MEng Civil Engineering
Entry requirements
A level: from ABB to BBB in one set of exams (required: Mathematics at B, one of Physics, Biology, Chemistry, Computer Science/Computing, Design and Technology (excluding Food Technology) or Engineering at B) IB: from 34 points with 655 at HL to 32 points with 555 at HL
About this course
MEng (Hons) in Civil Engineering, a civil engineering degree focusing on the analysis and design of physical infrastructure. Core topics include Engineering Design and Critical & Analytical Thinking. The curriculum aligns with United Nations' Sustainable Development Goals and features technical streams in structural engineering, environmental engineering, construction management, and fire safety engineering. Year 1 establishes the mathematical foundations for engineering science and involves interdisciplinary engineering design tasks. Year 2 covers structural mechanics, engineering materials, soil mechanics and engineering geology, fluid mechanics, environmental engineering and aspects of sustainability afforded through infrastructure, engineering mathematics, and land surveying. Year 3 advances into conceptual design and sustainability, water treatment and water transport, structural analysis and engineering, and transport systems engineering. Year 4 concludes the studies with structure design, foundation engineering, hydraulic engineering, learning from past failures, and engineering design projects.
Modules
- develop your critical thinking, teamworking, and problem-solving skills in interdisciplinary engineering design tasks
- learn the fundamental mathematics that underpins engineering science and design
- choose option courses to broaden your academic horizons from across the University
- structural mechanics
- engineering materials
- soil mechanics and engineering geology
- fluid mechanics
- environmental engineering and aspects of sustainability afforded through infrastructure
- engineering mathematics
- land surveying
- conceptual design and sustainability
- water treatment and water transport
- structural analysis and engineering
- transport systems engineering
- structure design
- foundation engineering
- hydraulic engineering
- learning from past failures
- engineering design projects