BEng (Hons) Electronic and Electrical Engineering with Integrated Foundation Year

Communication & Study Skills

This module prepares you for full participation and engagement in engineering studies, by equipping you with effective and efficient communication and study skills, and practical exercises to apply these skills to engineering studies. You are provided with the relevant skills to progress to the BEng courses.

Electrical Foundations

The module aims to provide you with the grounding fundamentals in electricity that are required for further study in engineering and/or science.

The module also provides you with an overview of electrical engineering in general.

Engineering Laboratory

The module aims to develop your basic laboratory and analytical techniques and develop your mathematical, statistical and IT skills. You will practise recording laboratory data and maintaining a lab-book. You are encouraged to think independently, analytically and creatively in order to interpret laboratory data and understand it in light of available literature. You will be communicating your findings effectively in developing electronic laboratory reports.

Foundation Year Engineering Projects

This module focuses upon the practical application of science and mathematics to develop engineering solutions.

It is based on the problem-based engineering philosophy where teams of three to six students are challenged by a typical engineering problem that requires both theoretical and practical skills to solve. The latter is crucial to gain the skills and knowledge required to manage practical engineering projects and laboratory work at degree level in the future.

Mathematical Foundations

This module will give you the necessary mathematics skills to start your BEng degree. This module assumes little or no experience in applied mathematics at level 3 (A level, BTech) and is essential so you can study other modules in the foundation year. You will be assessed through a MATLAB assessment and a written exam. You will cover topics including equations, inequalities and basic rules of algebra, geometry (2D and 3D) and introductions to vectors, matrices and probability.

Mechanical Foundations

The aim of this module is to introduce you to mechanical engineering. It begins with an introduction to Newton’s laws of motion and ends with the application of static mechanics to determine the forces, moments and deflections acting on simple mechanical systems under load.

Engineering Laboratory 1

This module develops your basic laboratory and analytical techniques and develops your mathematical, statistical and IT skills. You will practise recording laboratory data and maintaining a lab-book. You will encouraged to think independently, analytically and creatively in order to interpret laboratory data and understand it in light of available literature.

Electrical Principles

The module will provide you with the fundamentals, tools and techniques required for DC and AC circuit analysis. You will be introduced to the fundamental properties of electromagnetic fields and their application in engineering context.

Mathematical Principles I

This introductory module provides a mathematical foundation for Engineering students. This module assumes some experience in applied mathematics at level 3 (A level, BTEC) and is essential for studying other modules in electrical and mechanical engineering.

Mechanical Principles

In this module you will explore statics, dynamics thermodynamics and fluid mechanics. You will gain a wide understanding of the basic principles of mechanical engineering.

Professional Digital Engineering Skills

This module provides a basic introduction to several software packages that are used in the BEng degrees and is aimed at providing a basic competency in using them. The module also stresses the importance that CAE plays in modern engineering practice and encourages the student to self learn software and programming skills as required.

2nd Year Engineering Projects

This year-long module is an opportunity to work within a group on a defined project offered by departmental staff. You will develop your research, planning and practical skills, from inception to completion, and develop skills in appraising your results to identify solutions supported by relevant theory and literature.

Analogue and Digital Design

This module introduces the tools and techniques you will use to analyse and design analogue circuits and digital systems.

Control and Instrumentation

This module will introduce you to the important fields of instrumentation, sensing and control design for electromechanical systems. You will then be able to select a suitable transducer and associated system for a given measurement application and to consider possible alternative solutions and demonstrate a thorough understanding of feedback control system principles.

Engineering Laboratory (Electrical)

This module builds on your studies in the previous Engineering Laboratory module and develops your laboratory and analytical skills as well as your mathematical, statistical and presentation abilities.

You will record laboratory data and maintain a lab-book. You will be encouraged to think independently, analytically and creatively to interpret laboratory data and understand how it can be used by comparison with theory and other analytical methods.

You will communicate your findings effectively in developing electronic laboratory reports.

Mathematical Principles II

This module builds on your studies in Mathematical Principles I and is essential for studying other modules in both electrical and mechanical engineering.

Power Systems & Electrical Machines

This module will introduce you to the fundamental semiconductor devices, their operation and characteristics, and their applications in power electronic converters and how these are used in electrical energy conversion. You will also discover the basic types of electrical machines and how they are used to convert electrical energy into mechanical energy and vice versa.

2nd Year Engineering Projects

This year-long module is an opportunity to work within a group on a defined project offered by departmental staff. You will develop your research, planning and practical skills, from inception to completion, and develop skills in appraising your results to identify solutions supported by relevant theory and literature.

Control Engineering

This module will give you a thorough understanding of the principles of a closed-loop control system.

The module will also provide a framework within which you can carry out tasks such as state -space modelling, control performance analysis, controller design and synthesis, with applications to Electrical, Mechanical and Mechatronics systems.

Communication Systems

This module will introduce you communications systems and takes a wide-ranging approach while focusing on the core theoretical concepts required by all communications systems.

Individual Engineering Projects

This module is an opportunity to work in a group on a defined project offered by departmental staff.

You will develop your research, planning and practical skills, from inception to completion, and develop skills in appraising your results to identify solutions supported by relevant theory and literature.

You will document a detailed project plan and present your work practically, visually and through presentation.

You will also get the opportunity to develop your skills in time management, constructing and documenting a detailed project plan and presenting and defending your work visually and orally.

Renewable Energy & Sustainability

This module will introduce you to the fundamental operating principles of commonly adopted renewable energy sources and the economic and ecological impact of these different generation types. You will cover electrified transportation and explore the technologies for future ‘smart grid’ power networks.

The Professional Engineer and Society

This module aims to provide a basic grounding in professional engineering practice in society. After completing this module you will be equipped with information and skills to appreciate ethical issues in the conduct of engineering practice within a diverse environment, keep a record of personal development and run a small engineering start-up company safely.