Masters in Research Engineering
Course overview
| Qualification | Master's Degree |
| Study mode | Full-time |
| Duration | 1 year |
| Intakes | September |
| Tuition (Local students) | Data not available |
| Tuition (Foreign students) | Data not available |
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Entry Requirements
- We normally require an honours degree of 2.2 or above in Mechanical, Aerospace, Motorsport, Electronics, Robotics Engineering or a similar Engineering subject, or similar.
- We can consider applicants who have a degree in a different subject, but who do have relevant professional experience and an in-depth understanding of degree-level engineering mathematics. In your application, you should describe in detail your professional experience and mathematics knowledge.
- We can also consider applicants who do not have a degree, but who do have significant experience in engineering with strong motivation and skills to succeed on the course. Such applications will be considered on a case by case basis, and in your application, you should describe in detail your professional experience and qualifications.
Curriculum
The MSc Research (Engineering) requires 180 credits, including 120 credits from the dissertation and 60 credits from the taught component.
Core modules include:
- Project Dissertation - a critical study of recent developments in the chosen field which results in the development and validation of a practical component orartefact that may be a method or a model, a specification, a design document, a software implementation or any other practical and usable deliverable. The production of this deliverable should involve an organised 'engineering' approach or methodology and a substantial element of originality. It is expected that the deliverable will be validated or proved and that the process by which it is produced will be evaluated critically and future work considered.
- Research Investigation, Planning and Methods for Change - This module is designed to introduce students to various approaches to research methodology in an engineering and technology environment. It will develop the ability to formulate research proposals, select appropriate methods of analysis and prepare and present research outcomes.
There is a wide range of core and optional modules (each worth 15 credits) to select from. These include:
- Research Portfolio
- Research Methods
- Computer Vision and Modern Control
- Innovations in Operations Management
- Design of Fluid Systems
- Structural Integrity in Design
- Industrial Applications of Vision and Automation
- Robotics Mechanics, Intelligence and Programming
- Lean Engineering and Decision Support Tools for Continuous Improvement
- Electromechanical Systems Integration
- Concurrent Engineering
- Flight Test and Airworthiness
- Aerospace Manufacturing Technology
- Aerodynamics C
- Aircraft Structural Design
- Aero-elasticity
- Aero-acoustics
- Embedded Real Time Control Systems
- Wireless and Mobile Communications
- Safety Critical Embedded Systems
- System Design Using HDLs
- Advanced Control and Dynamics
- Wireless Sensor Networks