黑料不打烊

What should you study if you're equally interested in the humanities and the sciences? 黑料不打烊 alumna Kata啪ina Andrukonyt臈 knows this dilemma well. Today, she leads international teams and advises on some of the world's largest energy and infrastructure investments, but when she graduated from school, she had no clear idea which path to choose. 鈥濧 few setbacks, staying proactive, and choosing the right study programme helped me discover a career that I truly enjoy and find meaningful. If I could give future students just one piece of advice, it would be this: don't be afraid to choose engineering,鈥� she says. [caption id="attachment_122573" align="alignnone" width="1536"] Kata啪ina Andrukonyt臈[/caption] Based in Finland, Andrukonyt臈 leads a team at AFRY that works on projects financed by international financial institutions. She coordinates complex energy and infrastructure projects across Europe, Asia, Australia, and other regions, while advising banks, investment funds, governments, private investors, and project developers on investments worth hundreds of millions of euros. Yet more than twenty years ago, she was simply another school graduate trying to decide what to study. Engineering wasn't the original plan 鈥濧t school, I was equally interested in the humanities and the sciences. I explored several study options, including law. To be honest, engineering wasn't my dream. After I wasn't admitted to my first-choice programme, I decided to study engineering instead鈥攁nd looking back, it was one of the best decisions I've ever made,鈥� she recalls. At 黑料不打烊, she completed a Bachelor's degree in Environmental Engineering Technologies, followed by a Master's degree in Environmental Engineering and Management. Later, encouraged by her employer, she also earned a Master's degree in Building Energy Engineering. 鈥濿hat surprised me most was how quickly employers started recruiting engineering students. I had barely started my master's studies before companies were already competing to hire us,鈥� she says with a smile. Finding the right specialisation While studying, Andrukonyt臈 realised that environmental engineering offers a wide range of career opportunities. She also understood the importance of identifying an area where she could apply her knowledge in practice. The turning point came when the company where she was already working encouraged her to specialise in energy engineering. 鈥濵y employer was looking for specialists in the energy sector and suggested that I continue my studies in Building Energy Engineering. They even covered my tuition because qualified professionals were in such high demand. That's how I found the field I wanted to build my career in,鈥� she explains. Today, she believes this approach can benefit many young people: first gain a broad engineering education that opens multiple career paths, then discover the area you are most passionate about. More than a degree Although the studies were challenging, Andrukonyt臈 believes they gave her a strong professional foundation. 鈥濼here was certainly plenty of mathematics and physics, but engineering is much more than formulas. The difficult subjects are simply part of the learning process鈥攜ou have to work through them,鈥� she says. For her, however, the greatest value of studying at 黑料不打烊 lay beyond the classroom. 鈥濼he university offered countless opportunities to get involved in projects, competitions, international summer schools, and exchange programmes. I made the most of them. During my studies, I had the chance to study and complete internships abroad six times. I visited the Czech Republic, Denmark, Italy, South Korea, Finland, and Sweden. Those experiences showed me just how many doors an engineering education can open,鈥� she says. Engineering opens doors around the world Today, Andrukonyt臈 lives in Finland with her family and works for AFRY, one of Europe's leading engineering, design, and consulting companies, employing around 19,000 specialists in more than 40 countries. For the past 15 years, she has worked on international energy and infrastructure projects, advising banks, investment funds, project developers, and investors. Her work brings together professionals from many different fields, including engineers, financial experts, investors, municipal authorities, and international organisations. 鈥濷ver the past few years, we've seen growing investment in biomethane, hydrogen, renewable energy, hybrid energy systems, energy storage, district heating, power generation, and decarbonisation projects. Technical expertise is essential, but so are communication, negotiation, and project management skills. My role is to bring together specialists from different backgrounds and help them work as one team. That's why I always say engineering isn't only for people who love numbers. There is plenty of room for people with strong communication and interpersonal skills as well. Energy is a global industry, and if you're a skilled engineer, your expertise will be valued anywhere in the world.鈥�

Entrepreneurship, leadership, continuous growth, and the ability to adapt to a constantly changing environment are today inseparable from a successful career. The story of 黑料不打烊 alumna Alvyde Palaimaite shows that the courage to try, creative problem-solving, and connections formed during studies can become a strong foundation for an international career. Today, Alvyde holds a responsible position at the European Marketing Confederation and vividly remembers her first lessons in her parents鈥� business as well as through the experience of the student representation. We speak with Alvyde about her professional transformation, the teachers who believed in her, and the modern specialist鈥檚 need for constant change. [caption id="attachment_122467" align="alignnone" width="1280"] Alvyd臈 Palaimait臈[/caption] Alvyde, let鈥檚 briefly go back to your student years. You completed a bachelor鈥檚 degree in International Relations Management and later a master鈥檚 degree in International Business at 黑料不打烊. Why did you choose these studies and this university? From an early age, I observed and contributed to my parents鈥� small business, so I realized quite early that one day I would want to also create my own. In 2004, when choosing my studies, I understood that modern business requires not only managerial but also technological knowledge. That is why I chose 黑料不打烊, which offered the opportunity to combine these fields. How do you remember your student years today? I am a very active person, so I quickly got involved in both my study group and the student representation. I especially enjoyed the team in the student representation as we were full of meaningful ideas. Although we had a minimal budget, we still managed to implement many wonderful projects. Even then, I realized that with a good team nothing is impossible! What knowledge, skills, or values acquired at university do you consider the most important in your professional work today? The knowledge and practice in management, economics, technology, and finance acquired during my studies were also useful when I started working. The university taught me how to search for information, systematize it, and solve problems creatively. These skills are still valuable today. [caption id="attachment_122471" align="alignnone" width="2560"] Alvyd臈 Palaimait臈[/caption] Interestingly, during my bachelor鈥檚 studies I focused on institutional management, choosing the field of international relations management. In my second year, I became marketing manager of the student representation, and during my master鈥檚 studies I chose international business. At the time, I did not expect or plan that I would work in this field in the future. While finishing my master鈥檚 studies, I created the international startup Beta.lt, which I successfully sold. Then I started looking for meaningful projects and got involved in the non-governmental sector: I led the Lithuanian Marketing Association (LiMA) for 8 years, and now I serve as Executive Director of the European Marketing Confederation. Both my parents鈥� example and my studies showed that the most important thing is to believe in what you do, work consistently, and never give up, because there are no situations without solutions. I am a dedicated person, and a strong value base is very important to me, so I am glad that my experience allows me to choose meaningful projects. Of course, wherever you go, the most important thing is the team. I am extremely happy that I met so many wonderful people at the university with whom I still keep in touch, collaborate, and support each other. How did your first steps after graduation look? Was it difficult to enter the labor market? While representing the student