MEng Civil Engineering with Industrial Experience
Entry requirements
A Level: AAA to include A-level Mathematics.. IB: 6,6,6 at Higher Level (including Mathematics) with 32 points overall.. BTEC: options considered. See below for details.
About this course
Master of Engineering in Civil Engineering with Industrial Experience, a civil engineering degree focused on technical infrastructure and design principles. Core topics include Engineering Design. The curriculum incorporates integrated industrial projects alongside academic study. The first year covers fundamental topics through modules such as Engineering Mathematics 1, Fluid Mechanics and Energy Transfer, Mechanics 1, and Introduction to Computing for Engineers. The second year progresses with subjects including Mechanics of Structures, Soil Mechanics, Environmental Fluid Mechanics, and Construction Practice, Management and Digital Tools. The third year involves modules like Structural Analysis and Design, Water Engineering and Design, Transport Systems Engineering and Design, and Geotechnical Analysis and Design. The final year concludes with an Individual Engineering Project and advanced technical options such as Advanced Structural Design, Tunnelling, and Climate Resilient Infrastructure and GIS.
Modules
- Electronic and Electrical Engineering
- Engineering Materials
- Engineering Mathematics 1
- Fluid Mechanics and Energy Transfer
- Integrated Design Project 1A
- Integrated Design Project 1B
- Introduction to Computing for Engineers
- Mechanics 1
- Mechanics of Structures
- Environmental Fluid Mechanics
- Construction Practice, Management and Digital Tools
- Soil Mechanics
- Civil Engineering Materials
- Integrated Design Project 2
- Structural Analysis and Design
- Water Engineering and Design
- Transport Systems Engineering and Design
- Geotechnical Analysis and Design
- Integrated Design Project 3
- Industrial Project 1 (Civil Eng)
- Individual Engineering Project (MEng)
- Industrial Project 2 (Civil Eng)
- Advanced Structural Design
- Advanced Geotechnical Analysis
- Advanced Materials Design and Technologies
- Applied Environmental Fluid Mechanics
- Climate Resilient Infrastructure and GIS
- Advanced Topics in Railway Engineering
- Tunnelling