This program offers both research-based and course-based options for graduate studies in chemical engineering, including Master of Engineering (M.Eng.), Master of Science (M.Sc.), and Ph.D. programs. It provides students with access to state-of-the-art facilities, research centers, and labs, allowing them to conduct original research in various areas such as biochemical engineering, corrosion, fluid mechanics, reaction engineering, and thermodynamics. The program is designed to foster innovation and advanced technical skills, with an emphasis on research and practical application in the field of chemical engineering.
Why this course is highly recommended
This program is highly recommended for students interested in engaging in original research with access to cutting-edge facilities. It prepares graduates for careers in academia, industry, and research institutions by offering comprehensive training in chemical engineering principles and innovative technologies. The program also provides opportunities for collaboration through partnerships, such as the dual degree option with the Indian Institute of Technology – Roorkee, which enhances academic and research networks globally.
The program encompasses a wide range of research areas and specializations, including membrane science and nanotechnology for energy and water sustainability, biochemical conversion technologies, mineral processing and hydrometallurgy, food and biomass processing, catalysis and reaction engineering, biomaterials, bioenergetics, environmental bioengineering, and process modeling. Students can work with faculty members who specialize in these fields to develop expertise tailored to their interests and career goals.
Application fees
6.85L
1st year tuition fees
6.85L
Living cost
Admission to the Master of Engineering and Master of Science programs requires a four-year honours degree or equivalent in a relevant field, with a minimum average of 70%. For the Ph.D. programs, applicants need a master's degree or equivalent, also with a minimum average of 70%. Direct entry to the Ph.D. program may be available for exceptionally strong students who meet specific criteria, including a GPA of at least 80% in the last two years of undergraduate study.

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Graduates from this program can pursue careers in industries such as energy, environment, biotechnology, materials, and manufacturing, engaging in research, development, and process optimization. Opportunities also exist in academia and research institutions, where graduates can contribute to innovative solutions for industrial challenges and sustainability.