CPSE brings together education, research, engineering, innovation and entrepreneurship to prepare future scientists and engineers for tomorrow’s challenges.
Research discoveries, academic achievements, partnerships and highlights from our community.
The College of Physical Sciences and Engineering brings together physical sciences, engineering, advanced technology and scientific innovation.
CPSE creates an environment where students, researchers and partners can move from fundamental understanding to practical solutions.
Discover CPSE →Programs that combine scientific depth, engineering practice and project-based learning.
Research spanning materials, photonics, energy, particle physics, cosmology and space.
Turning scientific ideas into prototypes, partnerships and potential ventures.
Learn across physics, mathematics, computation, engineering and emerging technologies.
Connect theory with laboratories, simulations, projects, prototypes and real challenges.
Engage with advanced research areas, faculty, doctoral researchers and scientific platforms.
Develop within a multilingual, collaborative and globally connected academic environment.
Explore learning pathways designed for scientific depth, engineering practice and research development.
Strong foundations in physics, mathematics, engineering sciences and applied technologies.
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Scientific, technical and project-based preparation for advanced engineering and innovation.
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Advanced programs in renewable energy, smart grids, industrial technologies and digital transformation.
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High-level research training across physical sciences, engineering and advanced technologies.
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Select a research area to discover how CPSE connects fundamental understanding with advanced technology.
Research on material synthesis, characterization, computational modeling, quantum transport, sensing and future semiconductor device concepts.
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Advanced spectroscopy, imaging, communications, photonics and quantum-enabled detector research for scientific and technological applications.
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Research ranging from atomic nuclei and elementary particles to cosmic structures, astrophysics and the evolution of the universe.
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Nanosatellite engineering, space missions, scientific instrumentation, space radiation and advanced materials research.
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Renewable energy, smart grids, advanced manufacturing, industrial systems and sustainable technology development.
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CPSE encourages students and researchers to transform scientific insight into prototypes, intellectual property, partnerships and potential ventures.
Connect research knowledge with technological, industrial and societal needs.
Turn ideas into structured scientific and engineering solutions.
Test concepts through experimentation, simulation and functional prototypes.
Connect projects with industry, investors, institutions and entrepreneurial support.
Students grow through courses, research exposure, laboratories, project work, mobility, campus life and an international academic community.
Practical access to experimentation, instrumentation and scientific platforms.
Multidisciplinary projects connecting theory with real engineering challenges.
Internships, exchanges and opportunities to develop an international outlook.
A collaborative environment of students, researchers, faculty and partners.
Contact us for academic programs, admissions, research opportunities, partnerships and campus visits.
