Explore the programs and courses offered by Process Engineering
Browse Programs Admission InformationProcess Engineering is an important field in the Science and Technology (ST) domain. This field, which initially developed around fundamental Chemical Engineering, groups together a very wide range of specialities (Chemical Engineering, Environmental Engineering, Materials Engineering, Pharmaceutical Engineering, Electrochemical Engineering, Cryogenics, Energy, Agri-food, etc.).
Process Engineering plays an essential role in all industrial processes for transforming matter and energy. To this end, it is vital to train people capable of mastering transformation processes on an industrial scale. This bachelor's degree, whose curriculum includes the fundamental subjects of the field (physical chemistry, unit operations, transfer phenomena, reactors, etc.), constitutes basic training for all Process Engineering specialities.
At the end of this multi-disciplinary training, graduates will have acquired basic knowledge not only in the fundamental sciences (Maths, Physics, Chemistry), but also in technology and industrial processes (Reactors, Processes, Transfer Phenomena, Instrumentation, Industrial Installations, etc.) which are necessary for understanding process engineering and its various applications.
S1: Analysis 1; Algebra 1; Elements of Chemistry (structure of matter); Elements of Mechanics (Physics 1); Probability and Statistics; Structure of computers and applications.
S2: Analysis 2; Algebra 2; Electricity and Magnetism (Physics 2); Thermodynamics; Technical Drawing; Programming (Computer Science 2).
S3: Applied mathematics; Waves and vibrations; Fluid mechanics; Industrial organic chemistry; Solution chemistry.
S4: Heat transfer; Matter transfer; Quantity of motion transfer; Chemical kinetics and homogeneous catalysis; Chemical thermodynamics; Industrial inorganic chemistry; Numerical methods; Computer-aided drawing.