Program Overview

Program Details

The provided markdown content contains a list of subject areas and a description of the Computational Engineering specialisation.

Subject Areas

• Econometrics
• Economics (for Economics)
• Global
• Magnetic Resonance Imaging
• Organisational Project Management
• Risk and Control
• Strategic Change Implementation
• HIV and STIs
• Psychosexual Therapy
• Public Health
• Reproductive Health and Fertility
• Chronic Disease Prevention
• Communicable Disease Control
• Health Promotion and Advocacy
• Research Methods (Medicine)
• Domestic and Family Violence
• Engineering Design
• Materials Science and Engineering
• Energy and the Environment
• Robotics and Intelligent Systems
• Construction Management
• Engineering Management
• Computational Engineering (Aeronautical)
• Thermofluids
• Humanitarian Engineering (Biomedical)
• Fluids Engineering (Mechanical)
• Intelligent Information Engineering (for Combined Degree)
• Computer Systems
• Computer Engineering (Software)
• Computer Engineering (Electrical)
• Biomedical Modelling and Design
• Biocomputation
• Bionics and Bioelectronics
• Aerospace Research
• Thermofluids (Mechanical)
• Computer Systems (Mechatronic)
• Telecommunications Engineering
• Computational Engineering (Mechanical)
• Engineering Data Science (Chemical and Biomolecular)
• Engineering Data Science (Mechatronic)
• Engineering Data Science (Software)
• Energy and the Environment (Mechanical)
• Engineering Data Science
• Humanitarian Engineering (Mechatronic)
• Humanitarian Engineering
• Innovation and Entrepreneurship (Mechatronic)
• Intelligent Information Engineering (Electrical)
• Intelligent Information Engineering (Software)
• Innovation and Entrepreneurship
• Internet of Things (Electrical)
• Internet of Things (Software)
• Industrial and Product Design Engineering (Mechanical)
• Mechanical Design (Mechanical)
• Materials Science and Engineering (Mechanical)
• Nanoscale Biotechnology
• Power Engineering
• Robotics and Intelligent Systems (Mechatronic)
• Data Engineering
• Machine Learning
• Cloud Security
• Cryptography and Blockchains
• Data and Information Security
• Computed Tomography
• Hybrid Imaging
• Breast Imaging
• Orofacial Pain
• Economics (for Commerce)
• Marketing
• Accounting
• Data Analytics for Business
• Global Logistics
• Business Information Systems
• Finance
• Strategy, Innovation and Management
• Digital Media
• Networks and Distributed Systems
• Algorithms and Theory
• Cybersecurity
• Software Engineering
• Human-Computer Interactions
• Data Science and AI
• Chemical Engineering for the Environment
• Chemical Engineering for Energy
• Chemical and Digital Technologies
• Biochemical and Food Technologies
• Economic Policy
• Aerospace Systems
• Chemical Engineering for the Environment (Environmental)
• Geotechnical Engineering (Environmental)
• Energy and the Environment (Environmental)
• Bioelectronics and Biocomputation (for ME)
• Biomedical Devices and Machines (for ME)
• Computational Engineering (for ME)
• Geomechanical Engineering (for ME)
• Nanoscale Biotechnology (for ME)
• Structures (for ME)
• Water Engineering (for ME)
• Thermofluids Engineering (for ME)
• Materials Science and Engineering (for ME)
• Energy and the Environment (for ME)
• Telecommunications Engineering (for ME)
• Internet of Things (for ME)
• Intelligent Information Engineering (for ME)
• Power Engineering (for ME)
• Geomechanical Engineering (for MPE)
• Bioelectronics and Biocomputation (for MPE)
• Biomedical Devices and Machines (for MPE)
• Nanoscale Biotechnology (for MPE)
• Advanced Materials and Manufacturing (for MPE)
• Water Engineering (for MPE)
• Thermofluids Engineering (for MPE)
• Intelligent Information Engineering (for MPE)
• Mechatronics (for MPE)
• Structures (for MPE)
• Internet of Things (for MPE)
• Telecommunications Engineering (for MPE)
• Power Engineering (for MPE)
• Physical Therapies
• Water Engineering
• Financial Economics
• Integrated Building Engineering
• Structures
• Geotechnical Engineering
• Humanitarian Engineering (Civil)
• Project Management
• Transport
• Economic Policy
• Social Policy
• Political Economy
• Social Research
• Country Risk Assessment
• International Security Studies
• Peace and Conflict Studies

Computational Engineering Specialisation

Our Computational Engineering specialisation will provide you with a thorough grounding in the fundamental numerical and computational techniques used in fluids and structures engineering packages, in combination with the use of engineering modelling based on physical principles.

This specialisation will also provide an understanding of parallel computer hardware and parallel programming including domain decomposition and message passing.

It will enable you to develop and use engineering packages with an understanding of convergence, accuracy, efficiency and validation, as well as offer the opportunity to undertake a major project in a specialist area of computational engineering.

Graduate Opportunities

As a graduate of our Computational Engineering specialisation, you will have developed skills that are applicable to engineering analysis, design, manufacturing and optimisation across a very wide range of industries.

You may pursue a career in the development of new engineering software packages or become involved in other industry sectors requiring engineering analysis.

Career Pathways

No specific career pathways are mentioned in the provided content. However, the specialisation is expected to provide graduates with skills applicable to various industries, including engineering analysis, design, manufacturing, and optimisation.