What you'll study
Each module on this course is worth a certain number of credits.
In each year, you need to study modules worth a total of 120 credits. For example, 4 modules worth 20 credits and 1 module worth 40 credits.
Modules
Year 1
Core modules
Engineering Sciences – 20 credits
An introduction to the key concepts and principles of applied physics and their applications to mechanical and electrical/electronic engineering.
Introduction to Algorithms and Programming – 20 credits
An introduction to software development for engineering and applications.
Introduction to Analogue Circuits – 20 credits
An introduction to the physics of fundamental components used in electrical and electronic circuits, and circuit analysis techniques that allow simple systems to be analysed and designed.
Mathematical Principles – 20 credits
Gain a foundation in algebra, trigonometry and calculus of a real variable required for engineering analysis.
Principles of Digital Systems – 20 credits
An introduction to digital electronics, microcontrollers, and the fundamental principles of combinational and sequential logic, Boolean Algebra and logic circuit design techniques such as Karnaugh Maps
Principles of Networked Systems - 20 credits
This module introduces the principles of electronic communication systems, including physical structures, network models, categories of networks, and the interconnection of networks such as Internetwork IS, the Internet, the Internet of Things, protocols and standards.
Year 2
Core modules
Analogue Analysis and Design – 20 credits
Develop your knowledge of analogue circuit design and analysis methods. This is suitable if you’re pursuing more advanced electronic systems design.
Engineering Mathematics – 20 credits
An introduction to the basic mathematical tools commonly used in electronic, mechanical and communications engineering, covering transform techniques and statistical methods.
Group Design Project – 20 credits
This module offers the opportunity to work in a group to solve a real engineering problem.
Innovation and Enterprise – 20 credits
This module will give you the opportunity to explore the entrepreneurialism in the engineering industry and the need for innovation.
Microcontrollers and Programmable Logic – 20 credits
Consider the design and implementation of more complex digital systems including the design of state machines and you'll learn about various interfacing techniques that will allow for connection of the circuit within a larger system.
Optional modules
Control Systems Analysis – 20 credits
Develop the tools you need to analyse the stability and performance of feedback control systems using so-called classical methods.
Telecommunication Principles - 20 credits
Examine the principles of some of the key processes that take place in modern telecommunication systems and their applications.
Year 3
Core modules
Advanced Electronic Systems – 20 credits
Examine a number of topics relevant to the design of advanced electronic systems.
Digital Signal Processing – 20 credits
An introduction to the concepts of digital signal processing (DSP).
Individual Project (Engineering) – 40 credits
You'll formulate an independent piece of work based on the knowledge gained in all other course modules.
Optional modules
Control Systems Design – 20 credits (or VHDL and FPGA Systems - 20 credits)
Examine various controller design techniques. This module is taught in teaching block 1.
VHDL and FPGA Systems - 20 credits (or Control Systems Design – 20 credits)
Digital electronics is a crucial technology for the implementation of most computer and consumer goods available today. This module is taught in teaching block 1.
Artificial Intelligence – 20 credits (or Real-Time Embedded Systems – 20 credits)
An introduction to the theory and concepts that span the development of artificial intelligence (AI) systems. This module is taught in teaching block 2.
Real-Time Embedded Systems – 20 credits (or Artificial Intelligence – 20 credits)
Through this module, you’ll study the underlying principles and current practice of embedded and real-time systems design and development. This module is taught in teaching block 2.
Year 4 (MEng)
Core modules
Advanced DSP Techniques – 20 credits
In this module you'll get an introduction to the fundamentals of statistical signal processing, focussing on time series analysis, least squares methods, optimal and adaptive digital filters, as well as parametric and nonparametric signal modelling and analysis.
Analytical Management Techniques – 20 credits
In this module you'll learn how to make decisions when faced with complex engineering problems.
Engineering Management, Economics and Risk Analysis - 20 credits
In this module you'll learn the basics of economical analysis and evaluation of engineering projects and asset management, as well as risk and hazard assessment, including legislation and hazard identification.
Microwave and High-Speed Digital Design – 20 credits
High-Frequency RF applications and high-speed digital applications, despite sharing an upper frequency range, require very different design principles. In this module you'll study these two different areas, looking at the disciplines of passive and active circuits at microwave frequencies, and the role of passive circuit elements in signal propagation (ringing and reflections) and the interaction between signals (crosstalk) at high speeds.
Multidisciplinary Group Project – 20 credits
This prepares you for professional situations, by getting you to work in an interdisciplinary group, like you would in industry.
Sensors and Measurement Systems – 20 credits
On this module you'll be introduced to the technologies (hardware and software) that underpin measurement systems and associated sensors.
