Process engineering

Explore the programs and courses offered by Process engineering

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Program Overview

Process Engineering is an important field within the domain of Science and Technology (ST). Initially developed around fundamental Chemical Engineering, this field now encompasses a wide range of specialties (Chemical Engineering, Environmental Engineering, Materials Engineering, Pharmaceutical Engineering, Electrochemical Engineering, Cryogenics, Energy, Agri-food, etc.).

Process Engineering plays a key role in all industrial processes involving the transformation of matter and energy. Therefore, it is crucial to train individuals capable of mastering transformation processes at an industrial scale. This Bachelor's program, which includes the core subjects of the field (physical chemistry, unit operations, transport phenomena, reactors, etc.), provides a foundational education for all specialties within Process Engineering.

Upon completing this multidisciplinary training, graduates will have acquired fundamental knowledge not only in core sciences (Mathematics, Physics, Chemistry), but also in technology and industrial processes (Reactors, Processes, Transport Phenomena, Instrumentation, Industrial Installations, etc.), which are essential for understanding process engineering and its various applications.

This program enables graduates not only to pursue further studies and prepare for various specialized Master's degrees, but also to integrate quickly into the socio-economic sector.


Teaching Language : English

Curriculum Highlights

Core Courses

Semester 1

Mathematics 1

Physics 1

Structure of Matter

Semester 2

Mathematics 2

Physics 2

Thermodynamics

Semester 3

Mathematics 3

Waves and Vibrations

Fluid Mechanics

Inorganic Chemistry

Semester 4

Solution Chemistry

Organic Chemistry

Chemical Thermodynamics

Numerical Methods

Chemical Kinetics

Semester 5

Heat Transfer

Mass Transfer

Momentum Transfer

Electrochemistry

Instrumentation - Sensors

Kinetics and Homogeneous Catalysis

Semester 6

Unit Operations

Equilibrium Thermodynamics

Homogeneous Reactors

Surface Phenomena and Heterogeneous Catalysis


Advanced Topics

Admissions Information