoing

Prof. Kopa is convinced that the future students of the joint PhD programme will find the opportunity to travel across three campuses while studying, fascinating.

“I think that a temporary move to another country or university is beneficial. It helps to make new contacts, to participate in joint research projects, to feel the pulse of other colleagues from the visiting countries,” says Charles University in Prague mathematics professor.

He notes that there is an Erasmus agreement between KTU and Charles University in Prague in place, which should help to enhance student mobility between the two institutions.

The Czech professor says he always feels very welcome at KTU and enjoys its friendly atmosphere. With his KTU colleagues Dr Audrius Kabašinskas and Dr Kristina Šutienė, Prof. Kopa has published several research papers in recent years and more are coming.

“We are interested in financial mathematics, especially pension system analysis. As far as the pension system is concerned, Lithuania has a much more developed second pension pillar than the Czech Republic and other Central/Eastern European countries, that is why I like to analyse funds in Lithuania and other Baltic countries,” explains Prof. Kopa.

Since in Lithuania, the 2nd pension pillar was established more than 15 years ago, an analysis can draw upon not only theoretical concepts but also real data. The project is funded by the Research Council of Lithuania.

“I also enjoy lecturing to KTU undergraduates and postgraduates. While students may sometimes be shy, they are always interested in new topics,” says Prof. Kopa, who wishes the best of luck to the new PhD programme in mathematics, organised together by KTU, Charles University in Prague and The University of Göttingen in Germany.

Higher education experts: Universities will not disappear, but will have to change

A third-year student Zoe, rushing from the university to work, dreams about the possibility of watching lectures as if they were an internet TV show – whenever and wherever she wants. John, who has been wanting to change his job for a couple of years now, is checking university curricula – while he has a lot of skills and knowledge, but no degree certificate to prove it. Camilla, who wants to improve her public speaking skills, compares the cost of online courses at Cambridge and Harvard.

Although the people described above are fictional, the situations they experience can be real. A Eurostudent survey in 25 European countries revealed that more than half of students work while studying. A 2021 World Economic Forum report claims that by 2025, almost half of the world’s workforce will need to retrain or acquire new competencies.

In the past, university was one of the stops on the way to a career. Today, the function of higher education institutions is changing, adapting to the needs of learners. Lifelong learning, retraining, and flexible learning pathways open up new opportunities for all stakeholders.

“Flexibility means, first and foremost, that the learner has the opportunity to develop exactly those competencies they need at that time, and that they can do this at the convenient time, place and pace. This includes many things, but also the possibility to integrate the learning process into one’s lifestyle,” says Kristina Ukvalbergienė, Vice-Rector for Studies at Kaunas University of Technology (KTU).

Today, learning transcends the countries’ boundaries and the supply of high-quality content is driving the need for universities to strengthen collaborations, form alliances and offer international and interdisciplinary learning experiences.

Flexible studies – only on-demand and online?

According to Professor Euan Lindsay of Aalborg University in Denmark, today’s studies need to be designed to fit in with learners’ lifestyles. Nowadays, students can find any content (films, podcasts, videos) on-demand and online as soon as they need it. Naturally, they want to access study material when it is convenient for them, but not necessarily at the same time as a scheduled lecture. According to the expert, this change is inevitable and higher education institutions will have to adapt.

“A hundred years ago, the horse was the main means of transport. Although you can buy a horse and travel on it, it is far from the norm today. Once we see the advantages of making learning material available on demand and online, the higher education system will simply adapt,” says Lindsay, professor at the Aalborg University Centre for Problem-Based Learning in Engineering Science and Sustainability.

He says that while it used to be the norm that lectures at the university were only live, this perception is changing. Part of the change has been triggered by the coronavirus pandemic, which has opened the way to various forms of distance learning. Today, lectures can not only be remote, but also recorded, and can be listened to on the move, pausing and replaying important moments. In addition, there is a wide range of material available on a given topic.

“We establish relationships in person, but we can maintain them online. Online seminar is not a good approach for role modelling professional practice. However, if the purpose of the lecture is to introduce a new theory or concept, the students can go through the material at their own speed and time. A live meeting can be used to discuss points that were unclear or to carry out practical exercises to apply the theory,” says Lindsay.

The internet is already full of material on a wide range of topics, presented by talented speakers. Problem-based learning expert Lindsay believes that the presentations of theoretical material may eventually be taken over by major textbook publishers. Universities will continue to be the forge of competencies, but they will have to become more flexible and adapt to change.

When we look at cathedrals, we don’t think of bricks

According to Ukvalbergienė, the Vice-Rector for Studies at KTU, a flexible learning pathway is a learner-centred learning model that allows each individual to choose a personalised learning process, regardless of the competencies previously acquired. At each stage of learning, different learning choices are offered to the learner, according to their needs, interests and competencies required. Learning takes place in small chunks, constructing a flexible learning pathway from challenges and micro-modules.

Although KTU students can already choose to include additional competencies in their individual learning plan, by 2025, KTU plans to offer its students the option of flexible learning pathways.

