Explore the programs and courses offered by Environmental Process Engineering
Browse Programs Admission InformationThis advanced program provides specialized training in sustainable industrial processes, focusing on water, air, and waste treatment technologies, as well as process optimization for environmental applications. The curriculum combines theoretical foundations, laboratory work, and simulation tools to prepare graduates for careers in pollution control, resource recovery, and cleaner production.
Key Focus Areas
Practical & Technical Skills
✔ Hands-on Laboratories: Water chemistry, unit operations, adsorption, bioreactors
✔ Process Simulators: Modeling and optimization of environmental systems
✔ Experimental Design: Statistical methods for process efficiency
✔ Technical English: Industry-specific terminology
Professional & Ethical Training
Career Pathways
Graduates are equipped for roles in:
Program Outcome: Expertise in eco-efficient process engineering, enabling graduates to address industrial pollution challenges while optimizing resource use.
First Year Master
Semester 1 (S1):
Water Chemistry, Atmospheric Pollution, Fluid-Fluid Unit Operations (extraction, distillation, absorption, and stripping), Heat Exchangers, Water Chemistry Lab, Fluid-Fluid Unit Operations Lab, Heat Exchangers Lab, Process Engineering Simulators
Semester 2 (S2):
Drinking Water Production, Solid Waste Management and Treatment, Adsorption Processes and Membrane Separation, Physico-Chemical Wastewater Treatment, Porous and Dispersed Media, Water Treatment and Adsorption/Membrane Separation Lab, Process Water Treatment and Conditioning
Second Year Master
Semester 3 (S3):
Theoretical Foundations and Biological Wastewater Treatment, Gaseous Effluent Treatment, Technical Thermodynamics, Multiphase Reactors and Bioreactors, Biological Wastewater Treatment/Bioreactors Lab, Process Intensification, Polluted Soil Treatment, Experimental Design
Semester 4 (S4):
Internship in a company or research laboratory, culminating in a thesis and defense.
This program explores cutting-edge pollution treatment technologies with a special focus on innovative approaches. Students gain in-depth knowledge of advanced membrane processes for water purification, including reverse osmosis and nanofiltration techniques. Intensive biological reactor modeling represents another key component, covering membrane bioreactors and activated sludge systems.
The curriculum also examines modern methods for gaseous effluent treatment, particularly catalytic processes and high-performance biofilters. A significant portion addresses waste-to-energy conversion through pyrolysis and gasification technologies. Circular economy principles are integrated through industrial water recycling and secondary raw material recovery processes.
Digital technologies play an increasingly important role, incorporating digital twins for treatment plant optimization and AI applications for process control. Students also learn life cycle assessment methods for eco-designing industrial processes.
The program completes this overview of advanced environmental technologies with innovative soil remediation techniques, including electrokinetic and phytoremediation methods. These courses leverage unique experimental platforms, enabling students to master both theoretical and operational aspects of these technologies.
For high school graduates (baccalaureate holders) wishing to enroll in Bachelor's or Engineering programs:
Please refer to the annual notice regarding preliminary registrations and guidance for baccalaureate holders issued by the Ministry of Higher Education and Scientific Research.
For students seeking to enroll in Master's programs:
Selection is conducted by pedagogical committees based on:
· Available program capacity
· Relevance of the applicant's Bachelor's degree to the chosen specialization
(Consult training offers on the university website).
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