An intensive international short programme at the intersection of microelectronics, photonics, and AI-driven design — delivered at Warsaw University of Technology within the SPINAKER–NAWA initiative.
ISEPS is an intensive, internationally-delivered short programme designed to give students and early-career researchers a comprehensive grounding in the technologies shaping modern semiconductor and photonic systems.
Developed in close alignment with the educational priorities of the ENHANCE European Universities Alliance and delivered at Warsaw University of Technology, ISEPS bridges foundational physics with cutting-edge design tools — including Python programming and AI-assisted optimization.
Participants will gain hands-on exposure to the full stack of integrated systems: from device physics and fabrication fundamentals to VLSI and photonic integrated circuit design.
Join participants from ENHANCE Alliance universities across Europe for a truly collaborative learning environment.
From VLSI design to photonic integrated circuits and AI-assisted optimization — the curriculum covers what matters now.
Hosted at Warsaw University of Technology, one of Poland's leading technical universities, within the SPINAKER–NAWA initiative.
Developed in alignment with ENHANCE educational priorities, supporting European academic collaboration and mobility.
The programme introduces participants to the complete landscape of semiconductor and photonic systems, from physical fundamentals to advanced AI-driven design.
Core principles of semiconductor physics, materials, and fabrication processes underpinning modern electronic devices.
Overview of MEMS and microsystem design, integration, and applications in sensing, actuation, and beyond.
In-depth analysis of p-n junctions, transistors, and other key devices — from classical models to quantum effects.
Principles and methodologies of Very Large Scale Integration design, from logic synthesis to physical layout.
Photonic Integrated Circuits: waveguides, modulators, detectors, and the design flow for integrated photonic platforms.
Practical application of Python and machine learning techniques to accelerate design exploration and system optimization.
Applications are open to students and early-career researchers from ENHANCE Alliance universities and partner institutions. The programme is delivered in English and is open to participants of all nationalities.
Complete the form to register your interest or submit a full application. Successful applicants will be contacted by the programme coordinators at Warsaw University of Technology.
For enquiries: [email protected]