MSc Electronic and Electrical Engineering

1 Year On Campus Masters Program

Loughborough University

Program Overview

This MSc develops advanced technical expertise in electrical and electronic engineering with the flexibility to specialise in robotics and control, energy systems, communications and IoT. It’s designed for students with an engineering, electronics or physical-science undergraduate degree who wish to lead in design, development and application of modern electrical/electronic systems.

Curriculum Structure
Year 1 (full-time, one-year programme): Students engage in taught modules including Electrical Power and Energy Engineering (15 credits) which covers modern power-system modelling and stability in steady and dynamic conditions. They also choose optional modules such as Antennas, Radar and Metamaterials or Radio Frequency and Microwave Integrated Circuit Design to explore specialist electronics/communications areas. Finally, students complete an MSc Individual Project (60 credits) where they plan, manage and deliver an original engineering project in line with their chosen pathway.

Focus areas:
“Robotics & control; energy engineering & power systems; communications & IoT; advanced electronics & RF/microwave design.”

Learning outcomes:
“Graduates will be able to model and design complex electrical/electronic systems; apply advanced tools and methods in areas such as power systems, IoT or RF; integrate technical and management skills; plan and execute independent engineering projects.”

Professional alignment (accreditation):
The programme is mapped to the further-learning requirements of the Engineering Council’s AHEP4 standard and the school is working towards accreditation by the Institution of Engineering and Technology (IET).

Reputation (employability rankings):
Loughborough University is ranked in the top 100 globally for Mechanical, Aeronautical & Manufacturing Engineering in the QS subject rankings. Its graduates are highly regarded in industry for their technical and project skills.

Experiential Learning (Research, Projects, Internships etc.)

Students enrolled in the MSc Electrical and Electronic Engineering at Loughborough University engage in a rigorous, hands-on programme that bridges advanced engineering concepts with real-world applications. They work in high-specification electronics, communications, mechatronics and energy laboratories, using professional-grade software and hardware to develop their designs, test solutions and build systems. Collaborative modules and a major individual project allow them to apply theoretical knowledge in practical contexts, preparing them for leadership roles in industry or research.

Key experiential components include:

Modern, well-equipped lab facilities: Students access the electronics, mechatronics and communications laboratories, featuring digital image-processing equipment, software-defined radios, unmanned aerial systems (drones), professional network measurement gear, and an RF anechoic chamber for antenna testing.
Flexible study routes aligned with industry topics: The programme offers specialisation pathways in robotics & control, energy engineering, communications and Internet of Things (IoT), enabling learners to tailor their practical work to sectors of interest.
Professional and simulation-software usage: Students engage with industry-standard software and system modelling tools (for example in power systems, antennas, communications) and test hardware under realistic conditions—for example RF system design modules.
Major individual applied project: In the summer phase, each student undertakes a 60-credit individual project, applying engineering principles to a real problem area, executing the design, implementation and testing phases of system or device work.
Research-informed teaching and industrial relevance: The curriculum and facilities are backed by active research groups and shaped by industry advisory input, ensuring students’ practical experience aligns with current engineering practice.
Group-based and block-taught format reflecting professional practice: The programme uses block-taught weeks (Monday–Friday) followed by submission periods, and includes laboratory sessions, tutorials, practical coursework and group work—mirroring how engineering teams often operate.

Progression & Future Opportunities

Graduates from the Loughborough University MSc in Electrical and Electronic Engineering are well-positioned for impactful roles such as Electronics Design Engineer, Power Systems Engineer, IoT/Embedded Systems Developer and Autonomous Systems Architect—thanks to the programme’s blend of advanced technical breadth and applied experience.

Progression & Future Opportunities:

University services: Students receive strong support through Loughborough’s Careers Network, personal tutors and academic supervisors; they also have access to well-equipped labs (electronics, mechatronics, communications) alongside optional micro-internship placements with industrial partners.
Employment & salary figures: While specific salary data for this exact MSc isn’t published, the course page emphasises that students develop advanced practical skills in areas like robotics, energy, communications and IoT—making them attractive to employers across high-technology and engineering sectors.
University–industry partnerships: The programme is designed in consultation with industry advisors, and students use state-of-the-art equipment including software-defined radios, RF anechoic chambers, drones and measurement gear, reflecting real-world employer environments.
Long-term accreditation value: The MSc is designed to fulfil the “Further Learning” requirements of the Institution of Engineering and Technology (IET) for progression to Chartered Engineer (CEng) status—giving strong professional credibility.
Graduation outcomes: Students complete a substantial individual research or development project (60 credits) where they apply specialist routes such as energy engineering, robotics/control or communications/IoT. The mix of technical, management and entrepreneurship modules readies them for leadership as well as specialist roles.

Further Academic Progression:
After finishing this MSc, a student could pursue a PhD in areas such as Electrical & Electronic Engineering, Embedded Systems, Power Systems Integration or Communications Engineering, leveraging Loughborough’s strong research environment. Alternatively, the graduate could move into professional engineering certifications or a research-informed master’s route while working—positioning themselves for senior technical, specialist or leadership roles in industry.