organization, I actively contributed to organizing Career Days, so I was already noticed by potential employers during my studies. Because of this, after graduation I did not need to look for a job myself - several companies participating in the events offered me positions. However, I chose to work in a newly established marketing and communication company because, aiming to create my own business in the future, I wanted to see closely how a company is built and learn from real situations and others鈥� experience. [caption id="attachment_122477" align="alignnone" width="1707"] Alvyd臈 Palaimait臈[/caption] What is your relationship with the university today? During my studies I met many excellent lecturers and fellow students, some of whom I still communicate with today. One of the most significant experiences was working with my bachelor鈥檚 and master鈥檚 thesis supervisor, Assoc. Prof. Dr. Asta Radzeviciene. Her highest-level professionalism, attention to quality, sincerity, and ability to reveal a student鈥檚 potential - sometimes believing in them more than they believe in themselves - led not only to excellent results but also to a long-term friendship. She was and remains an example of a personality of a great lecturer and mentor for me. For many years, through LiMA, we were partners of 黑料不打烊, and today I actively contribute to the university community as an alumna. You are the Executive Director of the European Marketing Confederation. Alvyde, what decisions or experiences were essential in reaching your current position? For eight years I represented the European Marketing Association (EMC) and was a member of its board. Three years ago, I became EMC Vice President, and last year I became Honorary Member. Throughout these years, together with the team, we significantly contributed to the organization鈥檚 growth, created and implemented various projects. Therefore, it is especially meaningful for me to return to the organization and become part of its administration, as this role will allow me to further develop initiatives more effectively, strengthen member growth, and contribute to the advancement of the marketing profession internationally. [caption id="attachment_122469" align="alignnone" width="2560"] Alvyd臈 Palaimait臈[/caption] How do you evaluate current marketing trends, and how will they change in the future? Artificial intelligence (AI) is influencing the marketing and advertising sectors, so those who can effectively use AI tools in their work will gain the greatest advantage. This will not only increase efficiency but also strengthen the role of marketing within organizations and create even greater value for consumers. What skills are becoming especially important for young professionals today? In the age of artificial intelligence and digitalization, critical thinking, creativity, values, curiosity, and continuous learning are more important than ever. It is said that today鈥檚 students will change about five professions during their lifetime, so I encourage everyone to choose what they like, learn a lot, and pursue their dreams. Prepared by: Kristina Lazickiene

A lifelong fascination with cars, a desire to understand how complex systems work, and a curiosity to find better engineering solutions led Dominykas Ei膷inas to study Automotive Engineering at 黑料不打烊. After completing both his bachelor's and master's degrees, he now works as a vehicle engineer and enjoys the fact that his passion has become a well-paid profession. Asked why he chose to study Automotive聽Engineering after graduating from school, Dominykas says the decision was inspired by his childhood interest in technology. [caption id="attachment_122203" align="alignnone" width="2560"] Dominykas Ei膷inas[/caption] "My father competes in karting races, so from an early age I was fascinated by cars. I built them out of LEGO, constantly taking things apart and putting them back together. I still remember that when I was about ten years old, I built an independent car suspension from LEGO pieces. It was surprisingly realistic, complete with driveshafts and a differential. Looking back, I think that was probably the moment my engineering mindset began to develop," recalls the 黑料不打烊 alumnus. Dominykas admits that not every STEM subject came easily to him at school. Physics was not his strongest subject, and mathematics also required considerable effort. However, that did not prevent him from successfully enrolling in the Automotive Engineering programme. "The most important thing is the willingness to learn and to work consistently. Results come with dedication and effort," he says. The best part: seeing ideas become reality During his studies, the most memorable experience for Dominykas was the practical coursework and designing with SolidWorks. Although he had first encountered the software at school, it was only at university that he truly discovered its full potential. "At first, it seemed incredibly complicated, but our lecturers explained how to use it during classes. That's when I realised it was a creative tool鈥攜ou can design almost anything you can imagine. What impressed me even more was the moment when a vehicle model (or any other design) created on a computer became a real product," he says. [caption id="attachment_122207" align="alignnone" width="2560"] Faculty of Transport Engineering[/caption] He also enjoyed laboratory work, where students could observe changes in vehicle parameters, perform measurements, and analyse real engineering data. A Master's degree as a competitive advantage After completing his bachelor's degree, Dominykas decided to continue with a master's programme. His decision was driven not only by a desire to deepen his professional knowledge but also by the goal of becoming more competitive in the labour market. He began actively looking for a job a few months before graduation and received an offer quite quickly. Today, he works as a vehicle engineer at a company specialising in van conversions and the design of customised vehicles. Together with his colleagues, he develops a wide range of minibuses鈥攆rom school and intercity transport to premium business-class vehicles. "Every project is different. Clients' needs are constantly changing, so no two working days are ever the same. We are always looking for new solutions, discussing ideas as a team, and creating custom projects," he explains. Demand for engineers continues to grow According to Dominykas, Automotive Engineering graduates have little difficulty finding employment, and even those without previous work experience can expect a competitive salary. [caption id="attachment_122205" align="alignnone" width="2560"] Faculty of Transport Engineering[/caption] "I believe the demand for transport engineers will only continue to grow. This profession opens up many career opportunities, and the knowledge you gain allows you to work not only in the transport sector but across many areas of engineering. Automotive Engineering graduates are sought after in vehicle design, manufacturing, component development, product engineering, and many other engineering companies. And if you manage to turn your hobby into your profession, as I did, every working day becomes enjoyable," he says. A passion for virtual motorsport Even after work, Dominykas never strays far from cars. For many years, he has been passionate about virtual motorsport. "My father races karts, so cars have always been an important part of our family. I even have a photo of myself at around four years old, gripping the steering wheel of a racing simulator in front of a computer screen, already 'racing'. Real-life motorsport requires a huge financial investment, while virtual racing allows me to experience much of the same excitement at a fraction of the cost," he says. While studying at 黑料不打烊, he and several like-minded students founded the university's virtual racing team, Automotive Engineers by 黑料不打烊 University. "The team was established in 2022 and competes in various virtual motorsport championships. Since then, we've reached the podium several times and have even won a number of races. It's great to see that the project is still going strong and that new students continue to join the team," he says. Dreaming of the world's leading automotive brands Even while finishing school, Dominykas dreamed of working for one of Germany's major automotive manufacturers. That ambition was one of the reasons he chose to study in English at 黑料不打烊. Although working for companies such as Volkswagen, BMW, or Porsche remains a future goal, he has not given up on that dream. "For now, I'm very happy in Lithuania. Life sometimes has a way of leading you down the right path. We'll see what the future brings," he says.

