MEng Civil Engineering

at University of Birmingham

• Engage in a strong design-focused curriculum, fostering creativity and developing highly valued design skills sought after by employers.
• Participate in numerous team projects, preparing for roles that require collaborative skills post-graduation.
• Engage in a curriculum with a strong design theme, fostering creativity and honing design skills.

Modules:  

• Electrical Engineering 1
• Engineering Materials
• Engineering Mathematics 1
• Fluid Mechanics and Energy Transfer
• Integrated Design Project 1A

Important Dates

Students planning to join the September programme should start their application process early to meet any prerequisites, such as English proficiency exams like IELTS or TOEFL if required. It is recommended to begin preparations about a year before the intended start date and to submit applications around six months before the programme begins.

Course Rankings

In the 2024 Times Higher Education (THE) World University Rankings, The University of Birmingham secured the 101st position worldwide and a spot within the top 100 universities in the United Kingdom. The ranking for its Civil Engineering programmes are as follows.

• Applicants should hold a four-year bachelor's degree with a first-class or very good upper second-class classification.
• For equivalency in Civil Engineering or a relevant non-engineering subject, a grade of 55% - 60% or higher for 2:1 is typically required. 
• Industrial experience and CEng/IEng qualifications will also be considered.
• English Language scores: IELTS: 6 and TOEFL: 80

The MEng Civil Engineering with Industrial Experience is between  £22,080/Yr to  £28,560/Yr . It is imperative to validate tuition fee data by consulting the university's official website, ensuring you have access to precise and reliable information. 

Graduates of the Civil Engineering MEng programme are well-equipped for a wide range of rewarding career opportunities in the field of civil engineering. With a comprehensive understanding of core concepts and advanced technical skills acquired through rigorous curriculum, they will be prepared to tackle complex challenges in infrastructure development, construction, and environmental sustainability.