PSL University Master Materials Science and Engineering Guide 2026

Why Choose PSL University for Materials Science

Université PSL (Paris Sciences et Lettres) has rapidly established itself as one of the most prestigious research universities in Europe, consistently ranking among the top 50 globally in the Times Higher Education World University Rankings. For students passionate about materials science and engineering, PSL offers a unique advantage that few institutions worldwide can match: a master’s program co-delivered by three of France’s most elite engineering and chemistry schools, all located within walking distance of each other in the historic Latin Quarter of Paris.

The Master in Materials Science and Engineering (Sciences et Génie des Matériaux) at PSL is designed to train high-level scientists with an integrative understanding of materials across their entire lifecycle. From designing next-generation polymers and advanced metal alloys to predicting the lifespan of ceramic components and developing biomaterials, this program bridges the gap between fundamental science and real-world engineering applications. Students gain expertise in the critical relationships between synthesis processes, microstructures, and the structural and functional properties that determine how materials perform in demanding environments.

What truly distinguishes the PSL materials science program is its collaborative structure. Rather than being confined to a single department, students learn from researchers across Chimie ParisTech, MINES ParisTech, and ESPCI Paris — each institution bringing distinct strengths in chemistry, engineering, and applied physics. This multi-institutional approach exposes students to diverse research methodologies and creates a network of contacts that spans multiple disciplines and industries.

Program Structure and Three Specialization Tracks

The PSL Materials Science master follows the standard European two-year structure (120 ECTS), divided into a foundational Master 1 (M1) year and a specialized Master 2 (M2) year. This architecture ensures students build a solid common foundation before diving into their chosen specialization.

During the Master 1 year, all students follow a common curriculum regardless of their intended M2 track. This shared first year covers the fundamental principles of materials science, including crystallography, thermodynamics of materials, mechanical behavior, surface science, and characterization techniques. The M1 year ensures that students from different undergraduate backgrounds — whether chemistry, physics, mechanics, or engineering — reach a comparable level of expertise before specializing.

The Master 2 year offers three distinct tracks, each with its own focus and language of instruction:

For international students, the MAGIS track is the primary gateway, as it is the only track fully available in English. This track is jointly delivered with additional partners — Arts et Métiers ParisTech and University Paris Saclay — further expanding the range of expertise and research facilities available to students. If you are interested in comparing this with other top engineering programs in Europe, our FAU Erlangen-Nuremberg master programs guide provides a useful benchmark.

Curriculum Deep Dive: The MAGIS Track

The MAGIS track represents the most internationally oriented pathway within the PSL Materials Science master. With its focus on the mechanics of materials and the relationships between processing, microstructure, and mechanical properties, MAGIS prepares students for both cutting-edge research and advanced industrial applications.

Semester 3: Core Courses and Specialization Options

The third semester (first semester of M2) combines 150 hours of core courses worth 18 ECTS with 120 hours of option courses worth 12 ECTS, totaling 300 hours and 30 ECTS. Core courses that all MAGIS students must complete include:

• Materials Sciences (30h, 3 ECTS) — fundamental properties and behavior of engineering materials
• Materials Constitutive Equations (30h, 3 ECTS) — mathematical modeling of material behavior under various loading conditions
• Numerical Methods for Continuum Mechanics (30h, 3 ECTS) — computational approaches to solving mechanics problems
• Advanced Experimental Methods (3 ECTS) — modern characterization and testing techniques
• Experimental Methods and Field Identification (30h, 3 ECTS) — practical measurement and data analysis
• Research Project (3 ECTS) — independent research under faculty supervision

Students then choose one of four specialization options, each requiring three mandatory courses plus one elective:

• Option 1 — Damage and Fracture: Fracture mechanics, impact loading mechanics, and continuum damage mechanics
• Option 2 — Metal and Alloy Processing: Solid metal processing, fluid metal processing, and metal processing modeling
• Option 3 — Polymers and Composites: Polymer processing, durability of polymers, and polymer behavior
• Option 4 — Innovative Cutting Processes: Solid metal processing, thermomechanical simulation, and dynamics/experimentation

Semester 4: The Research Internship

The entire fourth semester is dedicated to a minimum 5-month internship (30 ECTS), conducted either in an academic research laboratory or in a high-technology industrial setting. This extended internship is a hallmark of the French engineering education tradition, providing students with deep immersion in real-world research or industrial projects. Many students complete their internships at partner companies in the aerospace, automotive, energy, and biotechnology sectors, often leading directly to employment offers or PhD positions.