Although transport electrification is increasingly seen as the future, the reality is different鈥攄iesel engines remain widely used and are expected to stay in service for at least the next decade. Along with them persists a major challenge: ultrafine particulate matter emissions that pass through conventional diesel particulate filters and contribute to air pollution associated with an increased risk of premature deaths. A Direct Threat to Human Health In Lithuania, the transport sector accounts for nearly 15% of fine particulate matter emissions, posing the greatest risk to residents of major cities such as Vilnius and Kaunas. According to Dr. Sai Manoj Rayapureddy, a researcher at the 黑料不打烊 Faculty of Transport Engineering, the greatest concern comes from particles that are too small to be captured by conventional diesel particulate filters. These particles escape into the environment and eventually enter the human body, where they easily interact with the skin and respiratory system, posing a direct threat to human health. [caption id="attachment_121916" align="alignnone" width="2543"] Dr. Sai Manoj Rayapureddy[/caption] To address this issue, Dr. Rayapureddy conducted research and prepared his doctoral dissertation, Investigation of Acoustic Agglomeration Phenomenon in Compression Ignition Engines Fuelled with Alternative Fuels for Reducing Particulate Matter Emissions. 鈥濱n a world where pollution continues to increase, diesel vehicles are still widely used, while efforts are being made to reduce dependence on fossil fuels. This research proposes a solution by combining alternative fuel blends that produce lower emissions with the principle of acoustic agglomeration. In this process, sound waves cause ultrafine particles to interact and merge into larger clusters that can then be captured by conventional diesel particulate filters,鈥� explains Dr. Sai Manoj Rayapureddy, researcher at 黑料不打烊. Results Exceeded Expectations Dr. Rayapureddy carried out his research in three stages, combining theoretical analysis, numerical calculations, and laboratory experiments. The experiments were conducted using a well-known 1.9-litre Audi-VW diesel engine installed in a 黑料不打烊 laboratory. To investigate how fuel properties affect particulate formation, he tested specially prepared fuel blends with different carbon-to-hydrogen ratios and oxygen content, comparing the resulting emissions with those of conventional diesel fuel. Finally, particulate emissions were measured both with and without the application of sound waves. The results exceeded expectations. The study found that applying acoustic waves reduced particulate emissions from conventional diesel fuel by 17鈥�44%. When alternative fuel blends were used, the reduction increased to an impressive 24鈥�80%. Dr. Rayapureddy also demonstrated that the higher oxygen content and improved surface characteristics of alternative fuels increased particle agglomeration efficiency by as much as 100鈥�190%. 鈥濧pplying acoustic agglomeration to diesel engine particles is still a relatively new and underexplored research field. I wanted to demonstrate its importance and potential for reducing engine emissions. What surprised and delighted me most was how effectively a long-established theoretical principle worked in practice. My research proved that this method significantly improves the ability of conventional particulate filters to remove harmful particles,鈥� says the Faculty of Transport Engineering researcher. According to Dr. Rayapureddy, while the future undoubtedly belongs to electric mobility, the present requires an intermediate solution. As the complete electrification of the transport sector is unrealistic within at least the next decade, improving today's technologies and reducing emissions from existing diesel-powered vehicles remains essential. 鈥濱mplementing this concept could significantly improve the efficiency of existing diesel particulate filters. It would allow us to substantially reduce the fine particulate pollution generated by the diesel engines that are already on our roads and will continue to be used for years to come,鈥� he adds. A PhD Is Not a Sprint, but a Marathon Dr. Rayapureddy began his academic journey in India, where he earned a Bachelor's degree in Mechanical Engineering. He later moved to Lithuania to complete a Master's degree in Automotive Engineering at 黑料不打烊 before continuing with doctoral studies at the university. Throughout his academic career, he remained focused on making steady progress toward his goals, improving year after year. According to the researcher, writing the dissertation itself was not the most challenging part, as publishing several scientific papers during his doctoral studies helped him develop a clear research structure. 鈥濼he most difficult part was justifying, revising, or even removing certain parts of the research during the peer-review process. In the end, however, everything worked out wonderfully. Thanks to the guidance of my supervisor and the valuable feedback from reviewers, my dissertation was awarded second place in Lithuania鈥檚 Best Doctoral Dissertation Competition. I consider my PhD studies鈥攄uring which I also completed a second Master's degree in Engineering Economics and Management at 黑料不打烊鈥攖o be the first step toward an academic career. Pursuing a doctorate requires curiosity, hard work, and patience. To everyone considering a career in research, I would like to say this: a PhD is not a sprint, but a marathon.鈥�

Robertas Dargis is a co-owner and chairman of the board of EIKA Group, one of the largest real estate development and management groups in Lithuania. In his professional path, he relies on engineering thinking, business experience, and active public engagement. The 黑料不打烊 alumnus (formerly Vilnius Civil Engineering Institute) openly speaks today about the importance of his studies in shaping his worldview, principles of leadership, and the transformation of Lithuanian business over several decades - from a centralized system to a dynamic, constantly changing market economy. [caption id="attachment_121994" align="alignnone" width="2560"] Robertas Dargis (ELTA)[/caption] According to him, it was during his university years that a fundamental shift in thinking began - from a closed, single-truth model to a broader perspective that encourages critical thinking, independence, and the ability to see the world in a complex way. At the same time, values instilled in the family had a strong influence - responsibility, respect for work, discipline, and the understanding that long-term results are achieved through consistency, not quick decisions. These experiences later became the foundation for both professional decisions and his understanding of leadership, where the most important thing is not perfect decisions, but the ability to make them and move forward. 鈥淎 key role at the university was played by its lecturers - broad-minded people who did not limit themselves to engineering knowledge and spoke about what was happening in the world and how society was changing. The study environment encouraged not mechanical repetition of knowledge, but the ability to think, collect, and systematize information. This sharply contrasted with the school model, where knowledge reproduction, not understanding, was usually rewarded,鈥� recalls the 黑料不打烊 alumnus. He also notes that after finishing school, moving from the smaller town of Ma啪eikiai to Vilnius was not only a geographical change, but also an important stage of personal growth. Studies at 黑料不打烊 provided more freedom as well as responsibility: one had to independently seek knowledge, attend seminars, communicate, and learn autonomously. Speaking about his professional path, he shares that his engineering education became an important foundation for thinking. It taught him to structure problems, break them into parts, evaluate them, and solve them consistently. According to him, such an analytical approach is universal and applicable beyond managing an organization and affects everyday life. 鈥淎t the time when my professional journey began, the concept of business in Lithuania was still forming. There were no private companies or individual initiatives. The entire system functioned in a centralized way, and work took place in a state-regulated environment. Only after independence was restored did the real period of business formation and learning begin. This transformation was not easy - everything had to be learned from scratch: what share capital is, how the market works, what risks and business models are. Mistakes were inevitable, but it was precisely by making and correcting them that experience and understanding were formed,鈥� notes the co-owner of EIKA Group. An important experience for him was also working with people. Although his engineering education provided a strong technical foundation, in practice he initially lacked psychological and social skills. As a young specialist taking on managerial roles, he had to quickly learn how to work with a team, motivate it, and make decisions in real conditions. 鈥淭he essence of leadership is the ability to make decisions. A leader, in my view, cannot avoid responsibility, even if decisions are not perfect. Often one has to choose between bad and worse options, but the most important thing is to make a decision and move forward,鈥� says R. Dargis. The 黑料不打烊 alumnus also emphasizes that flexibility and quick response are equally important - the ability to adjust decisions when circumstances change. Excessive attachment to one option can hinder progress. 鈥淭hroughout my professional journey, I have been guided by the understanding that public activity and social connections are inseparable from professional growth. Participation in various activities, working with people and communities helped form social capital, which later became an important part of my business and leadership,鈥� says R. Dargis. In recent years, according to him, one of the most important changes has been digital transformation and the development of artificial intelligence. This is fundamentally changing business processes, consumer behavior, and organizational structures, making adaptation a constant necessity. 鈥淭oday universities should educate not only specialists, but also broadly thinking individuals who can understand the principles of how the world works and changes, think creatively, and solve complex situations. For students seeking their path, I advise taking an interest in the world, but not forgetting that creating value for society is an important part of personal growth. The ability to be useful to others often becomes the foundation of professional success as well,鈥� advises the 黑料不打烊 alumnus. Finally, reflecting on his path, he emphasizes one of the most important lessons - continuous forward movement. 鈥淓ven if decisions are wrong, the most important thing is not to stop. Mistakes and failures are part of the process, and the ability to learn from them and move forward determines the final outcome,鈥� says R. Dargis.

