The Department offers a diverse range of programs in Chemical Engineering and allied disciplines, designed to cater to the evolving needs of the industry.

• B.Tech in Chemical Engineering (4 Years)
  The Department offers a 4 Year B.Tech. program in Chemical Engineering. The current intake of the course is 126. The admission is through a common counselling process conducted by Joint Seat Allocation Authority (JoSAA) for the JEE Main qualified candidates. Foreign nationals are also admitted to this programme through schemes such as DASA, SII etc. The curriculum provides students with a thorough grasp of chemical engineering fundamentals, advanced techniques, and real-world applications. It aligns with industry needs, preparing graduates for immediate impact.
  The department offers Honors in Chemical Engineering, which is an optional credential that students can achieve by completing an extra 18 credits within Chemical Engineering.
  The department also offers Minor in Chemical Engineering for the students of other disciplines. To earn this additional credential, students must complete 18 credits of courses in Chemical Engineering.
  B.Tech Scheme and Syllabus
• M.Tech in Sustainable Energy Generation and Storage Technologies (SEG&ST) (2 Years)
  A new and distinguished multidisciplinary M.Tech. program in 'Sustainable Energy Generation and Storage Technologies (SEG&ST)' launched in 2023-24. This interdisciplinary program is open to individuals from diverse backgrounds, including Chemical Engineering, Energy Engineering, Petrochemical Engineering, Electrical Engineering, Mechanical Engineering, Metallurgical and Materials Engineering, Civil Engineering, Biotechnology, and allied disciplines. The curriculum offers a range of exciting electives for a personalized learning experience.
  M.Tech (SEG&ST) Scheme and Syllabus
• M.Tech in Chemical Engineering (2 Years)
  M.Tech in Chemical Engineering (ChE) program offers a transformative learning experience through advanced research, specialized coursework, and practical applications in the complex realms of chemical engineering. Originally launched in 1968 as M.Tech. in Chemical Plant Engineering, it evolved in 1987 to focus on Computer Aided Process & Equipment Design (CAPED), and in 2015, it became M.Tech. in Chemical Engineering to meet industry demands. Admission is through CCMT for GATE-qualified students, with a few self-finance seats available.
  M.Tech (ChE) Scheme and Syllabus
• M.Tech in Systems and Control Engineering (2 Years)
  M.Tech. in Systems and Control Engineering (SCE) is designed to equip engineers with specialized skills in process control and systems engineering. Originally launched as M.Tech. in Process Control in 2016, it evolved into M.Tech. in Systems and Control Engineering in 2021 to meet industry needs. This is an interdisciplinary program admitting students with different backgrounds such as Instrumentation & Control Engineering, Electrical Engineering, Electronics and Instrumentation, Chemical Engineering, etc. It integrates education and research to stay updated in the field of Control and Automation.
  M.Tech (SCE) Scheme and Syllabus
• PG. Diploma in Systems and Control Engineering (1 Year)
  The program spans for a period of one year and is with effect from the 2021-2022 academic year. This is a self-sponsored program. It is an interdisciplinary program admitting students with different backgrounds such as Instrumentation & Control Engineering, Electrical Engineering, Electronics and Instrumentation, Chemical Engineering, etc. Education and research are closely integrated within this PG diploma program, which helps to stay aware of the latest developments in the field of Control and Automation. This course is also open to people working in industry. The program is only offered under the self-sponsored category with an annual intake of 10 seats.
• Ph.D. Program (Full-time & Part-time)
  Embark on an intellectual journey with our Ph.D. program in the Chemical Engineering department. Explore a wide range of cutting-edge research areas, including sustainable energy, advanced carbon materials, polymer composites, 3D printing, water treatment, molecular simulations, fuel cells, batteries, electrocatalysis, process optimization, biochemical engineering, petrochemical engineering, enzymatic processes, and AI & ML applications. Our program is funded through research projects and/or by the Ministry of Education and is also recognized under QIP, offering a comprehensive research experience guided by accomplished mentors.