Avionics
MSc Avionics
Advancements made in the aerospace industry over the last decade have been phenomenal. Continuous intensive research and testing means this trend is likely to continue – leading to a need for highly skilled avionics personnel.
Areas covered by this course include flight dynamics; aircraft handling and flying qualities; aircraft stability; gyroscopes and accelerometers; flight instruments; sensors and actuator; modelling and analytical techniques and Laplace transform solutions.
Study the MSc Avionics and you’ll be able to develop your skills of design, project management, research, analysis and evaluation. The advanced knowledge and detailed understanding of the aerospace industry which you’ll gain from the degree will allow you to advance your career and gain accreditation from professional engineering bodies.
Special features
- Excellent student support available within a learning/research environment.
- Gain exposure to cutting edge technological development in electrical and electronic technology.
- State-of-the-art IT facilities and analytical tools support the taught and research elements of the course.
Career opportunities
If you’re a graduate already working in electronics and looking to update your skills, or gain further career opportunities, the MSc is ideal. It’s also suitable if you’re a recent graduate wanting to gain higher skills, or if you’re a graduate from another related discipline but looking to change the direction of your career.
Successfully complete the MSc Avionics and you should be in a position to gain a job at a high level. This may involve academic research, including study at doctoral level.
Course content
- Research Methods
- Project Management
- Aircraft Avionics Systems
- Analysis of Flight Control Systems
- Advanced CAD
- Advanced Control Systems
- Advanced Digital Signal Processing
- Advanced Electronic Design and Testing
- Radio Frequency Engineering
- Dissertation
Assessment
You will be assessed throughout your course by a variety of methods including portfolios, presentations and, for certain subjects, examinations.
Entry requirements
An honours degree or equivalent in an appropriate engineering discipline or relevant professional experience.
Course length
Full time: 1 year
Part time: 2-3 years

