Electrical and Electronic Engineering with Robotics MEng

• Electrical Circuits & Devices
• Engineering Maths 1A
• Materials and Manufacturing Processes
• Programming for Engineers

• Electromechanics
• Electronic Devices and Circuit Prototyping
• Engineering Maths 1B
• Engineering Thermodynamics
• Global Design Challenge

You gain a good grounding in the fundamentals of engineering, looking at topics including electrical circuits and devices, engineering mathematics, and programming for engineers.

You join all first-year students in the School of Engineering and Informatics in a team-based, week-long activity, the Global Design Challenge. Each team designs a solution to a problem faced by a community in the developing world. You develop transferable skills, benefiting both your studies and your future employability.

Year 2 at sussex

• Digital Systems and Microprocessor Design
• Electronic Circuit & Systems Design
• Engineering Mathematics 2
• Mechanics of Mechanisms and Robots

• Embedded Systems
• Industrial Automation Mechatronics
• Professional and Managerial Skills
• Systems Analysis and Control

You cover topics such as digital systems and microprocessor design, mechanics of robots and CAD, embedded systems and industrial automation mechatronics. You continue to develop your mathematics knowledge.

Employers value graduates who have negotiated their way in the world, experienced different cultures and developed an international perspective.

You can choose to study abroad for a term or for a full year, depending on your course. We offer a huge range of destinations across Asia, Australia, Europe and North, Central and South America.

Study abroad in Europe is supported through the Erasmus+ scheme, a European Commission initiative. As an Erasmus+ student, you can usually benefit from non-means-tested grants.

We offer you the chance to take an industrial placement year as part of your course. The industrial placement provides you with the opportunity to spend a year working in industry, in an area relevant to your course, and to receive a salary.

Your time in industry develops your technical, team-working and transferable skills as you apply what you have learned in your studies to a business environment.

A year in industry is a proven way to fast-track your career and both the Department of Engineering and Design and the University’s Careers and Employability Centre provide you with dedicated placement support. This includes guided preparation early in your course to help you find, secure and succeed in your placement.

Many students who undertake an industrial placement perform better academically on their return to their course and are more likely to secure employment as a direct result of their year in industry.

Year 3 at sussex

• Business and Project Management
• Control Engineering
• Electrical Power Systems

• Robotics Individual Project

• Autonomous Vehicles
• Electrical Drive Systems
• Robot Design and Implementation

You’ll work on a two-term individual project focusing on robotics. This includes training in project planning and management.

Taught topics include:

• autonomous vehicles
• robot design and implementation
• control engineering
• power systems.

• Cybernetics and Neural Networks
• Marketing Analysis and Financial Strategic Planning

• Robotics Group Project

• Advanced Digital Signal Processing
• Advanced Electronic Systems
• Advanced Manufacturing Technologies
• Internet-of-Things
• Mobile Communications
• Real Time Embedded Systems

• Advanced Topics in Control of Electromechanical Systems
• Digital Signal Processing Laboratory
• Fibre Optic Communications
• Image Processing
• Reconfigurable System on Chip
• Satellite and Space Systems
• Strategic Management - Engineering module

You study advanced Masters-level modules and choose from a number of options, allowing you to specialise in your own areas of interest.

You join an interdisciplinary team of fellow students to undertake a substantial robotics group project. This robotics project may be part of an international challenge or competition. Recent projects include modification of a quadcopter into an aerial vehicle for video reconnaissance.