Computational Engineering Swansea University

Overview

The MSc in Computational Engineering at Swansea University is a postgraduate taught degree that focuses on the use of computation, numerical modelling and simulation to solve complex engineering problems across disciplines such as structures, fluid mechanics, materials and systems analysis. You’ll learn advanced methods in finite element analysis, computational fluid dynamics, optimisation and engineering design, applying them to real-world engineering challenges through practical projects and research-oriented work.

Why Computational Engineering at Swansea University?

Swansea University ranks 131st globally in Mechanical, Aeronautical and Manufacturing Engineering according to the QS World University Rankings 2025. The university has a rich history in Computational Engineering, dating back to the 1960s with the contributions of Professor Zienkiewicz, known as the "Father of the Finite Element Method." This legacy continues with a strong emphasis on research and innovation, supported by an Industrial Steering Committee comprising experts from leading companies such as Rolls Royce, Siemens, and NASA. The Zienkiewicz Institute for Modelling, Data and AI hosts world-renowned academics who have developed computational tools widely adopted in the industry.

Tuition Fee Breakdown

- **Domestic Fee**: £12,450 per year - **International Fee**: £23,350 per year Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The MSc programme offers a comprehensive curriculum designed to develop computational engineering skills. Students can specialise in either Data-Driven Methods or Numerical Techniques. The core modules include:

• Machine Learning
• Advanced Computational Methods for Engineers
• Finite Element Computational Analysis
• Advanced Fluid Flow Simulation
• Socio-Technical Engineering

Students will also choose optional modules to complete their 120 credit requirement, allowing for a tailored educational experience.

Industry Demand

The demand for Computational Engineers is rising due to the increasing complexity of industrial challenges. This field is pivotal in addressing issues such as climate change and the optimisation of engineering systems. Graduates will find opportunities in various sectors, utilising computational techniques alongside experimental methods.

Guaranteed Work Experience

The MSc programme offers an optional year in industry, providing students with valuable work experience. This placement enhances technical skills and fosters professional development, preparing graduates for successful careers.

Careers with Computational Engineering

Graduates of the MSc in Computational Engineering have diverse career opportunities across industries. They can pursue roles as Computational Engineers, Modelling Engineers, or Simulation Engineers in prestigious companies such as Amazon, Boeing, and Tesla. The average salary for a Computational Engineer in the UK is approximately £44,000, reflecting the high demand for these specialised skills. Many alumni also choose to further their studies through PhD programmes at leading institutions worldwide.