“It is up to the student to choose the competencies they want to develop, and to chart their own learning path. Competences can be developed horizontally, that is, broadly, or vertically, by delving into a specific area. In the case of KTU, flexible learning pathways are also closely linked to a challenge-based methodology, where students, lecturers and external partners work together to solve real-world challenges,” says Ukvalbergienė.

Lindsay, who gave a presentation at the Study Quality Day, an annual event organised by KTU, says that one of the changes that universities need to introduce to adapt to the modern market is the unbundling of study programmes. That is, the study programmes should be designed with the outcome in mind – what do we want our graduates to be able to do after they graduate?

“When we look at cathedrals, we don’t think about the individual bricks that were used to build them. So, if we want our students to learn how to build cathedrals, we need to think about the competencies they need. How we teach them thermodynamics or mathematics, how we test their knowledge – these are just details,” says Lindsay.

What is the added value of university studies?

Today’s learners come from different walks of life. Among them are those who have previous work experience, those returning to higher education after a break from studies, and those pursuing new career goals that require further education.

According to the World Economic Forum’s Future Jobs Report, 44% of workers will need to update their skills portfolio by 2027 as technology is evolving at an extremely fast pace. However, cognitive and personal skills such as analytical, creative, systemic thinking, curiosity, resilience and agility are among those that will be particularly in demand.

According to the KTU Vice-Rector for Studies Ukvalbergienė, the university offers a comprehensive environment for intensive learning and, in addition to the skills required for the specialisation, the ability to work in interdisciplinary, international teams, collaborate, think strategically, manage time, and other skills are being developed. The University is a place where information is concentrated and easily accessible, where experimentation in various laboratories is possible, and where knowledge is conveyed by teachers who have the experience and skills to develop the competencies of the learners.

However, from her point of view, the university is not the only actor in the education system. Some retraining programmes require high speed or very narrow specialisation and this niche can be filled by other organisations.

“A university is part of an ecosystem. Working together with the city, the region, and business, we share a common goal – to educate responsible and value-added members of society. All these aspects add value to university education,” says Ukvalbergienė.

The future university is akin to a travel agency

The need for a qualification or a degree can arise at any stage of your career. For example, qualifications may be needed to apply for a promotion or a licence, and there is evidence suggesting that higher education is associated with higher income. However, people who are already working have knowledge and skills and may feel that they have a good understanding of some subjects in their studies despite lacking a degree certificate which proves that.

“I remember one student who took long drives to get to campus to do compulsory laboratory classes on a piece of surveying equipment. He was really surly and when I asked what’s the problem, he said repairing this equipment was his day job,” says Lindsay.

He believes that universities need flexibility in similar situations. Lindsay jokingly compares universities of the future to travel agencies: if you want to travel, you can book your own plane tickets, hotel and leisure programme. But you can also ask a travel agent to do the same – they can take care of the whole trip or just certain aspects of it as required.

“Universities that are better suited to the current situation are those that say: if you start your studies already knowing half of it, we won’t teach you that. Instead, we’ll certify it and teach you the rest,” says Lindsay.

Ukvalbergienė, KTU Vice-Rector for Studies, says that KTU has been certifying the competencies acquired informally or spontaneously for more than ten years.

“For example, if you think you have a certain competence, say in project management, the university can test your skills and formally recognise it. Formally recognised competencies can be certified as outcomes of a university study programme or a module, which do not require retaking,” explains Ukvalbergienė.

Today’s graduates will remain in the job market for the next 50 years

Lifelong learning is gaining momentum, not only because it is being promoted by various national and international programmes, but also because society is demanding it. The world is changing, people are living longer, technology is advancing faster and the need to update knowledge is becoming essential.

“Today’s university graduates may live up to 90 or 100; it is likely that they will be working by the time they reach 70. Do you think they won’t need to update their knowledge in the next 50 years? I certainly wouldn’t want to base my current practice on what I would have learnt in the 1970s,” says Lindsay.

Lindsay and Ukvalbergienė, who have been teaching for about 20 years, agree that students today care about the purpose of what they’re learning much more than before.

“I used to think that current students were interested in changing the world, but I changed my mind on that. I think they are more interested in changing the world around them. This is a very different kind of leadership: not the noisy setting of grandiose goals, but the pursuit of individual change for the city, for the community,” says Lindsay.

According to Ukvalbergienė, current students are much more socially responsible and want to see the real value in what they study. Challenge-based learning, cooperation with social partners and exposure to the real working environment play a key role in this.

While qualities such as curiosity, creative thinking and problem-solving may be common across generations, there is one skill in which today’s students may be outperforming their teachers: they are much more tech-savvy.

“Already some years ago, the world passed a tipping point where younger people were outpacing older people in technological skills. This turns the whole logic of learning on its head and universities have to adapt to it,” says Ukvalbergienė.

However, experts agree that the democratisation of the learning process – where the lecturer is no longer the only person who knows best – is essential to meet the needs of today’s learners. Students are themselves very diverse, and from the university they expect flexibility in adapting to their individual lifestyles.