Learn science.
Engineer impact.
From scientific foundations to advanced engineering and doctoral research, CPSE prepares students to understand complex systems, build practical solutions and contribute to the technologies of tomorrow.
Build your future at every level
Choose the path that matches your ambitions, from developing fundamental scientific knowledge to leading original research.
Build foundations
Develop a rigorous base in physics, mathematics and engineering sciences.
Become an engineer
Combine advanced science with systems, projects and applied engineering.
Choose a specialization
Advance your expertise through focused, technology-oriented master programs.
Create new knowledge
Conduct original doctoral research within an international scientific community.
Find the program that fits your ambition
Each program combines scientific depth, practical experience and opportunities to engage with research and innovation.
Bachelor / Licence
Build strong foundations in physics, mathematics, engineering sciences and applied technologies while preparing for advanced study and scientific careers.
- Scientific foundations
- Applied learning
- Advanced-study preparation
Engineering Program
Integrate advanced physics with electronics, computational methods, optical systems, multidisciplinary projects and entrepreneurial development.
- Advanced engineering
- Project-based learning
- Innovation
Master Programs
Specialize in renewable energy and smart grids or in industrial technologies for the factory of the future through advanced, application-oriented training.
- Renewable energy
- Smart grids
- Future industry
Doctoral Program
Develop original research with faculty supervision, interdisciplinary exchange and engagement with national and international scientific networks.
- Original research
- Scientific community
- International outlook
Knowledge becomes capability
Learning at CPSE connects rigorous scientific understanding with experimentation, collaboration and real engineering practice.
Learn by doing
Laboratories, simulations and projects help students apply theory, validate ideas and build confidence with scientific tools.
Research-led education
Students learn in an environment shaped by active research, emerging technologies and exchange with faculty and doctoral researchers.
Connected to impact
Innovation, entrepreneurship, mobility and collaboration connect academic learning to industry, society and future opportunities.