Process ingineering Undergraduate Programme By Université Abderrahmane Mira – Béjaia |TopUniversities

Process ingineering

Main Subject Area

Engineering - ChemicalMain Subject Area

Programme overview

Main Subject

Engineering - Chemical

Degree

BA

Study Level

Undergraduate

Study Mode

On Campus

Process Engineering is an important sector in the field of science and technology. It is a cross-disciplinary field; the first degree that you need to become a successful process engineer can be in any engineering field related to energy engineering, environmental engineering, mechanical engineering, or even material science and chemistry. Indeed, this sector, which initially developed around fundamental Chemical Engineering, brings together a very wide range of specialties (Chemical Engineering, Environmental Engineering, Materials Engineering, Pharmaceutical Engineering, Electrochemical Engineering, etc.). Process Engineering plays a central role in our pursuit to tackle global challenges, which is essential in all industrial processes for the transformation of matter and energy.The objective of the Process Engineering department is to train students capable of designing, operating, improving, or managing processes for industrial sectors varied taking into account environmental and energy criteria. It is essential to train people capable of mastering transformation processes on an industrial scale. This bachelor's degree, whose curriculum contains the fundamental subjects of the sector (physical chemistry, unit operations, transfer phenomena, reactors, etc.) constitutes basic training for all the specialties of Process Engineering. The objectives of the undergraduate program are to provide students an excellent academic experience and to equip graduates with the ability to solve a broad range of problems in our rapidly changing technological, economic and social environment. 
At the end of this multidisciplinary training, graduates will have acquired basic knowledge, not only in basic sciences (Maths, Physics, Chemistry), but also in technology and industrial processes (Reactors, Process, Transfer Phenomena, Instrumentation, Industrial installations etc.) which are necessary for the understanding of process engineering and its various applications.This training allows the graduate to not only pursue studies and prepare for various specialized masters, but also to integrate quickly into the socio-economic sector.

Programme overview

Main Subject

Engineering - Chemical

Degree

BA

Study Level

Undergraduate

Study Mode

On Campus

Process Engineering is an important sector in the field of science and technology. It is a cross-disciplinary field; the first degree that you need to become a successful process engineer can be in any engineering field related to energy engineering, environmental engineering, mechanical engineering, or even material science and chemistry. Indeed, this sector, which initially developed around fundamental Chemical Engineering, brings together a very wide range of specialties (Chemical Engineering, Environmental Engineering, Materials Engineering, Pharmaceutical Engineering, Electrochemical Engineering, etc.). Process Engineering plays a central role in our pursuit to tackle global challenges, which is essential in all industrial processes for the transformation of matter and energy.The objective of the Process Engineering department is to train students capable of designing, operating, improving, or managing processes for industrial sectors varied taking into account environmental and energy criteria. It is essential to train people capable of mastering transformation processes on an industrial scale. This bachelor's degree, whose curriculum contains the fundamental subjects of the sector (physical chemistry, unit operations, transfer phenomena, reactors, etc.) constitutes basic training for all the specialties of Process Engineering. The objectives of the undergraduate program are to provide students an excellent academic experience and to equip graduates with the ability to solve a broad range of problems in our rapidly changing technological, economic and social environment. 
At the end of this multidisciplinary training, graduates will have acquired basic knowledge, not only in basic sciences (Maths, Physics, Chemistry), but also in technology and industrial processes (Reactors, Process, Transfer Phenomena, Instrumentation, Industrial installations etc.) which are necessary for the understanding of process engineering and its various applications.This training allows the graduate to not only pursue studies and prepare for various specialized masters, but also to integrate quickly into the socio-economic sector.

Scholarships

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