Electrical and Electronic Engineering MEng (Hons) at Aston University is a four-year integrated Master’s degree that equips students with the technical expertise and professional skills to design, develop, and optimise electrical and electronic systems in sectors ranging from energy and transport to communications and manufacturing. Aston’s curriculum combines rigorous engineering theory with extensive hands-on learning in industry-standard laboratories, supported by strong industry links and opportunities for real-world projects. Students benefit from Aston’s emphasis on employability and its location in Birmingham, a major UK engineering hub.
Currriculum Structure
Year 1:
The first year at Aston lays a robust foundation in both theoretical and practical aspects of electrical and electronic engineering. You’ll engage with core modules including Electronics 1 & 2, Introductory Mathematics for Engineering, Digital and Physical Sciences, Introductory Programming for Engineering and Physical Sciences, Interdisciplinary Design Project, Electrical Principles, Engineering Science 1, and Power Skills, totaling 120 credits. This year equips you to design basic electrical circuits, apply physics principles, leverage mathematical and computational techniques, perform measurements and data interpretation, develop independent learning, and effectively communicate both technically and collaboratively.
Year 2:
In the second year, the curriculum deepens both your understanding and your technical capabilities through modules such as Analogue and Power Electronics, Robot Control, Signals and Systems, Electronic Engineering Team Project, Embedded Systems and C, Communications Systems, Digital Design, and Electrical Machines. This progression develops your ability to critically understand a broad range of EE topics, apply scientific and mathematical concepts to real engineering problems, design and evaluate solutions under technical and societal constraints, use lab and CAD tools for system development, write code for structured implementations, and communicate complex ideas to diverse audiences.
Year 3:
Your third year centers around professional development and real-world engineering exposure. Core modules include Professional Engineering Practice, Engineering Project Management, Sustainability in Science and Technology, Leadership in Engineering, and Engineering in Practice (a comprehensive 60-credit module). This year enables you to gain systematic and in-depth knowledge in a specialty area, apply research and problem-solving techniques to real-world challenges, use investigative approaches under real constraints, understand commercial and project team dynamics, and build professional communication and personal development planning skills.
Final Year:
Your final year aligns with master’s-level depth and specialization. Core components include Digital Signal Processing (15 credits), Internet of Things (15 credits), Aston Global Advantage (15 credits), and a substantial Final Year Project (45 credits). You also choose one stream with two focused modules:
Digital Systems Stream: Digital Systems Design, Digital Systems Hardware
Electrical Systems Stream: Electrical Drive Train Applications, Applied Power Electronics and Control
Communication Systems Stream: Digital Communications, Optical Communications
This year cultivates your ability to conduct original research, tackle partially specified complex problems, employ engineering judgment in interdisciplinary contexts, communicate flexibly across technical and non-technical domains, and independently manage and deliver a significant engineering project.
Focus areas
This programme emphasizes power electronics and conversion, embedded hardware–software systems, signal processing, intelligent system design, Internet of Things applications, and hands-on engineering projects.
Learning outcomes
Graduates emerge with strong analytical, programming, and system design skills, experience managing significant design projects, and the capability to contribute effectively in technical and interdisciplinary engineering roles.
Professional alignment (accreditation)
Accredited by the Institution of Engineering and Technology (IET), fulfilling the academic requirements for Chartered Engineer (CEng) status when combined with appropriate professional experience.
Reputation (employability & rankings)
Aston is ranked within the UK top 20 for graduate prospects in Electrical & Electronic Engineering. Its graduates move into roles with high-tech firms, public sector, and research institutions, reflecting strong employability outcomes.
Here’s how the MEng (Hons) Electrical and Electronic Engineering at Aston University delivers a genuinely immersive, “learn-by-doing” experience. From the first year, you're actively engaged in practical learning—from digital and analogue electronics to embedded systems—within purpose-built labs, industry-standard computing suites, and modern maker spaces. You’ll build project-based skills, benefit from a full-year industrial placement, and specialize through advanced modules and a capstone project.
Experiential Learning Highlights:
Hands-on labs & maker facilities: You’ll learn in recently refurbished electronics labs—complete with soldering stations, oscilloscopes, multimeters, integrated PC test benches, and 3D printers/laser cutter maker spaces. You also get high-performance PCs for ECAD, UNIX workstations, and embedded processor kits for lab work.
Projects embedded year-round: From Year 1 engineering projects and team-based challenges to Year 2’s themed design tasks and professional engineering practice modules, real-world design, teamwork, and business skills are built in from the get-go.
Optional placement year: The course includes a 12-month industrial placement (Year 3), fully supported by Aston’s award-winning Careers & Placements team. The placement is academically assessed and includes modules via distance learning.
Power skills & advanced specialisms: On the MEng programme, you’ll expand beyond technical know-how into areas like IoT, autonomous systems, renewable energy, and beyond. Plus, you’ll gain “Power Skills” in innovation, leadership, sustainability, and inclusive teamwork.
Capstone final-year project & elective streams: In your final year, you'll work on a substantial individual project (45 credits), choosing specialist elective streams—IoT, digital systems, power electronics, optical communications, and more.
Accredited and career-ready: The programme is IET-accredited, meeting the academic requirements for Chartered Engineer status. Graduates go on to roles like Embedded Systems Engineer, Verification Engineer, and Software Engineer, with top employers including Rolls-Royce, RAF, and DSTL.
Graduates of Aston University's MEng (Hons) Electrical and Electronic Engineering are highly employable, moving into senior roles such as power systems architect, electronics design consultant, automation specialist, telecommunications lead engineer, and technical project manager. Many alumni also pursue PhD research or work in advanced sectors including renewable energy infrastructure, smart grid technologies, industrial digitalization, and next-generation electronic systems.
Here's how Aston specifically supports your future:
Career Services & Experiential Learning:
The four-year integrated MEng programme includes a professional placement year, with Aston's strong industry network helping students secure placements with global leaders like Jaguar Land Rover, National Grid, and Siemens. Students undertake advanced projects in Aston's modern engineering facilities, including a substantial group design project solving complex industry challenges. The university's award-winning Careers and Placements team provides exclusive recruitment events with top engineering firms and personalized career coaching for MEng students.
Industry Partnerships & Research:
The programme benefits from Aston's world-class collaborations with companies like ARM, Rolls-Royce, and Highways England, alongside research partnerships with the Aston Smart Systems research group. Students access cutting-edge facilities including the High Voltage Laboratory, Smart Grid Research Equipment, and Power Electronics Development Suite. The curriculum integrates transformative research in areas like net-zero power systems, industrial IoT, electric vehicle technologies, and advanced semiconductor devices.
Graduate Outcomes:
Students develop expert-level competencies in power network analysis, sustainable energy technologies, advanced control systems, and engineering project leadership - skills that command premium positions in the global engineering sector. Recent graduates have progressed to senior roles with companies like National Grid, Dyson, and Arup.
Further Academic Progression:
After completing the MEng, graduates can progress directly to PhD research in specialist engineering fields or move into senior technical roles with major engineering corporations - supported by Aston's outstanding industry reputation and central location in the UK's manufacturing heartland. The integrated placement year provides exceptional professional experience that gives graduates a competitive edge.



Embark on your educational journey with confidence! Our team of admission experts is here to guide you through the process. Book a free session now to receive personalized advice, assistance with applications, and insights into your dream school. Whether you're applying to college, graduate school, or specialized programs, we're here to help you succeed.