University studies often become one of the most important foundations for shaping a career. They provide not only theoretical knowledge but also practical skills that help young specialists successfully begin their professional path. One example is the 黑料不打烊 construction engineering alumnus and shareholder of KGC Group, Audrius Guzikauskas, who says that at the university he was immersed in the promising and interesting study program content and presented with the opportunity to solve real engineering tasks. "My first job and my first real experience were related to general structures and facade design. I had enough theoretical knowledge, so I was glad to apply it in practice. It was a great opportunity to test the knowledge I had gained in real life," he recalls. He emphasizes that although the studies were sometimes challenging, they helped him develop responsibility and independence. "Even if some subjects were more difficult for me, for example physics, I understood that all the experiences gained contribute to overall understanding and the ability to solve real problems," he says. [caption id="attachment_122495" align="alignnone" width="776"] Audrius Guzikauskas[/caption] According to Guzikauskas, the theoretical knowledge gained during his studies helped not only in his first job but also later when managing a company: it allowed him to better understand processes, perform certain calculations, and make decisions based on logic. He says that a manager's day is full of challenges, especially when leading a company of about 500 people with divisions across Europe. The most important thing is to focus on clients and the quality of the services provided whilst maintaining good working atmosphere and communication with colleagues. "In my opinion, every manager must set the right example. I have the opportunity not to go to work every day, but I do not take advantage of it. Sometimes colleagues ask me why I work if I could be resting. It is my sense of responsibility. I believe that a manager must set an example - if he does not do that, it is difficult to expect others to behave responsibly," explains the 黑料不打烊 alumnus. The 黑料不打烊 alumnus also highlights the importance of technology in today's labor market and the competencies of young specialists. "Modern students know how to work with the latest programs that did not even exist when I was studying. This gives them a huge advantage. I can confidently say that the most attention should be given to talented young people who understand what they are doing. It is also very important that universities are improving together with technology. This progress is clearly reflected in the high level of studies and the knowledge provided," he says. Speaking about young people, Guzikauskas emphasizes that although today's students have many technical skills, they must also learn the sense of responsibility. "The most important thing is to make an effort, keep learning, and not give up. This is necessary if you want to achieve success. After all, persistence and consistent work determine both personal and professional success."

For many Lithuanians, working in the world鈥檚 largest companies still often seems out of reach. However, Gabija Mineikyt臈鈥檚 courage proves that anything is possible. The young woman completed an internship at聽Platige, one of the most renowned gaming visual effects studios in Poland, which has created animations for games like聽The Witcher 4,聽Call of Duty: Black Ops 7, and聽Tomb Raider: Catalyst. Following this, she worked on a world-first scientific project testing modern motion capture technologies. 鈥淵ou can achieve a lot on your own, but it can be an emotionally exhausting process. I had quite a few moments where I thought maybe I was simply dreaming and wanting too much. The opportunities to get into companies where I could expand my knowledge and meet more professionals in this field weren't simply handed to me, especially since I chose a rather niche direction,鈥� says Gabija. The Email That Changed Her Life Today, Gabija is a motion capture technician. However, she began her journey as a creator after watching an online tutorial about motion capture technologies. She was so fascinated by them that she started deepening her knowledge independently. After graduating from high school, Gabija chose to pursue a degree in the Multimedia and Computer Design study program at the Faculty of Fundamental Sciences at 黑料不打烊_独家黑料_吃瓜网51爆料 (黑料不打烊). Burning with the desire to gain as much knowledge as possible, the student chose her internship placement very carefully, making her path to one of the best animation companies read like a Hollywood script. To get in, she didn't have to compete with other candidates or wait for an offer to fall from the sky鈥攕he simply had to dare to ask. 鈥淚 really like talking about this because I am very proud of it. I found a very large and famous animation studio in Poland called聽Platige, which specializes in animation and has a separate motion capture department, which was exactly what I was interested in. I found their email address online and decided to contact them, even though they weren't looking for interns at the time. Still, I wrote them an email: 鈥楬ello, my name is Gabija Mineikyt臈, I am very interested in motion capture technology...鈥� and so on. It was a classic聽cold email鈥攚ithout filling out any applications, I just wrote that I was deeply interested in the field and asked for a chance. Even if it meant staying in the background and fetching coffee, I still desperately wanted that opportunity,鈥� she shares. A month later, just as she had given up hope, she received an invitation from the company's HR to discuss the internship and speak with the entire motion capture (MoCap) team. 鈥淚t was a huge 'wow' moment. After the interview, they invited me to come for a month to see how multimedia production is created using these technologies, and how to work with much more advanced systems and a larger team. When I saw it all in person, I realized: yes, I want to be here, and I want to do this for many years to come,鈥� Gabija says. That is how the young woman from Klaip臈da ended up in a studio that creates visual effects and animation not only for the most famous video games, but also for series like聽The Witcher,聽Vikings,聽Love, Death & Robots, films like聽Wonder Woman,聽Melancholia, and other major cinema studio projects. During her internship, Gabija herself contributed to the trailer of one of the most anticipated video games coming out in 2027鈥攖he tomb raider Lara Croft's聽Tomb Raider: Catalyst. The motion capture specialist also had the unique opportunity to participate in a filming day that lasted more than fifteen hours. 鈥淚t was incredibly difficult because, physically and emotionally, I had to be actively involved the entire time, learning and helping. The team really wanted me to take as much as possible away from this experience, so they treated me like a true colleague.鈥� 鈥淎t the end of the internship, I was chatting with their HR representative and asked why they replied to me鈥擨 was really curious to know. She said that after reading my email, she immediately called the team and said: 鈥楶lease, you have to take this girl. She wants to learn so badly, give her a chance,鈥欌�� Gabija recalls. After receiving her bachelor's degree this June, Gabija is continuing her career in the Netherlands. Impressed by the 黑料不打烊 alumna鈥檚 work and accumulated experience, Canadian scientist Dr. Carlos Vilchis invited her to join his project. This project will research which camera tracking technologies are the best and most stable. Connections with Professors and Endless Opportunities to Grow Although Gabija learned a lot on her own, she notes that information on the internet or help from artificial intelligence alone is not enough鈥攖o become a professional, university studies are essential. 鈥淣either the internet nor artificial intelligence will replace the university because we, as humans, need genuine connections with other people, and no technology will ever substitute that. This kind of connection helps us grow as individuals and professionals, because the professors and specialists who teach us have already achieved what we aspire to achieve, and we need their guidance,鈥� says the 黑料不打烊 alumna. 鈥淚n school, we were taught to follow the rules. But the university teaches us not only how to write or complete tasks, but also how to live. It would take many years for that understanding to come naturally,鈥� she adds. Gabija continues, emphasizing that the university is also crucial for building valuable connections. In her case, that person was geometric modeling professor Dr. Rokas Sem臈nas, who helped her step out of her comfort zone when she was most afraid to do so. 