Engineering Program
Advanced physics. Applied engineering. Real-world impact.
A multidisciplinary program combining strong scientific foundations, advanced engineering, practical projects and entrepreneurial thinking. Students learn to transform complex scientific knowledge into technologies and solutions for real-world challenges.
- Project-based learning
- Advanced scientific training
- Innovation & entrepreneurship
- International and multilingual environment
From scientific foundations to advanced engineering practice.
S5 Foundations in Physics and Engineering +
Engineering students acquire a solid foundation in advanced calculus, quantum and statistical physics, electromagnetism, and solid-state physics, complemented by essential engineering subjects such as electronics and fluid mechanics.
Each module is accompanied by practical projects that allow students to directly apply the knowledge acquired.
S6 Advanced Concepts in Physics and Engineering +
Engineering students deepen their knowledge in areas such as semiconductor physics, nuclear physics, and computational methods.
The associated projects include the simulation and experimental validation of complex systems.
S7 Advanced Physics and Engineering +
This semester focuses on innovative topics such as bioengineering, plasma physics, and optical system design.
Engineering students participate in large-scale multidisciplinary projects, strengthening their technical expertise and their ability to work in teams.
S8 Double Specialization in Advanced Engineering +
Engineering students specialize in cutting-edge fields such as nanoelectronics, quantum optics, and atomic engineering.
They carry out major projects ranging from the design of optoelectronic components to the study of industrial reactor safety.
Gap Year Professional Experience, Internships, Research, or Industrial Missions +
After completing the S8 courses, engineering students may benefit from a gap year to gain professional experience through internships, research activities, or industrial missions.
This year allows them to expand their professional network, apply their skills in real-world environments, and gain valuable experience that supports their transition toward advanced engineering in S9.
S9 Advanced Engineering and Specialized Projects +
Engineering students work on highly specialized projects, particularly in nanoelectronics, photonics, and atomic engineering.
They are expected to design integrated circuits, quantum devices, and advanced photonic systems.
Scientific depth with advanced engineering applications.
Students are trained across core areas of physics, engineering sciences, computational methods, and emerging technologies.
Learning by building, testing, and transforming ideas.
The Engineering Program emphasizes practical training, multidisciplinary projects, and entrepreneurial thinking from scientific idea to real-world innovation.
Projects and Practical Training
The program emphasizes practical and multidisciplinary projects that help students connect theory with real-world applications. Students work on simulations, experimental validation, prototype development, optical systems, electronic devices, photonic systems, and advanced engineering challenges.
Entrepreneurship
Throughout the program, students are encouraged to develop an entrepreneurial project, transforming research ideas into innovation concepts, prototypes, business models, and potential startup initiatives.
Career Opportunities
The program opens several pathways toward entrepreneurship, academia, international opportunities, and industry.
Entrepreneurship
The training offered enables graduates to launch deep-tech startups in fields such as photonics, semiconductors, and nuclear technologies, whose economic, political, and social impact is highly important for Morocco and Africa in general.
Academia
Graduates can benefit from the College’s national and international partnerships to continue in research and education through doctoral studies or teaching-oriented pathways.
International
Double degrees and Master 2 programs can be accessible pathways for new graduates, helping develop exchange programs with prestigious international institutions in research and education.
Industry
Industry is another possible pathway for graduates. The training aims not only to provide strong scientific foundations, but also to equip students with the tools needed for management and teamwork.
Ready to join the Engineering Program?
Explore admissions, tuition fees, scholarships, mobility opportunities, and practical information to prepare your application.
01 Admissions +
The Engineering Program admits students through two main routes:
- Concours National Commun, CNC
- UM6P entrance examination
Our school has recently joined the Concours National Commun (CNC) 2026, giving candidates the opportunity to join this high-level program.
How to apply?
Candidates wishing to apply through the CNC 2026 must register on the e-CPGE platform and select IST&I: Cycle d’Ingénieur en Ingénierie Physique during registration at: http://insea-cnc2026.ma/
Eligible candidates include students from CPGE tracks such as MP, PSI, and TSI, as well as second-year university students, L2, in Physics, Mathematics, or equivalent fields. Selection is based on academic excellence.
- Registration deadline: May 10, 2026
- Written exam: June 13, 2026
- Oral exam: June 29 to July 2, 2026
Written exam subjects:
The oral exam includes a physics problem in thermodynamics, electromagnetism, or modern physics. Candidates have 30 minutes to solve the problem before a jury.
02 Tuition Fees +
The tuition fee includes access to:
- CPSE laboratories
- Language Center
- Learning Center
- Sports facilities
- Student insurance
The tuition fee does not include:
- Accommodation
- Food and cafeteria expenses
- Daily living expenses
- Books and school supplies
- Accommodation: between 1,000 and 2,300 MAD per month
- Food: based on student consumption at university cafeterias and restaurants
The old website indicates that fees are paid during registration. Payment facilities in several installments may be possible for tuition fees.
03 Scholarships & Fellowships +
CPSE/UM6P offers scholarship opportunities to help cover part or all of tuition fees, accommodation, and food expenses.
These scholarships may cover all or part of tuition fees, accommodation, and food expenses depending on the scholarship type and candidate situation.
04 Mobility & Internships +
Students benefit from international mobility and internship opportunities through CPSE partnerships with academic and research institutions.
The old website mentions opportunities with institutions such as:
- University of Sherbrooke
- Georgetown University
- CERN
- CEITEC
- Université Paris Cité
- Erasmus+ opportunities in Europe
These experiences allow students to:
- Develop skills in international environments
- Access advanced laboratories
- Collaborate with researchers and professionals
- Strengthen employability through scientific and industrial experience
05 Contact Us +
Address:
College of Physical Sciences and Engineering
Mohammed VI Polytechnic University
Lot 660, Hay Moulay Rachid
Ben Guerir, 43150, Morocco
Email: physicsschool@um6p.ma
Engineering Program academic / registration assistance: scolarite.cpse.ingenieriephysique@um6p.ma