Explore the programs and courses offered by Industrial Energy Systems (bachelor's degree)
Browse Programs Admission InformationThe Industrial Energy Systems training program aims to develop qualified professionals in the design and efficient management of energy systems, enabling better control of energy consumption in industrial enterprises while reducing their environmental impact. This program provides students with advanced skills in electricity production, efficient energy use, and technical analysis of energy systems. It also emphasizes a strong foundation in energy mechanics and thermal engineering, opening up broad opportunities in research, development, and higher education.
The Industrial Energy Systems program is based on the following core modules:
* First Year: Mathematics 1, Physics 1, Structure of Matter, Mathematics 2, Physics 2, Thermodynamics.
** Second Year: Mathematical Tools, Physics 3: Vibrations and Waves, Physics 4: Rational Mechanics, Mathematics 6, Applied Numerical Methods, Fluid Mechanics 1, Heat Transfer 1.
*** Third Year: Internal Combustion Engines, Heating and Air Conditioning 1, Turbomachinery 1, Industrial Combustion and Pollution 1, Gas Refining and Liquefaction 1, Metrology and Instrumentation, Propulsion Systems, Industrial Maintenance 1, Industrial Hydraulics and Pneumatics, Energy Conversion.
*This Industrial Energy Systems training program allows students to pursue a master's degree in the same field, as well as in specialties related to renewable energy in mechanics and energetics.
*This program also provides students with the opportunity to access doctoral studies.
* It paves the way for the creation of a micro-enterprise in the mechanical industry.
* This specialization qualifies graduates to work in various sectors, including design offices, performance analysis, consulting expertise, machine maintenance, and business management.
Admission Requirements:
Technical Baccalaureate – Scientific Baccalaureate – Mathematics Baccalaureate.
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