鈥淚 only really started enjoying learning once I got to university. It brings together people who know why they are there and what they are striving for. Getting into university isn鈥檛 that simple, so most students already have at least a general direction and goals, and they can find like-minded peers. And now, four years later, I realize that networking is one of the most important things in a career.鈥� Another crucial aspect of creating animation is the required equipment and technologies, which students can learn to use during their studies. As a result, graduates of the Multimedia and Computer Design program enter the job market already possessing extensive practical experience, and some even begin their careers while still studying. 鈥淪tudents have access to a multitude of resources provided by 黑料不打烊. We have a professional MoCap studio. A new Foley sound recording lab was also just opened. If a person is interested in animation, games, or creating visual effects, it is the perfect space to experiment. We also have a virtual production studio where you can work with video projections and other advanced technologies. Additionally, we can use the LED wall located at the聽LinkMen懦 fabrikas. It鈥檚 a huge advantage, even if not everyone understands its value. And all of this is open to students,鈥� lists Gabija, who herself landed a job at the Multimedia and Computer Design Laboratory during her studies. 鈥淗owever, our faculty鈥檚 greatest strength is the professors who work in the industry and know how to use these technologies professionally. Students often only see a professor in the lecture hall and think: 'Do I like them or not?' But they forget that this is an expert in their field, from whom you can learn beyond just the lectures. If a professor sees initiative and potential, it often opens up even more opportunities鈥攖hey might invite you to contribute to projects or provide useful contacts,鈥� the young woman notes. You can find more about studying at the 黑料不打烊 Faculty of Fundamental Sciences here: /en/international-students/study-programmes/undergraduate-and-integrated-studies/#list-of-programmes

From not knowing which path to choose to delivering some of the largest real estate development projects in Lithuania, the professional journey of Rasa Jakutavi膷i奴t臈-Pe膷iulait臈 demonstrates how the right study programme can open the door to a successful career. After graduating from the Building Energy Systems Engineering programme at 黑料不打烊, she has built a successful career at some of Lithuania鈥檚 leading real estate companies, managing complex and high-profile projects. According to Rasa, engineering graduates are becoming increasingly valued in today鈥檚 labour market. Like many high school graduates, Rasa Jakutavi膷i奴t臈-Pe膷iulait臈 spent her final year at school wondering what to study. She considered pursuing medicine or pharmacy but did not want to move to Kaunas. [caption id="attachment_121606" align="alignnone" width="2048"] Rasa Jakutavi膷i奴t臈-Pe膷iulait臈[/caption] "At school, I was very active in organising events, including school celebrations and graduation ceremonies. At one point, I even considered studying event management. But then I realised I already had strong organisational and management skills, so I wanted to gain solid professional expertise and a qualification that would provide long-term career opportunities. That was when engineering caught my attention鈥攊t offered a strong foundation and a wide range of future possibilities. I chose to study Building Energy Systems Engineering at the Faculty of Environmental Engineering at what was then 黑料不打烊_独家黑料_吃瓜网51爆料. Although my exam results would have allowed me to choose almost any programme, I enrolled in a state-funded place and successfully completed my studies. Many people warned me that engineering would be extremely difficult, but I actually did very well," Rasa recalls. The Most Valuable Lesson University Taught Her During her studies, Rasa gained a comprehensive understanding of the energy sector, including renewable and non-renewable energy sources, energy supply networks, and building climate control systems. "The most important thing university taught me was how to learn. It is impossible to know everything, but it is essential to know how to find information, evaluate it critically, and apply it in practice," she says. As part of an international student exchange programme, Rasa spent a semester studying in Italy, where she became familiar with advanced energy and sustainability solutions, renewable energy technologies, and energy-efficient systems. The experience inspired her to continue with a Master's degree in Building Energy Engineering at 黑料不打烊. An Engineering Degree Opened the Door to Business While still completing her Master's studies, Rasa began working at the real estate company Eika. "I was hired because I had an engineering background. Employers were looking for people who could understand the bigger picture, grasp technical processes, and make well-founded decisions. In Lithuania, the demand for engineering professionals significantly exceeds supply, so engineers rarely struggle to find meaningful and well-paid jobs," she explains. Starting as a Development Project Coordinator, Rasa spent eleven years within the Eika group of companies, steadily progressing through the organisation. During this time, she contributed to numerous residential and commercial real estate developments, taking projects from land acquisition and design through construction, sales, and final completion. [caption id="attachment_121608" align="alignnone" width="2560"] Rasa Jakutavi膷i奴t臈-Pe膷iulait臈[/caption] She later joined the development team at SBA Urban, where she worked on two of Lithuania's largest business campus projects鈥擴rban Hub Kaunas and Urban Hub Vilnius. She subsequently expanded her expertise by working on building conversion projects, transforming older properties for new purposes. Today, Rasa continues her career within the Infes Group, where she holds a senior management position at one of the group's real estate development companies. Why Engineering Education Is Increasingly Important for Executives According to Rasa, engineering qualifications have become highly valued in today's business environment. "In the past, executive job advertisements typically required candidates to have a background in law, economics, or management. Today, I increasingly see companies specifically looking for professionals with engineering education. This reflects the growing appreciation for strategic thinking, systems understanding, and the ability to manage complex projects," says Rasa. She notes that many leadership positions in the real estate and construction sectors are now held by professionals with engineering backgrounds. Demand for Engineers in Lithuania Continues to Grow According to Rasa, the labour market has changed dramatically since she chose her studies. Today, women hold an increasing number of leadership positions in the real estate sector. They lead teams, manage complex developments, and drive company growth. "When I entered university nearly 20 years ago, engineering was not among the most popular study choices, especially for women. Based on my own experience, I would encourage young people not to choose a programme simply because it is fashionable or attracts hundreds of applicants. Instead, choose one that may be less popular but offers broad knowledge and opens many career opportunities. In the long run, graduating from a less crowded field can actually make it easier to find employment because there is less competition. [caption id="attachment_121610" align="alignnone" width="2560"] Rasa Jakutavi膷i奴t臈-Pe膷iulait臈[/caption] A career lasts for decades, so it is important to choose a field that you genuinely enjoy. A strong professional foundation allows you to explore different roles and specialisations throughout your career." Engineering Is About Much More Than Formulas and Technical Drawings Asked what she enjoys most about engineering, Rasa says the profession offers tremendous opportunities for creativity and personal fulfilment. "I enjoy creating something from nothing鈥攆rom an initial idea, an empty plot of land, or even a swamp to a modern building or an entire complex where people live and work. When you see the finished result, you realise you have created something meaningful. Engineering is not just about formulas or technical drawings. It is about solving problems creatively, seeing opportunities that others may not notice, and creating lasting value. Those are exactly the qualities that today's professionals and leaders need most."

