Stage 1 will provide an introduction to the core principles of engineering, maths, and science. You will focus on chemistry, thermodynamics, the principles of chemical engineering, and engineering mathematics.
Modules
| Compulsory Modules | Credits |
|---|---|
| Thermodynamics | 10 |
| Transfer Processes | 25 |
| Computing and Numerical Methods | 10 |
| Data Analysis in Process Industries | 5 |
| Chemical Engineering Laboratory | 10 |
| Chemistry for Chemical Engineers | 20 |
| Principles of Chemical Engineering | 20 |
| Engineering Mathematics I | 20 |
During Stage 2, you will further develop the knowledge and skills gained in Stage 1, alongside areas such as separation processes, reactor engineering, and process measurement.
Modules
Stage 3 will be spent on placement within a chemical/process engineering company. During this time, you'll work as part of a team of professional engineers on an industrial problem defined by your host company. You'll also be able to complete chemical engineering modules via distance learning.
This is subject to successful completion of Stage 2 with an overall pass threshold of 65%.
Modules
| Compulsory Modules | Credits |
|---|---|
| Industrial Design Project | 60 |
| Process Control (Industry) | 10 |
| Chemical Engineering Knowledge (Industry) | 50 |
In your final stage, you will return to the university and study carefully selected modules, chosen to enhance the technical experience gained during your placement. You will also complete a research project and individual design project.
Modules
| Compulsory Modules | Credits |
|---|---|
| Separation Processes 2 | 15 |
| Reactor Systems Engineering | 15 |
| Advanced Design Project | 20 |
| MEng Research Project | 60 |
| Optional Modules | Credits |
|---|---|
| Process Intensification | 10 |
| Big Data Analytics in the Process Industries | 10 |
| Bioprocess Engineering | 10 |
| Formulated Products | 10 |