Electrical and electronic engineers are at the forefront of the challenge to connect our world. The challenge to design and build more efficient and affordable technology, to provide a robust and green energy network, and to help us live better, healthier, smarter, and more sustainably. It is a discipline that impacts almost every area of our lives, including communications, commerce, entertainment, manufacturing, healthcare, transport, energy, and the environment. This course prepares you to be a future engineering leaders, helping you to manage the business of engineering through a series of modules. The knowledge and skills you gain will form part of the foundation for your future career, which could be working in a large organisation or even starting up your own company. With an ever-growing demand for skilled electrical and electronic engineers, our new curriculum has sought to be accredited by the IET and will equip you with the skills and expertise you will need to meet the challenges of a constantly changing industrial world as well as a full engineering chartership, recognised internationally. Our project-based curricula puts employability at the heart of engineering education by integrating learning in the context of realworld projects. Our graduates are expected to be confident engineers and team leaders, critical thinkers and inspired to use their problem-solving skills to influence change and innovation and impact society. As an electrical and electronic engineer, you are in forefront of the challenge to connect our world, to design and build more efficient and affordable technology, to provide a robust and green energy network, and to help us live better, healthier, smarter, and more sustainably.

Core Modules Year 1: Design and Manufacturing Project. Engineering Skills. Introduction to Electronics and Robotics. Embedded Systems. Analogue and Digital Electronics. Year 2: Microelectronics and Robotics Design Project. Ruskin Module. Electric Machines, Sensors, and Actuators. Signals and Signal Processing. Advanced Engineering Skills. Year 3: Electronic and Electrical System Design Project. Digital Signal Processing. Advanced Electrical and Electronic Simulation. Power Engineering. Year 4: Sustainable Technologies. Power Electronics. Engineering Management Systems. Power Conversion Systems.Individual Major Project

A Project-Based Learning approach is used throughout this course. You will be assessed regularly so that you can check your progress. We’ll use a range of methods, including exams, practical reports, computer-based assessments, presentations, reviews of scientific papers, projects, oral presentations, poster presentations, technical reports, feasibility studies, design exercises, laboratory reports and coding exercises.

Professional Bodies are not listed for this Course.

26 January This is the deadline for applications to be completed and sent for this course. If the university or college still has places available you can apply after this date, but your application is not guaranteed to be considered.

Course code: H606

Institution code: A60

Campus Name: Chelmsford Campus

Campus code:

The following entry points are available for this course:

Year 1

Entry Requirements for Advanced Entry are not listed for this Course.

Please click the following link to find out more about qualification requirements for this course

Minimum Further Information are not listed for this Course.

Test	Grade	AdditionalDetails

English Language Entry Requirement Information are not listed for this Course.

Student satisfaction : 68%

Employment after 15 months (Most common jobs): 50%

Go onto work and study: 65%

England	9250.0	Year 1
Northern Ireland	9250.0	Year 1
Scotland	9250.0	Year 1
Wales	9250.0	Year 1
Channel Islands	9250.0	Year 1
Republic of Ireland	9250.0	Year 1

https://aru.ac.uk/student-life/preparing-for-university/help-with-finances/undergraduate 2022 International fees are to be confirmed

East Road
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Cambridge
CB1 1PT