Admission Requirements and Application Process

Admission to the PSL Materials Science master is selective, reflecting the program’s prestigious reputation and the quality of its partner institutions. Requirements differ depending on whether you are applying for M1 or M2 entry.

Master 1 Entry Requirements

To enter the first year of the program, applicants need a Bachelor of Science degree (or equivalent, 180 ECTS minimum) in one of the following disciplines:

• Chemistry
• Physics
• Mechanics
• Engineering

The application is assessed holistically, considering academic transcripts, motivation letter, recommendation letters, and relevant research or industry experience. For international applicants to the MAGIS track, English proficiency at the B2/C1 level is expected, typically demonstrated through IELTS (6.5+), TOEFL iBT (85+), or equivalent certification.

Master 2 Direct Entry

Students who have completed an M1 year in science at another institution, or who have successfully finished the second year of a French engineering school (école d’ingénieur), may apply directly to M2. In exceptional cases, students holding only a Bachelor of Science degree with outstanding academic records may also be considered for direct M2 entry.

Applications are submitted through the PSL program website, and the program coordinators — Professors Cécilie Duhamel and Domitille Giaume — manage the selection process. For the MAGIS track specifically, Professor Thilo Morgeneyer serves as the primary contact. Registration is handled through Chimie ParisTech.

Partner Institutions: Chimie ParisTech, MINES, and ESPCI

The collaborative nature of the PSL Materials Science program is one of its defining strengths. Each of the three core partner institutions brings unique expertise and world-class research capabilities to the program.

Chimie ParisTech (officially the National School of Chemistry of Paris) is France’s premier chemistry school. Located at 11 rue Pierre et Marie Curie in the 5th arrondissement, it houses advanced research laboratories specializing in materials synthesis, surface chemistry, and chemical engineering. As the registration institution for the master’s program, it serves as the administrative home for all enrolled students.

MINES ParisTech (officially the National School of Mines of Paris), situated at 60 boulevard Saint-Michel, is one of the oldest and most prestigious engineering schools in France. Its Centre des Matériaux (Materials Center) is internationally renowned for research in mechanical behavior of materials, computational mechanics, and materials characterization. MINES ParisTech also offers the Advanced Master in Design of Materials and Structures, providing a natural continuation for students who wish to pursue further specialization.

ESPCI Paris (School of Industrial Physics and Chemistry of the City of Paris), at 10 rue Vauquelin, is a uniquely research-intensive institution where Nobel Prize-winning discoveries (including Pierre-Gilles de Gennes’s work on polymers) have been made. Its laboratories excel in soft matter physics, polymer science, microfluidics, and nanoscience — fields that directly inform the program’s curriculum.

For the MAGIS track, two additional partners expand the program’s scope: Arts et Métiers ParisTech contributes expertise in manufacturing processes and mechanical engineering, while University Paris Saclay provides access to one of Europe’s largest scientific campuses, with students attending one day per week.

Hands-On Learning and Internship Experience

The PSL Materials Science program distinguishes itself through an exceptionally strong emphasis on practical, hands-on learning — what the program calls its “learn-by-doing” approach. This philosophy is embedded throughout the two-year curriculum and ensures graduates possess not only theoretical knowledge but genuine laboratory competence and industrial readiness.

Across the two years, students complete more than 150 hours of experimental work in the laboratories of the partner institutions. These practical sessions cover a wide range of techniques:

• Mechanical testing (tensile, compression, fatigue, impact)
• Microstructural characterization (SEM, TEM, X-ray diffraction, EBSD)
• Thermal analysis (DSC, TGA, DMA)
• Processing techniques (casting, forging, injection molding, 3D printing)
• Numerical simulation tools (finite element analysis, molecular dynamics)

The internship component is equally substantial. Over the two years, students accumulate a minimum of 32 weeks of internship experience, with the M2 internship alone spanning at least five months. These internships take place in either academic research laboratories or high-technology industrial settings, providing genuine professional experience in materials science.

Recent internship placements have included positions at Safran (aerospace), Airbus (aviation), Saint-Gobain (materials), ArcelorMittal (steel), Total Energies (energy), and numerous CNRS research laboratories. Many of these internships lead directly to PhD offers or full-time employment, making the program a powerful launchpad for careers in both research and industry.

Career Outcomes and PhD Pathways

Graduates of the PSL Materials Science and Engineering master enjoy outstanding career prospects, benefiting from the strong reputation of PSL and its partner institutions, the program’s rigorous training, and the robust demand for materials scientists across multiple high-technology sectors.

