MSc Electronic and Electrical Engineering

1 Year On Campus Masters Program

University of Chester

Program Overview

The MSc in Electronic and Electrical Engineering at the University of Chester equips students with a modern, versatile skill set by combining hardware-focused electronic engineering with software, AI, robotics, IoT, and cyber-security. It is ideal for students who aspire to work at the intersection of embedded systems and intelligent, connected devices.

Curriculum Structure

Early Phase: Students build a strong theoretical and practical foundation in embedded systems, power electronics, and control. Core modules such as Advanced Embedded Systems & Internet of Things, Power Electronics, Drives and Systems, and Intelligent Systems, Sensors and Control allow students to design sensors, control algorithms, and power-conversion systems.
Middle Phase: Students focus on robotics, AI, and cyber-security, through modules like Robotics, AI for Modern Use-Cases, and Cyber Concepts and Techniques. They gain hands-on experience with microcontrollers, develop neural-network-based control systems, and learn secure system design practices.
Final Phase: Students undertake an MSc Project or an optional industrial placement. They define an engineering challenge, carry out research, model and simulate solutions, and deliver a fully functional system, considering sustainability, ethical, and economic implications.

Focus Areas

Intelligent systems, IoT and embedded hardware, power electronics and control, robotics, AI-driven applications, and cyber-security.

Learning Outcomes

Graduates will be able to design and implement embedded electronic systems, apply machine learning to robotics and control systems, develop secure IoT devices, and critically analyse and solve complex engineering problems across hardware and software domains.

Professional Alignment (Accreditation)

The programme is designed to meet industry needs, providing practical experience aligned with current engineering practices in electronics, robotics, AI, and cyber-security.

Reputation (Employability / Rankings)

The University of Chester is recognised for strong employability support, with graduates well-prepared for roles in industrial, automotive, aerospace, and consumer electronics sectors.

Experiential Learning (Research, Projects, Internships etc.)

The MSc in Electronic & Electrical Engineering at the University of Chester emphasizes hands-on, practical experience alongside advanced theory. Students work in modern, purpose-built laboratories, equipped with industry-standard tools and equipment for embedded systems, control systems, robotics, power electronics, and IoT. The program integrates individual and group projects, giving students the opportunity to design, test, and implement real-world systems. Optional industrial placements allow students to gain professional experience and develop networks within engineering industries.

Students benefit from the following experiential learning opportunities:

Access to specialized labs for embedded systems, robotics, power electronics, and cyber‑security.
Use of simulation and design software for circuit and system modeling.
Individual MSc projects with supervision, either on-campus or in collaboration with industry.
Optional placement/project year to gain practical experience in an industrial setting.
Modules that include design and implementation of embedded systems, AI and robotics applications, IoT integration, and cybersecurity solutions.
Exposure to state-of-the-art hardware such as Arduino, FPGA, and Raspberry Pi platforms.
Opportunities to work with sensor networks, control systems, and machine learning applications.

Key Modules

Robotics – Covers AI, microcontrollers, computer vision, and multi-agent systems.
Cyber Concepts and Techniques – Focuses on cybersecurity, secure system design, and cryptography.
Intelligent Systems, Sensors & Control – Explores intelligent sensors, neural networks, and control systems.
Power Electronics, Drives & Systems – Includes high-power devices, drive systems, and machine modeling.
Advanced Embedded Systems & Internet of Things – Hands-on experience with IoT devices, FPGA, and cloud integration.
AI for Modern Use-Cases – Introduces machine learning applications, ethical and legal considerations, and real-world deployment.
MSc Project – Independent research or industrial project, supervised, including design, analysis, and presentation.

Progression & Future Opportunities

Graduates of this program are highly sought after in sectors such as electronics design, power systems, automation, and telecommunications:

University services supporting employment: The University’s Careers and Employability Centre offers one-on-one guidance, CV workshops, networking events, and connections with industry recruiters.
Employment stats and salary figures: Many graduates progress to roles with competitive salaries, typically ranging from £28,000 to £45,000 for early career positions, with senior engineers and specialists earning higher.
University–industry partnerships: The program benefits from collaborations with key industry players, including local engineering firms and multinational electronics companies, facilitating work placements and project opportunities.
Long-term accreditation value: The course aligns with professional engineering standards, supporting progression toward Chartered Engineer (CEng) status.
Graduation outcomes: Alumni often secure roles such as Electronics Engineer, Electrical Design Engineer, Systems Engineer, or Control and Automation Engineer, reflecting the program’s practical and technical focus.

Further Academic Progression:
Graduates wishing to continue their studies may pursue research degrees such as a PhD in Electrical or Electronic Engineering, or specialized postgraduate certifications in areas like renewable energy systems, robotics, or telecommunications.