Explore the programs and courses offered by Environmental Process Engineering
Browse Programs Admission InformationDuration:2 years (4 semesters)
The Environmental Engineering Program focuses on graduates' application of science and technology to solve environmental problems, contributing to improved air, water and soil quality and environmental protection. Students learn how to manage and treat solid waste, reduce air pollution, and treat wastewater from industrial and commercial installations. In addition to knowing how pollutants interact in aquatic and atmospheric ecosystems, their places of arrival and their impact on soil, water and air, graduates will be able to plan, expand and supervise pollution control facilities. They will also be able to use AI software to simulate and study ecological phenomena and develop plans to reduce and treat their risks at the lowest cost.
- One of the most important goals is to provide high-quality education based on reducing theoretical subjects and focusing on training and the student’s acquisition of various skills so that he graduates as an environmental engineer capable of joining jobs.
- The program ensures the training of environmental engineers to design and implement systems for treating and preventing pollution, managing waste, ensuring compliance with environmental regulations, and monitoring their application in institutions and industrial sectors.
- The program helps students apply artificial intelligence programs to simulate environmental phenomena and risks, contain them, and provide appropriate ideas.
-Activating external field training for students by concluding partnerships and agreements with institutions and bodies in the country.
Recommended knowledge requirements
To succeed in obtaining a master's degree in this specialization and keep up with the program, students are expected to have prior basic knowledge
-Mineral and analytical chemistry and solution chemistry and Water chemistry
-Concepts of chemical, kinetic, thermodynamic and enchimiegenal base.
-Thermodynamics, Differential equations, Transfer phenomena (material transfer, fluid mechanics,.).
-Heat transfer, Fluid mechanics, mathematical concepts (first and second order differential equations, integrals calculation, etc.).
-Transfer phenomena, fluid mechanics.
-Basic knowledge of homogeneous reactors
-Material and heat transfer, catalysis, reactors, unit operations.
As students progress through the program, they explore more specialized and advanced subjects essential to the field of process engineering. These include:
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These advanced units are further enriched by practical laboratory work, technical projects and realistic applications. This practical experience
enables students to apply theoretical concepts In multiple sectors: - Water clearance and treatment Control and treatment of waste to protect the
environment. Petroleum refining, petrochemical production industry, pharmaceutical industry and as a massage in chemical industries and energy
systems, improve industrial processes, and effectively prepare them for jobs in process engineering, industrial research and production management.
Bachelor's degree licensed to join the Master with the calculation factor of the Bachelor
- Methods Engineering 1
-Materials Engineering 0.8
-Materials Engineering ( SM Specialization ) 0.7
- Materials Physics ( SM Specialization ) 0.7
- Inorganic Chemistry ( SM Specialization ) 0.65
- Other Bachelor Field of ST Science and Technology 0.6
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