MSc Computational Engineering with Industry

Course Overview

The MSc in Computational Engineering with Industry is for international students seeking to acquire the necessary skills to develop and apply computational methods for performing virtual simulations of a wide range physical problems, including solid mechanics, fluid dynamics, wave propagation and multi-physics.

Applicants are usually students with a background in an Engineering (mechanical, aerospace, civil or electrical) or Science (mathematics, physics) discipline. This is a multidisciplinary programme, with modules that are complementary to those seeking to develop computational engineering skills to further their careers in Engineering and Science.

Students will develop solid programming skills and they will be able to tailor their degree by choosing one of the three available specialisations:

Software tools: Students will specialise in the development of computational software as well as the utilisation of commercial software for solving real-life engineering and scientific problems.

Data-Driven methods: Students will specialise in the integration of numerical methods and machine learning techniques with big data for solving real-life engineering and scientific problems.

Numerical techniques: Students will specialise in the development and analysis of modern computational methods with particular emphasis on the research aspect.

This MSc is one of the three Computational MSc courses offered by Swansea University. See the full list of programmes here: Computational MSc courses

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Modules

  • Compulsory modules
  • Advanced Computational Methods for Engineers
  • MSc Industrial Experience Preparation
  • Finite Element Computational Analysis
  • Data Visualisation
  • Social, environmental and economic context of research
  • Options modules
  • Solid Mechanics
  • Development of Virtual Reality Environments 1
  • Big Data and Data Mining
  • Research Case Study
  • Simulation Based Product Design
  • Big Data and Machine Learning
  • Optimisation
  • Dynamics and Earthquake Analysis of Structures
  • Big Data and Data Mining
  • Research Case Study
  • Simulation Based Product Design
  • Big Data and Machine Learning
  • Solid Mechanics
  • Extended Research Case Study
  • Computational Fluid Dynamics
  • Plasticity in Structural and Geotechnical Engineering
  • Optimisation
  • Compulsory modules
  • MSc Industrial Experience
  • MSc Dissertation - Civil and Computational Engineering
  • £21,200 Per Year

    International student tuition fee

    2 Years

    Duration

    Sep 2024

    Start Month

    Aug 2024

    Application Deadline

    Upcoming Intakes

    • September 2024
    • September 2025

    Mode of Study

    • Full Time