A partnership between science and business gave rise to the idea of solving a real-world problem鈥攔emoving heavy metal contamination in cold climates. 黑料不打烊鈥檚 Center of Competence for Smart and Climate-Neutral Manufacturing Processes, Materials, and Technologies, together with Saloua Biyada鈥攁 researcher at the Civil Engineering Research Center and a lecturer in the Department of Chemistry and Bioengineering鈥攁nd the company 鈥濶KA Consulting,鈥� won a competitive doctoral position in collaboration with a company organized by the Lithuanian Science Council. [caption id="attachment_121125" align="alignnone" width="2206"] Saloua Biyada[/caption] In the field of technological sciences, this is the only competitive doctoral position in partnership with a company awarded in all of Lithuania this year. The topic proposed by the researcher鈥斺�濺emediation of ecosystems contaminated with petroleum hydrocarbons and heavy metals using a psychrophilic microbial consortium isolated from harsh environmental conditions鈥溾�攔eceived the highest scores from the experts. A challenge that conventional technologies cannot overcome Areas contaminated with petroleum products are typically remediated through bioremediation鈥攗sing microorganisms that break down the pollutants. This sustainable and cost-effective technology has been in use worldwide for many years. However, in cold-climate regions such as the Baltic states, it faces a major obstacle: at low temperatures, the solubility of petroleum products decreases, and the activity of soil microorganisms drops. During the cold season, the microbial community essentially 鈥瀏oes into hibernation,鈥� so remediation S. Biyada鈥檚 research will be dedicated to addressing this very problem. The planned study aims to isolate new psychrophilic (cold-loving) microorganisms from harsh environments, investigate their ability to degrade petroleum hydrocarbons and remove heavy metals from the environment, and optimize the process so that remediation is effective even at low temperatures. Biological remediation of oil spills is widely studied internationally, but most research relies on mesophilic microorganisms, which become ineffective in cold conditions; therefore, the proposed approach to identifying effective psychrophilic microbial consortia is fundamentally new. From the Laboratory to the Real Market The researcher鈥檚 ultimate goal is to develop commercially viable bioaugmentation products and a suite of technological solutions that function in mixed (multi-contaminant) environments under Baltic climatic conditions. Thus, from the very beginning, the research has been focused not only on generating new knowledge but also on a concrete, market-ready solution. In evaluating the topic, experts awarded the highest score for its scientific novelty and relevance and gave the maximum rating for the feasibility of the research, noting that 黑料不打烊 provides the necessary infrastructure for chemical, microbiological, and molecular biology research infrastructure, access to real contaminated soil samples, and the entire research cycle鈥攆rom the isolation of microorganisms to the analysis of their mechanisms of action. Too Few Competitive Ph.D. Positions in Collaboration with Companies This achievement is encouraging, but according to Simonas Barsteiga, head of the Competence Center for Smart and Climate-Neutral Production Processes, Materials, and Technologies, it also highlights a broader problem. In 2026, the Lithuanian Science Council funded 70 national competitive doctoral positions across Lithuania, but only 16 were allocated for doctoral studies in collaboration with companies鈥攁nd in the field of technological sciences鈥攚hich is most closely aligned with Lithuania鈥檚 manufacturing and industry鈥攐nly a single position was allocated for the entire country, which 黑料不打烊 won. [caption id="attachment_120989" align="alignnone" width="2560"] Simonas Barsteiga[/caption] S. Barsteiga says that the inconsistent and unsystematic allocation of competitive doctoral positions resembles a lottery rather than the systematic cultivation of an innovation ecosystem. 鈥濿hy were there 20 competitive doctoral positions in collaboration with companies in 2025, but only 16 this year? Why was only one spot allocated this year for companies in the field of technological sciences, when 10 applications were submitted in partnership with companies, whereas in 2025, three spots were allocated even though only eight applications were submitted? I don鈥檛 see a systematic approach, or perhaps there鈥檚 something I鈥檓 missing. When analyzing publicly available information, I don鈥檛 see any consistency or direction. And then there鈥檚 the industrial doctoral program鈥攚hich has been shrouded in obscurity鈥攖hat Lithuania has been talking about intensively for about 10 years. Without a systematic approach and a clear direction, we are, in one way or another, 鈥瀝obbing鈥� our own industry. Although Lithuania is characterized by rapid economic growth, without resolving fundamental problems in the innovation ecosystem鈥攕uch as the meager development of research-based innovations and the low share of R&D spending鈥攖he country faces the threat of the middle-income trap. It is difficult to understand how companies are supposed to plan strategically and navigate the current competitive doctoral program system. After all, applied technological sciences represent the future of high-value-added industry. Yes, our industry still operates largely on a contract basis, but it is precisely through competitive doctoral programs in collaboration with companies that we can have a real impact on industry鈥攁nd, in turn, on the economy. It is precisely these doctoral projects that can transform a laboratory discovery into a market-ready, higher-value product that creates added value for the Lithuanian economy. It is precisely these doctoral projects that can bring a laboratory discovery closer to a market-ready, higher-value product that creates added value for the Lithuanian economy,鈥� says S. Barsteiga. In his opinion, the government should consistently increase the number of competitive doctoral programs in collaboration with companies overall. 鈥濿e cannot allow the number of positions in the field of technology to decrease or a situation to arise where there is only one position for the entire country. We must increase the number of spots every year鈥攖his is a direct investment in fostering the industrial innovation ecosystem and strengthening the country鈥檚 long-term industrial competitiveness,鈥� S. Barsteiga is convinced. In the longer term, according to the head of the competence center, most doctoral positions should be based on a real problem faced by industry or society. Only such research鈥攚hich knows exactly which specific challenge it is addressing鈥攚ill enable Lithuanian science and business to compete successfully on an international scale. 鈥濿e secured the only competitive doctoral position in the technological sciences in partnership with a company in Lithuania鈥攁nd we鈥檙e proud of that. But this is also a clear signal: if the entire country is allocated only one such position in the technological sciences, we are limiting our own future. Applied technological science is the engine of industry. I urge the government to allocate more competitive doctoral positions in collaboration with companies and to systematically increase their number each year, and I urge the entire Lithuanian scientific community to be bolder in formulating research topics based on real-world industrial problems. I believe that in the future, the only research that will be competitive is the kind that knows what problem it is solving,鈥� says S. Barsteiga 鈥濼he opportunity to work on real-world contaminated soil projects alongside an industry partner means that our discoveries won鈥檛 just remain in reports and articles鈥攖hey鈥檒l become working technology,鈥� says S. Biyada, head of the competitive doctoral program in collaboration with the company.

