Materials Process Engineering

Program Overview

Are you passionate about materials science, process engineering, and innovation? The Master’s Program in Materials Process Engineering is designed for students who aspire to build expertise in advanced materials and their processing techniques. This two-year program (4 semesters) offers a dynamic mix of theoretical courses, hands-on practical work, and cutting-edge research. This program combines theory, practical laboratory work, and a final-year research project to prepare students for careers in both industry and academia.

Teaching Language : Français/Anglais

Curriculum Highlights

Core Courses

Year 1: Foundations of Materials and Processes

Semester 1

Material classification and structure
Silicates and their properties
Characterization techniques
Material aging and degradation
Thermodynamics of materials
Tutorials (TD) and laboratory work (TP)

Semester 2

Unit operations in materials engineering
Phase diagrams and equilibrium
Transformation and shaping processes
Industrial furnace technology
Surface and interface science
Introduction to process modeling
Continued TD and TP sessions

Year 2: Specialization and Research

Semester 3

Porous and dispersed media
Polymer and composite materials
Glass technology
Ceramics and binders
Advanced material systems

Semester 4

Final-year project (internship or research placement)
Thesis writing and defense
Development of real-world solutions
Presentation of work to academic and industry professionals

Advanced Topics

transformation and shaping processes

characterization techniques

Polymer and composite materials

Glass technology

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Admissions Information

Admission to the Master's program in Materials Process Engineering requires a Bachelor's degree (Licence) in Process Engineering

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