Explore the programs and courses offered by Chemical Engineering
Browse Programs Admission InformationThe Master’s in Chemical Engineering is a two year program designed to train engineers capable of addressing the pressing technological and environmental challenges in the chemical, energy, and process industries. Combining scientific rigor with engineering creativity, the program delivers advanced competencies in transport phenomena, process simulation, thermodynamics, reaction engineering, and sustainable process design.
Students benefit from a pedagogical approach that integrates theoretical foundations with industrial relevance. With a strong emphasis on process modeling, optimization, and intensification, the program prepares graduates to contribute effectively to innovation, scale-up, and performance improvement of chemical processes in sectors such as petrochemicals, pharmaceuticals, energy systems, and environmental engineering.
This program is ideal for students aiming to:
· Develop advanced technical and analytical skills in process engineering,
· Pursue careers in chemical, petrochemical, pharmaceutical, or environmental industries,
· Engage in applied research and innovation in chemical process development.
The Master’s program in Chemical Engineering is structured around a coherent set of advanced courses that build on prior undergraduate knowledge while developing expertise in key areas of the discipline. From the first semester, students engage in subjects such as Unit Operations, Applied Thermodynamics, Heat Exchangers, Reaction Engineering, and Process Simulation. These courses are designed to strengthen analytical and technical skills essential for mastering more complex topics, including process optimization, system modeling, and multiphase reactor design. This focused academic foundation enables students to approach contemporary industrial and environmental challenges with confidence and engineering insight.
As students progress through the Master’s program in Chemical Engineering, they explore specialized and advanced subjects that reflect the complexity and diversity of modern chemical processes. These include:
· Process Modeling and Simulation
· Reaction Engineering and Multiphase Reactor Design
· Membrane and Advanced Separation Processes
· Process Control and Automation
· Petrochemical and Refining Technologies
· Process Intensification and Energy Integration
· Optimization Methods for Chemical Processes
· Experimental Design and Data Analysis
These advanced modules are reinforced through hands-on laboratory sessions, simulation based projects, and case studies. By applying theoretical principles to realistic engineering scenarios, students develop the technical expertise and problem-solving abilities required for careers in process design, energy systems, petrochemicals, and research and development.
Admission to the Master’s in Chemical Engineering is open to candidates holding a Bachelor’s degree in Process Engineering, Chemical Engineering or a closely related discipline. Selection is based on academic merit, motivation, and alignment with the program's objectives. International applicants are welcome and are encouraged to contact the admissions office for guidance throughout the application process.
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