The Under Graduate "B.Tech. Chemical Engineering” (previously. B.E. Chemical Engineering) 2018 batch onwards programme imparts high standard training, emphasizing on Chemical Engineering fundamentals - Heat Transfer, Mass Transfer, Fluid Mechanics, Process Control, Reaction Engineering, Computer Aided Engineering to groom them to carry out economic environment friendly Design, Technology Development and operation of wide range of Chemical Plants – Industrial chemicals, petroleum, polymers, pharmaceuticals, cement, fertilizer, Fuel, processed food etc. The core curriculum is complemented by electives in the important emerging areas like Nanotechnology, Biotechnology, Molecular Simulation, Food Science and Engineering Colloidal Science and Engineering etc.
In addition to the core chemical Engineering subjects, students of “B.Tech. Chemical Engineering - Plastics and Polymer” programme are exposed to courses in Polymer Materials Technology, Polymer Processing, Polymer Product Design and Development to serve industries involved in polymer manufacture, polymer processing and conversion industries, polymer processing machinery manufacturing industries and advanced level research in the field of polymer science and engineering.
The Department also offers facilities for “Ph.D.” programme in fields of Chemical Engineering, and allied fields like Polymer science and Engineering, Food and Biochemical Engineering, Energy Engineering, Environmental Engineering etc. .
Under Graduate Programmes:
- Bachelor of Technology (2021 Batch onwards under CBCS)
- Bachelor of Technology (2020 Batch under CBCS)
- Bachelor of Technology (2019 Batch under CBCS)
- Bachelor of Technology (2018 Batch under CBCS)
- Bachelor of Engineering (Till 2017 Batch under non-CBCS)
Integrated M.Sc. Programmes:
Doctoral Programmes:
Doctoral Programme in the fields of Chemical Engineering, Polymer Science and Engineering, Food Processing Technology.
PhD Syllabus
Lecture Notes for Chemical Engineering
As per CBCS Course Structure (2021)
|
Subject Name
|
Module
|
|
Thermodynamics
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Fluid Mechanics
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Chemical Process Calculations
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Heat Transfer Operations
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Mechanical Operations
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Mass Transfer Operation - I
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Chemical Reaction Engineering - I
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Material Science & Engineering
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Mass Transfer Operation - II
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Chemical Reaction Engineering-II
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Project Engineering and Economics
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Chemical Process Technology
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Transport Phenomena
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Process Control & Instrumentation
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
|
Process Modeling, Simulation & Optimization
|
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
| Biomaterial |
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
| Process Technology & Economics I |
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
| Computer Aided Process Engineering |
Mod-1
|
Mod-2
|
Mod-3
|
Mod-4
|
Mod-5
|
As per Non-CBCS Course Structure