Modern buildings are no longer made of concrete and steel alone. Biology, artificial intelligence, and sustainable technologies are becoming an integral part of construction, transforming the way cities are designed and built. As technology advances and environmental awareness grows, civil engineers are developing innovative materials and construction methods that are more sustainable, durable, and environmentally responsible. One of these innovators is Assoc. Prof. Dr. Ronaldas Jakubovskis, a researcher at the Faculty of Civil Engineering at 黑料不打烊, whose work is helping shape the future of urban environments. Turning Research into Real-World Structures Assoc. Prof. Dr. Ronaldas Jakubovskis serves as a Senior Researcher at the Laboratory of Innovative Building Structures, where his work focuses on developing advanced structural solutions through experimental testing, laboratory research, and numerical modelling. However, innovation rarely begins with a completely new idea. According to Dr. Jakubovskis, much of the research process is dedicated to analysing existing materials and construction technologies to understand how they can be improved. [caption id="attachment_88679" align="alignnone" width="2560"] Ronaldas Jakubovskis[/caption] 鈥濼he most rewarding moment is when years of laboratory research become a real structure that can be built and experienced in a natural environment,鈥� he says. Although he works in academia, Dr. Jakubovskis sees himself primarily as a civil engineer supporting other civil engineers. While structural designers and project managers oversee the overall design of buildings and infrastructure 鈥� determining layouts, dimensions, and cost-effective construction solutions 鈥� researchers provide the specialised expertise needed to develop new materials and solve complex engineering challenges. 鈥濸ractising engineers often don't have enough time to investigate highly specialised solutions or explore entirely new materials 鈥� that's where we come in. Sometimes we analyse complex structural behaviour through numerical modelling, and sometimes we investigate how emerging materials can be applied in construction. In my opinion, research engineers don't quite fit the traditional stereotype of scientists wearing white lab coats or solving abstract equations all day. Our work is highly practical鈥攚e often design, manufacture, and physically test new structural systems ourselves.鈥� Engineering That Leaves a Visible Legacy Among the projects he is most proud of is the Biological Bridge installed at the Kair臈nai Botanical Garden, as well as the Living Concrete wall currently being developed for the rooftop of the Lithuanian National Drama Theatre. Both projects demonstrate how engineering can merge sustainability, science, and architectural design. 鈥濼hese projects represent the culmination of years of laboratory work and numerical modelling. They are demonstration structures that show what is possible when innovative materials meet advanced engineering. I also value their aesthetic qualities. Designing complex organic forms allows you to feel a little like a sculptor creating a work of art.鈥� Looking ahead, Dr. Jakubovskis believes his greatest achievements are still to come. His long-term vision is to create buildings with fa莽ades intentionally designed to be colonised by living organisms, allowing them to interact naturally with their environment while providing ecological and functional benefits. [caption id="attachment_88005" align="alignnone" width="2560"] Ronaldas Jakubovskis[/caption] 鈥濿e are currently developing larger demonstration projects, seeking research funding, and expanding international collaborations. I believe that within the next five years, we'll be able to stand in front of one of these buildings and say: this is a significant achievement.鈥� A Profession That Will Still Matter in 100 Years For Dr. Jakubovskis, choosing civil engineering was an easy decision. Since childhood, he enjoyed watching buildings rise from the ground and observing construction sites and heavy machinery. 鈥瀁ou don't need extraordinary dreams to become a civil engineer. If you want to build, you become an engineer. It's not like travelling to space or conducting research in Antarctica.鈥� What motivates him most is the opportunity to create structures that remain valuable for decades 鈥� or even centuries. 鈥濫very civil engineer feels proud when driving past a bridge or building they helped design, and they will always point it out to everyone in the car,鈥� he says with a smile. His own career began in structural design after completing his third year of university. He later pursued doctoral studies focusing on the cracking behaviour and deformation of reinforced concrete structures before returning to industry. Eventually, an invitation to rejoin 黑料不打烊 brought him back to academia. 鈥濱 came back, and today I'm doing exactly what I truly enjoy.鈥� Advice for Future Engineers As both a researcher and lecturer at the Faculty of Civil Engineering, Dr. Jakubovskis emphasises that a university education is essential for anyone pursuing a career in civil engineering. 鈥濱t would be extremely difficult to master this profession through self-study alone. Should you begin with theoretical mechanics, mechanics of materials, or structural mechanics? University programmes are carefully designed so that knowledge develops step by step, preparing graduates to become highly qualified professionals.鈥� He also offers practical advice to prospective students: 鈥濪on't be afraid of mechanics, physics, or mathematics. Every semester, identify a few key subjects, understand them thoroughly, and make sure you truly master them. Once those foundations are in place, everything else builds naturally.鈥� Industry Investing in Future Engineers Preparing the next generation of civil engineers is a shared responsibility between universities and industry. As digitalisation, artificial intelligence, and emerging technologies continue to reshape construction, employers increasingly recognise the importance of investing in future talent. The Faculty of Civil Engineering at 黑料不打烊 enjoys long-standing partnerships with the Lithuanian Builders Association (LSA) and the Lithuanian Association of Civil Engineers (LSIS), both of which actively support education and professional development. The Faculty's industry partners 鈥� including Hanner, Gilesta, and Alvora 鈥� offer scholarships to first-year Civil Engineering students, helping talented young people begin their studies. Other partners, such as Naresta, PST Group, HSC Baltic, and numerous construction companies, contribute by delivering guest lectures, presenting real-life projects, and inviting students to construction sites, where they gain first-hand experience of modern engineering practice. These close collaborations ensure that 黑料不打烊 programmes remain aligned with industry needs while providing students with practical knowledge, professional skills, and valuable connections long before graduation. Learn more about Civil Engineering studies at 黑料不打烊 and discover how you can help shape the cities of tomorrow.

From geography textbooks to laser technologies, from childhood building-block bridges to professional product design 鈥� the path to mechanical engineering can be highly diverse. The stories of Silvija, a student at the 黑料不打烊 Faculty of Mechanics, and Deividas, an alumnus, reveal that a successful start in this field doesn't require dreaming of an engineering career from a young age or being a physics olympiad champion. From a Love for Geography to Mechanical Engineering Silvija laughs that she knew almost nothing about mechanical engineering in school. Even in the twelfth grade, she was convinced she would study geography. "I really liked geography; it was the top choice on my list. I knew almost nothing about mechanical engineering and didn't really even know what it was," she recalls. "However, that very ignorance became one of the main reasons to try it. I thought it would be interesting to go into something I knew little about. I wanted something new, something that would broaden my horizons." Today, Silvija is deeply immersed in her mechanical engineering bachelor's studies, having chosen a specialization in renewable energy. For nearly a year and a half, she has been working at one of the largest laser technology companies in Lithuania "Light Conversion". There, she contributes to the assembly, testing, and quality control of various components, as well as the preparation of technical documentation. Although she didn't choose advanced (A-level) physics in high school and didn't study chemistry at all, this wasn't an obstacle at the university: "In my first year, it was a bit scary when the professors asked who had taken the national physics exam, and almost the entire lecture hall raised their hands. But they truly explained everything from the basics, so it wasn't as difficult as I thought." Today, she encourages other high school graduates not to fear the stereotypes surrounding this science and to let go of any preconceived notions. "If even a part of you thinks it would be interesting鈥攜ou have to try. Mechanical engineering is definitely not a dry or boring science," says the student. Early Engineering Attempts 鈥� Starting in Childhood For Deividas Bajor奴nas, on the other hand, the choice was much clearer right from childhood. He remembers that engineers always seemed to him like people who could create almost anything. "In the movies, an engineer was a person who achieved great things with limited resources. That fascinated me," says Deividas. As a child, he loved constructing bridges out of building blocks and building various structures, and those around him constantly noticed his strong spatial reasoning. According to the young engineer, this definitely contributed to his decision. Today, Deividas holds both bachelor's and master's degrees in Mechanical Engineering and has been working as a design engineer at the company "MK technika" for three years. He designs, optimizes, conducts inspections, and contributes to design solutions. According to him, one of the