
B.E. Chemical Engineering
| S.No | Course Code | Course Title |
| 1 | CHE F211 | Chemical Process Calculation |
| 2 | CHE F212 | Fluid Mechanics |
| 3 | CHE F213 | Chemical Engineering Thermodynamics |
| 4 | CHE F214 | Engineering Chemistry |
| 5 | CHE F241 | Heat Transfer |
| 6 | CHE F242 | Numerical Methods for Chemical Engineers |
| 7 | CHE F243 | Material Science and Engineering |
| 8 | CHE F244 | Separation Processes I |
| 9 | CHE F311 | Kinetics and Reactor Design |
| 10 | CHE F312 | Chemical Engineering Lab I |
| 11 | CHE F313 | Separation Processes II |
| 12 | CHE F314 | Process Design Principles I |
| 13 | CHE F341 | Chemical Engineering Lab II |
| 14 | CHE F342 | Process Dynamics and Control |
| 15 | CHE F343 | Process Design Principles II |
|
S.No. |
Course Code |
Course Title |
|
16 |
CHE F411 |
Environmental Pollution Control |
|
17 |
CHE F412 |
Process Equipment Design |
|
18 |
CHE F413 |
Process Plant Safety |
|
19 |
CHE F414 |
Transport Phenomena |
|
20 |
CHE F415 |
Molecular and Statistical Thermodynamics |
|
21 |
CHE F416 |
Process Plant Design Project I |
|
22 |
CHE F417 |
Process Plant Design Project II |
|
23 |
CHE F418 |
Modeling and Simulation in Chemical Engineering |
|
24 |
CHE F419 |
Chemical Process Technology |
|
25 |
CHE F421 |
Bio-chemical Engineering |
|
26 |
CHE F433 |
Corrosion Engineering |
|
27 |
CHE F471 |
Advanced Process Control |
For details of courses:
M.E. Chemical EngineeringThere are two routes of admission; one is through GATE and the other is through the BITS HD admission test. This higher degree program of the department is research centric and prepares the students for a productive research/professional career. This degree provides salient features such as intensive research training under one-year dissertation option, rigorous industrial exposure under six-month practice school option, hands-on experience in the state of the art analytical instrumentation and software facilities, unique research methodology training by the faculty members, and thorough teaching training under experienced faculty members. There is a Provision for vertical transfer from ME to PhD Program.
For more details on admission to the programme:
https://www.bits-pilani.ac.in/admissions/
M.E. Chemical Engineering
The following are the list of courses offered in M.E. Chemical Engineering (without specialisation in petroleum engineering)
Core Courses
| Course Code |
Course Name |
L P U |
|
CHE G523 |
Mathematical Methods in Chemical Engineering |
3 2 5 |
|
CHE G614 |
Advanced Heat Transfer |
3 2 5 |
|
CHE G622 |
Advanced Chemical Engineering Thermodynamics |
3 2 5 |
|
CHE G641 |
Reaction Engineering |
3 2 5 |
|
BITS G661 |
Research Methodology I |
5 |
Elective Courses
|
Course Code |
Course Name |
L P U |
|
BIO G544 |
Bioremediation and Biometallurgy |
5 |
|
BITS F318 |
Science and Engineering of Solid Surfaces |
3 0 3 |
|
BITS F418 |
Introduction to Biomedical Engineering |
3 1 4 |
|
BITS F429 |
Nanotechnology for Renewable Energy and Environment |
3 1 4 |
|
CHE F413 |
Process Plant Safety |
3 0 3 |
|
CHE F421 |
Biochemical Engineering |
3 0 3 |
|
CHE F423 |
Membrane Science and Engineering |
3 0 3 |
|
CHE F424 |
Rheology of complex fluids |
3 0 3 |
|
CHE F471 |
Advanced Process Control |
3 0 3 |
|
CHE G512 |
Petroleum Refining and Petrochemicals |
3 1 4 |
|
CHE G513 |
Environmental Management Systems |
3 2 5 |
|
CHE G522 |
Polymer Technology |
3 1 4 |
|
CHE G524 |
Introduction to Multiphase flow |
3 1 4 |
|
CHE G525 |
Chemical Process and Equipment Design |
3 1 4 |
|
CHE G526 |
Nuclear Engineering |
3 1 4 |
|
CHE G527 |
Energy Conservation and Management |
3 1 4 |
|
CHE G528 |
Introduction to Nano Science & Technology |
3 1 4 |
|
CHE G529 |
Paper and Pulp Technology |
3 1 4 |
|
CHE G532 |
Alternate Energy Resources |
3 1 4 |
|
CHE G533 |
Petroleum Product Characterization |
3 2 5 |
|
CHE G551 |
Advanced Separation Technology |
3 2 5 |
|
CHE G553 |
Statistical Thermodynamics |
4 |
|
CHE G554 |
Computational Fluid Dynamics |
4 |
|
CHE G556 |
Electrochemical Engineering |
4 |
|
CHE G557 |
Energy Systems Engineering |
4 |
|
CHE G558 |
Chemical Process Optimization |
4 |
|
CHE G568 |
Modeling and Simulation in Petroleum Refining |
4 |
|
CHE G613 |
Advanced Mass Transfer |
5 |
|
CHE G617 |
Petroleum Refinery Engineering |
3 2 5 |
|
CHE G618 |
Petroleum Downstream Processing |
3 2 5 |
|
CHE G619 |
Process Intensification |
3 2 5 |
|
CHE G620 |
Energy Integration Analysis |
3 2 5 |
M.E. Chemical Engineering (with specialization in Petroleum Engineering)*
*Note this programme is currently not offered by the department.
The following are the list of courses offered in M.E. Chemical Engineering (with specialization in petroleum engineering).
Core Courses
|
Course Code |
Course Name |
L P U |
|
CHE G523 |
Mathematical Methods in Chemical Engineering |
5 |
|
CHE G616 |
Petroleum Reservoir Engineering |
5 |
|
CHE G617 |
Petroleum Refinery Engineering |
5 |
|
CHE G618 |
Petroleum Downstream Processing |
5 |
|
CHE G622 |
Advanced Chemical Engineering Thermodynamics |
5 |
|
CHE G641 |
Reaction Engineering |
5 |
Elective Courses
|
Course Code |
Course Name |
L P U |
|
BITS F418 |
Introduction to Biomedical Engineering |
3 1 4 |
|
CHE F471 |
Advanced Process Control |
3 1 4 |
|
CHE G511 |
Fluidization Engineering |
3 1 4 |
|
CHE G513 |
Environmental Management Systems |
3 2 5 |
|
CHE G522 |
Polymer Technology |
3 1 4 |
|
CHE G532 |
Alternate Energy Resources |
3 1 4 |
|
CHE G533 |
Petroleum Product Characterization |
3 2 5 |
|
CHE G551 |
Advanced Separation Technology |
3 2 5 |
|
CHE G567 |
Natural Gas Processing |
4 |
|
CHE G568 |
Modeling and Simulation in Petroleum Refining |
4 |
|
CHE G569 |
Petroleum Production Economics |
4 |
|
CHE G613 |
Advanced Mass Transfer |
3 2 5 |
|
CHE G614 |
Advanced Heat Transfer |
3 2 5 |
|
CHE G619 |
Process Intensification |
3 2 5 |
|
CHE G620 |
Energy Integration Analysis |
3 2 5 |
For description of courses:
To train students in the art of information collection, processing, analysis, retrieval, presentation and documentation.
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