The program explicitly prepares students for two primary career pathways:

Academic and Research Careers

For students drawn to research, the master’s degree provides direct access to PhD programs through PSL’s doctoral schools. Three doctoral schools are particularly relevant:

• DS Systems Engineering, Materials, Mechanics, and Energetics — for students focused on mechanical behavior and engineering applications
• DS Physics and Chemistry of Materials — for students interested in fundamental materials science
• DS Physical and Analytical Chemistry — for students with a chemistry-focused research agenda

PSL doctoral students benefit from access to world-class research infrastructure, international collaborations, and generous doctoral funding. Many graduates also pursue PhDs at other leading institutions in France and internationally, with the PSL brand opening doors at top research universities worldwide.

Industry Careers

For students targeting industry positions, the program’s strong industrial connections facilitate placement in high-technology sectors including:

• Aerospace and aviation: Safran, Airbus, Dassault Aviation, Thales
• Automotive: Renault, Stellantis, Faurecia
• Energy: TotalEnergies, EDF, ENGIE
• Materials and chemicals: Saint-Gobain, ArcelorMittal, Air Liquide, Arkema
• Biotechnology and medical devices: emerging opportunities in biomaterials and tissue engineering

An additional pathway unique to PSL is the PSL-ITI (Institute of Technology and Innovation) program, which trains a new generation of researchers, engineers, and entrepreneurs. This research-based program is ideal for students who want to bridge the gap between cutting-edge materials research and entrepreneurship, combining scientific depth with innovation management and business development skills.

Student Life in the Heart of Paris

Studying materials science at PSL means living and learning in one of the world’s most culturally rich cities. All three core partner institutions are located in the Latin Quarter of Paris’s 5th arrondissement — the historic heart of French academic life since the Middle Ages. The Sorbonne, the Panthéon, the Luxembourg Gardens, and the Seine River are all within a short walk of campus.

For international students, PSL provides comprehensive support through the PSL Welcome Desk, a bilingual team that assists with administrative procedures, housing, visa issues, and everyday life in Paris. The Welcome Desk organizes regular activities including touristic jogging tours, cultural visits, networking events connecting international students with Parisian peers, French language improvement sessions, and neighborhood discovery walks across different parts of the city.

Living costs in Paris are higher than in many European university cities, but the quality of life and cultural opportunities are unmatched. Students should budget approximately €1,000–1,400 per month for accommodation, food, transport, and personal expenses. University residences managed by the CROUS offer the most affordable housing options, and PSL assists students in navigating the French housing system, including access to the CAF housing allowance available to all students in France, regardless of nationality.

The PSL student community is remarkably diverse, bringing together students from across France and around the world. Social life revolves around the numerous student associations at each partner institution, cultural events organized by PSL, and the vibrant neighborhood cafés, museums, and theaters that make the Latin Quarter one of the most dynamic areas of Paris. For prospective students comparing life in Paris with other European university cities, our Politecnico di Milano guide offers an Italian perspective.

How PSL Compares to Other Materials Science Programs

When evaluating materials science master’s programs in Europe, PSL occupies a distinctive position. In the Shanghai Global Ranking of Academic Subjects (GRAS), PSL ranks among the top institutions globally for materials science and engineering, reflecting the research excellence of its partner institutions and the quality of its graduate training.

PSL’s key competitive advantages include its exceptionally low tuition fees (as a French public university, only registration fees apply), the extensive internship component (32+ weeks versus 12 weeks at most competitors), and the multi-institutional delivery model that exposes students to diverse research cultures and approaches. The Latin Quarter location also offers a uniquely stimulating environment that combines academic rigor with cultural richness.

Funding and Scholarships for International Students

While PSL’s tuition fees are already remarkably affordable by international standards (approximately €250 per year in registration fees for EU students, and differentiated fees for non-EU students depending on current French government policy), several scholarship options exist to further support international students.

The French government’s Eiffel Excellence Scholarship Program, managed by Campus France, specifically targets international students admitted to master’s programs at top French institutions. Eiffel scholars receive a monthly stipend of approximately €1,181, plus housing support and travel allowances. PSL regularly nominates students for this prestigious program.

Additional funding sources include:

• PSL institutional scholarships: Merit-based awards for outstanding international applicants
• Île-de-France regional scholarships: Mobility grants for students from partner universities
• Embassy scholarships: Many countries offer government scholarships for students studying in France
• Erasmus+ grants: For EU students who spend part of their studies at PSL through exchange agreements
• Industry-funded scholarships: Some partner companies offer funded internships that include stipends during the M2 year

All students in France, regardless of nationality, are eligible for the CAF housing allowance (Aide Personnalisée au Logement), which can reduce monthly housing costs by €100–250 depending on the type of accommodation. This significant benefit effectively reduces the cost of living in Paris for all international students.