ATHENA alliance members gathered to discuss business and science collaboration

September 11, 2023

ATHENA Alliance Meeting: Business-Science Collaboration and Networking

On September 5-6, at Vilnius Gediminas Technical University (VILNIUS TECH), the ATHENA Alliance members gathered to discuss the possibilities of collaboration between business and science. Significant attention was given to international cooperation. During their visit to Lithuania, guests from ten ATHENA European universities discussed ongoing and future projects for the upcoming academic year and also visited various companies.

At the event, Adas Meškėnas, VILNIUS TECH's Vice-Rector for Strategic Partnership, along with the Knowledge and Technology Transfer Center and the Science and Research Office, presented VILNIUS TECH's results in business-science collaboration. Partners also shared their experiences and achievements in collaboration at their respective universities.

ATHENA and Industry Collaboration 

One of the main highlights of the meeting was the ATHENA Alliance members' panel with the Industry Interface Committee, where the committee's future prospects and expectations were discussed.

ATHENA's Industry Interface Committee serves as an advisory body in the alliance, assisting in making strategic decisions and helping analyze the business and research sectors to identify new or improved ways of collaboration.

At this meeting in Vilnius, three committee representatives were present: Peter Haring Bolivar from the University of Siegen, Justinas Janulevičius from VILNIUS TECH, and Maria Joao Machado from the Polytechnic Institute of Porto.

Alliance and Industry Visits 

The alliance members visited institutions with long-standing collaborations with the industry, including the VILNIUS TECH Construction Engineering Research Center, the laboratories of the Faculties of Mechanics, Electronics, and Transport Engineering (METIF), the VILNIUS TECH Creativity and Innovation Centre "LinkMenų fabrikas," the Antanas Gustaičius Aviation Institute (AGAI), and its subsidiary company "Astrolite."

Participants also had the opportunity to visit "Light Conversion," one of the world's leading manufacturers of femtosecond lasers, where they observed the entire laser production process in real-time. "TELTONIKA EMS," one of the largest electronics and IoT device manufacturers in the Baltic States, showcased various production processes, revealed the company's future plans, and discussed new collaboration opportunities.

This ATHENA Alliance meeting served as an essential platform for in-depth discussions pertaining to collaborative prospects between academia and industry, including the analysis of ongoing and prospective projects undertaken during the upcoming academic year. Alliance’s interaction with industry partners was particularly insightful, illuminating avenues for enhanced cooperation and strategic decision-making. The ATHENA Alliance, guided by its Industry Interface Committee, plays a pivotal role in identifying and improving means of collaboration in business and research sectors at an international level. Thus, ATHENA efforts remain focused on fostering enduring partnerships and contributing to the advancement of the business-science landscape.

Participants in the meeting included partners from the University of Siegen, Hellenic Mediterranean University, Maria Curie-Sklodowska University in Lublin, University of Maribor, Polytechnic Institute of Porto and associated partners from the Carinthia University of Applied Science. Other partners from the University of Vigo, the University of Orleans, and Niccolo Cusano University participated remotely.
 

Galerija

Related news

New doctoral dissertation
New doctoral dissertation
VILNIUS TECH Library invites you to follow the published new dissertations. The dissertation „Research and application of machine learning methods for migraine attack prediction“ prepared at VILNIUS TECH by Viroslava Kapustynska. The dissertation was prepared in 2021–2026. Scientific consultant – Prof. Dr Šarūnas Paulikas. The dissertation was defended at the public meeting of the Dissertation Defense Council of the Scientific Field of Electrical and Electronic Engineering in the Aula Doctoralis Meeting Hall of Vilnius Gediminas Technical University at 2 p.m. on 9 June 2026. Migraine is a complex neurological disorder characterized by strong inter- and intra-individual variability, which makes early forecasting difficult using only clinical observations. Wearable biosensors combined with machine learning offer new opportunities to detect subtle physiological changes that may precede migraine attacks and to develop individualized prediction models. This dissertation investigates migraine analysis and next-day prediction using physiological recordings collected under real-life monitoring conditions. Data were obtained with the Empatica Embrace Plus wearable device and include electrodermal activity, pulse rate, skin temperature, and movement-related signals. The analysis focuses on nocturnal recordings, since the night period provides a more stable physiological context with fewer external disturbances. Nights were standardized using sleep-based contextual selection and consistent night-level rules. The experimental framework is organized in two stages. In the first stage, a window-level binary classification task is used as an exploratory methodological analysis to examine how design choices influence model performance. Night recordings are segmented into analysis frames ranging from 5 to 120 minutes, statistical features are extracted, and the influence of signal preprocessing and feature representation is evaluated across several classifier families, including Random Forest, XGBoost, histogram-based gradient boosting, support vector machines, and k-nearest neighbors. In the second stage, the research evaluates next-day migraine prediction based on whole-night recordings. This stage refines the experimental methodology to obtain more reliable estimates of predictive performance under a stricter validation framework. The analysis focuses on the effect of temporal aggregation while comparing the same classifier families under consistent evaluation conditions. The results demonstrate considerable variability across participants in achievable prediction performance and optimal modeling configurations. Shorter analysis frames generally preserve informative short-term physiological changes, whereas longer windows tend to smooth these variations. Signal preprocessing shows a window-dependent effect and does not consistently improve performance. Overall, the results highlight the importance of temporal resolution, rigorous validation, and individualized modeling for wearable-based migraine prediction systems. Doctoral dissertation readers can search via VILNIUS TECH Virtual Library.
More
Expert Evaluation: VILNIUS TECH’s Progress Exceeded Expectations
Expert Evaluation: VILNIUS TECH’s Progress Exceeded Expectations
VILNIUS TECH has received a highly positive assessment from international experts. In their recently published conclusions, it is noted that since the 2022 institutional evaluation, the university has achieved significant, evidence-based progress across all four evaluation areas: governance, quality assurance, studies and research activities, and impact on regional and national development. In 2022, VILNIUS TECH was granted a seven-year accreditation. At that time, the expert panel provided the university with 19 recommendations for further improvement. The latest progress review concludes that the university responded to these recommendations responsibly, systematically, and constructively, and that the implemented changes have become part of long-term institutional development. „We are pleased that external experts have highly evaluated the progress achieved by VILNIUS TECH across all four assessment areas. It was noted that the university demonstrates a mature quality culture, a strategic vision, and the ability to consistently sustain growth and increase its impact on society. This ensures that we are entering the next institutional evaluation period with a strong position,“ says Nora Skaburskienė, Director of the Studies Directorate. International experts particularly highlighted the consistently strengthened system of strategic management, the quality culture, active collaboration with business and alumni, leadership within the ATHENA European Universities Alliance, the development of new interdisciplinary study programmes, and significant progress in innovation and technology transfer. The rapid expansion of lifelong learning activities was also noted — VILNIUS TECH has broadened its micro-credential offerings, strengthened partnerships with social and business partners, and is creating favourable conditions for knowledge commercialization and startup development. According to the expert panel, the university has already moved beyond the stage of merely responding to recommendations and is now ready to purposefully leverage its accumulated potential to achieve even higher performance results. In summarizing the evaluation, the experts concluded that VILNIUS TECH is entering the next phase of institutional assessment with a solid foundation for continued successful development.
More