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  • DeadlineStudy Details: 1 year

Top Reasons To Study

  1. This MSc Civil Engineering course is accredited by prestigious professional bodies, enhancing your credentials and career opportunities.
  2. You will gain advanced analytical skills in key areas such as structural analysis, design, and finite element analysis, preparing you for complex engineering challenges.
  3. The University of Plymouth’s £19 million Marine Building and COAST laboratory provide world-class facilities for hands-on learning and cutting-edge research in water and coastal engineering.
  4. The course is designed to deepen and broaden your technical knowledge, empowering you to excel in creating, improving, and protecting the environment.
  5. Flexible entry requirements welcome graduates with various academic backgrounds and professional experience, making the program accessible and inclusive.

Masters Degree Description

Are you a civil engineering graduate? Do you want to improve your technical knowledge and enhance your career prospects? Our MSc deepens and broadens your understanding of civil engineering and helps you fulfil your professional role in creating, improving and protecting the environment. You obtain advanced analytical skills in the core subject areas of structural analysis, design and finite element analysis.

Entry Requirements

You’ll need a minimum of a lower second-class BEng honours degree (2:2) in civil engineering or an upper second-class BSc honours degree (2:1) in civil engineering.
If you have considerable professional experience and can evidence an academic ability to undergraduate degree levels you may also be considered.

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Fees

For fees and funding options, please visit website to find out more.

Programme Funding

From scholarships and loans, to grants from charitable trusts, you can fund your postgraduate study at Plymouth in a number of ways.

Module Details

Project Management and Professional Practice
Engineering Research Methods and Professional Development
MSc Dissertation
Advanced Structural Engineering
Computer Aided Engineering
Sustainable Engineering Scheme Design
Flood Risk and Modelling

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