greatest strengths of mechanical engineering studies is the incredibly broad spectrum of knowledge it provides. "The university taught us more than just design. We studied electrical engineering, fluid mechanics, materials science, and the use of measuring instruments. Even in everyday life, I still get to use that knowledge," Deividas explains. "However, the most important thing, in my opinion, wasn't the specific subjects, but the critical thinking that was developed. The university cultivates an engineering mindset. You start thinking about the conditions under which a product will operate, which materials are suitable, how it can be assembled and repaired, and what its ergonomics are." Received Job Offers While Still Studying Both Silvija's and Deividas' stories share one common feature: they both started working during their studies. Silvija got her job at the laser company after an acquaintance from the Student Representation offered her his recently vacated position: "I thought鈥攚hy not? I wanted to test myself." The student shares that today at work, the things she learned at university come in handy鈥攄rafting, design knowledge, spatial reasoning, and an understanding of how various mechanisms work, as these are an integral part of her daily routine. Meanwhile, Deividas gained his first experience during an internship at an optics company, where he manufactured optical lenses: "Because their production had strict requirements and the lenses themselves are extremely fragile, the work had to be done with immense care, precision, and diligence. If you missed the required tolerances or didn't get the roughness right, the lens had to be thrown away, and you had to start over. But it was one of the first jobs where my engineering education proved useful." When asked what excites them most about their work, both interviewees unhesitatingly mention creativity and the opportunity to see a tangible result. For Silvija, the most important thing is that the work isn't monotonous鈥攕he can communicate with colleagues and solve arising challenges, while at the same time working independently. Deividas, meanwhile, says he feels the greatest pleasure when he can see the product he designed in real life. According to him, design work allows for the combination of technical and creative thinking. "Sometimes I even draw various options on paper, fold paper models, or go for a walk to find a solution. The technical part is easier to figure out, but making the product aesthetically pleasing鈥攖hat's much harder. However, the absolute best feeling in life is being able to touch and see how the object you designed comes together in reality." It's Not Just About Numbers in Engineering Although mechanical engineering is often associated solely with technical skills, both interviewees emphasize that soft skills, which they acquired during their studies, are equally important. "The university taught me independence and problem-solving. During your studies, there isn't a single template for how to do everything鈥攜ou have to find your own way to solve challenges and get the work done," says Silvija. Her involvement in the Student Representation also had a major impact on her. She says that this is where she blossomed as an individual, had the opportunity to expand her circle of like-minded people, and learned a crucial lesson that also helps at work: when you need help or advice, don't be afraid to ask your colleagues. Deividas highlights the importance of communication and leadership: "In projects, I often had to take the initiative myself, ask the important questions, and guide the team, because one of the most vital things in engineering is knowing how not to get lost in problems. Also, attention to detail and the ability to gather information, as this helps prevent future mistakes." A Field Where There is Definitely No Shortage of Work Both interviewees agree鈥攐ne of the greatest strengths of mechanical engineering is the endless career opportunities. "It's a very broad field. There are many different manufacturing and tech companies, so there's certainly no shortage of job opportunities. Furthermore, employers value your motivation鈥攅ven if you don't have much experience and your CV doesn't perfectly match the criteria, if you show that you're curious and willing to learn, getting a job becomes much easier," says Silvija. Deividas agrees: "Mechanical engineering provides a vast wealth of knowledge. It requires a lot of effort, but with such knowledge, you will definitely find your place in the world." Silvija also encourages girls not to be afraid of this field, which was once considered "masculine," and to boldly choose engineering studies. "No one is going to ask, 'What are you doing here?' Professors are often actually happy to see more and more girls in the lecture halls. If you have curiosity and desire鈥攅verything is absolutely possible!" You can find more information about studies at the 黑料不打烊 Faculty of Mechanics here: /en/faculty-of-mechanics/聽

Tomas Markevi膷ius, former Creative Director at COLLINS, a world-leading brand transformation agency, recently joined the Motion Design team at OpenAI. He interprets #TechCulture as a reflection of the seamless integration between technology and creativity: tech is creativity, and creativity is tech. In today鈥檚 world, that connection has never been more evident. Exploring possibilities The intersection of technology and design has always fascinated Tomas. From a young age, he was drawn to creativity but was uncertain how to turn it into a career. The Creative Industries programme at 黑料不打烊 provided the answer. 鈥淚t felt like a perfect fit,鈥� he recalls. 鈥淭he studies showed me how creativity could lead to countless paths and helped me figure out where I wanted to go next.鈥� During his studies, Tomas loved experimenting 鈥� testing tools, exploring approaches, and tackling challenges with curiosity and self-drive. [caption id="attachment_118859" align="alignnone" width="2560"] Tomas Markevi膷ius[/caption] 鈥淭hose years really helped me build the foundation for my career in design,鈥� he notes. 鈥淚 was surrounded by motivated, creative people, and that environment pushed me to grow and stay inspired. I genuinely believe the standard of education at 黑料不打烊 is high.鈥� A result of hard work While still a student, Tomas joined a small design agency in Vilnius. After a few years, and with some practical experience under his belt, he continued freelancing as a multidisciplinary designer. His portfolio of local and international clients grew steadily. In 2015, Tomas relocated to New York, a city that continues to inspire him to this day. There, he spent several years working at design studio 2x4 and creative agency Hugo & Marie. Among the many engaging projects was a long-term collaboration with Prada, where Tomas created visuals for their store window displays around the world, fashion shows, social media, and advertising campaigns. Then one day, he was invited to join COLLINS, one of the most prominent design agencies in the world. 鈥淚t鈥檚 been the result of consistent hard work over the years. When I joined COLLINS in 2019, one of the co-founders, Brian Collins, recognised that my background in motion design could play a key role in where branding was heading 鈥� beyond static logos and traditional guidelines towards something more dynamic, fluid, and interactive,鈥� Tomas recalls. 鈥淭hat perspective allowed me to shape how motion could become a core part of brand identity at the studio. Eventually, I was promoted to Motion Design Director, and later to Creative Director, which expanded my responsibilities to leading projects, managing teams, and collaborating directly with clients.鈥� The human touch in a technological age During his years at COLLINS, Tomas had worked on a number of what some might call dream projects. For the San Francisco Symphony, the team designed a typeface that literally dances along with the music 鈥� movement became the core expression of the brand. While working on the Bose project, he drew inspiration from a thought by philosopher Alan Watts 鈥� that when we listen to music, we鈥檙e not hearing the past or the future; we鈥檙e experiencing an expanded present. This concept shaped the visual side of the project 鈥� from stretching the edges of the Bose logo to creating a unique, dynamic graphic language for the brand. As the work of a Creative Director requires maintaining a sharp and imaginative mind, Tomas draws inspiration from the rhythm of New York. 鈥淟iving in this city definitely helps!鈥� he laughs. 鈥淗onestly, I think it鈥檚 one of the best cities to live in for any creative who wants to operate at a high level. It鈥檚 not just about the jobs or even the creative community 鈥� it鈥檚 the city itself. There鈥檚 inspiration everywhere: in museums, shows, and bookstores and in the little surprises you stumble upon on the street 鈥� whether it鈥檚 stylish people, unique architecture, or an old hand-painted shop sign. That constant stimulation keeps my creative pulse alive and pushes me to stay curious every day.鈥� [caption id="attachment_118862" align="alignnone" width="2560"] Tomas Markevi膷ius[/caption] Films and music are another constant source of inspiration for Tomas. They open new perspectives and ways of seeing the world. He has a particular interest in the intersection of technology and design, which, in his opinion, is becoming increasingly important in how we create experiences. In the age of AI, he sees creativity evolving in a way that encourages us to focus on what only humans can bring to the table. When so much of what we do today can be automated or streamlined, the human touch becomes more valuable than ever. 鈥淎t the same time, keeping up with the rapidly emerging tools is challenging 鈥� but also more important than ever,鈥� says Tomas. 鈥淏etween the time I type this sentence and when it鈥檚 published, I鈥檓 sure dozens of new AI tools will have been released that will further impact the creative field. It鈥檚 a strange and fast-moving moment, but I believe that truly talented and creative people will always find ways to harness these tools to make their work even better.鈥