19 november 2026
09:30 – 17:00 hrs
Auditorium, TU/e campus
Accelerating future chips and high-tech systems through collaboration
Chips and high-tech systems are the invisible infrastructure of modern life, powering AI, enabling green technologies, advancing healthcare, and driving digital transformation. To address these societal challenges and strengthen Europe’s technological sovereignty, collaboration between academia, industry and ecosystem partners across the semiconductors and high-tech sysems value chain is essential. Only by working together can we accelerate innovation and contribute to a sustainable digital information society.
The next generation of chips and high-tech systems will not be shaped by one discipline, organization, or sector alone. Collaboration across academia, industry, and the broader ecosystem is key to turning knowledge and innovation into societal impact.
Join us for the Casimir Institute annual event, where we bring together researchers, industry leaders, and ecosystem partners to explore what we can achieve by working together across the semicon value chain.
- Inspiring keynotes from experts, including Dr. Tsu-Jae King Liu with a lecture on engineering leadership in a world of change
- Expert dialogues and interactive panels between industry and academics on heterogenous integration and the role of AI on semiconductor (from new material discovery to systems integration)
- A poster and demo market showcasing TU/e and partner innovations
- Networking and matchmaking to create new connections and collaborations
- The Casimir Institute Recognition Ceremony
‘Accelerating future chips and high-tech systems innovation form research to impact’
At the forefront of Europe’s semiconductor future, we are building the chips and high-tech systems university of Europe. A leading institute that brings together over 700 researchers focused on semiconductors, quantum technology, photonics, advanced materials, high-tech systems and fundamental research
Our strength lies in bridging future chips and high-tech systems through deep integration of design, high-tech equipment, materials, processes and foundational technologies. By uniting these under a singular, interdisciplinary approach, we accelerate the path from research to impact. We deliver sustainable, high-impact innovations and develop the technologies and talent that shape the future of chips and high-tech systems worldwide