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The MEng Electrical and Electronic Engineering at University of Hull is a four-year integrated master’s degree that blends electronics, power systems, embedded design, robotics, and smart infrastructure. It’s made for hands-on learners eager to engage with real-world challenges—from smart grids to automation—using industry-standard labs, strong design projects, and expert support.
Curriculum Structure
First Year
You’ll build a solid engineering foundation with modules including Mathematics for Engineers, Fundamentals of Engineering, Practical Skills for Engineers, and Programming and Control, alongside Thermofluids and Engineering Global Challenge 1—all designed to blend technical understanding with collaborative problem-solving tasks.
Second Year
Expect a deeper dive into core topics like Control Engineering, Electrical and Electronic Systems 1 & 2, Power Systems, Digital and Embedded Systems Design, and Engineering Global Challenge 2—where you’ll explore key systems, circuitry, and controls through applied learning and projects.
Optional Placement or Study Abroad: You may extend your degree to four years by undertaking a placement in industry—gaining practical experience—or to five years by enrolling in the integrated Master’s (MEng) pathway, culminating in advanced postgraduate-level study.
Third Year
In your third year, you'll tackle advanced, forward-looking modules: Smart Grids, Embedded Systems, Machine Learning, and Robotics and Automation, culminating in a substantial Individual Project that showcases your ability to engineer and innovate independently.
Final Year 4 – Integrated Master’s Year
This final year deepens your expertise through advanced, professionally relevant modules: Offshore Wind Energy, Renewable Technologies for Buildings, Sustainable Engineering Systems, Advanced Digital Design & System on Chip, and a year-long Engineering Group Project—preparing you to innovate in sustainable tech and lead engineering design
Focus Areas
Smart grids, embedded systems, machine learning, robotics, control engineering, power systems, electronic systems design
Learning Outcomes
You’ll build proficiency in analytic and design techniques for electrical systems, programming and embedded development, applied robotics and automation, and civic-ready smart infrastructure systems. Your final-year project lets you demonstrate innovation, independence, and real-world applicability.
Professional Alignment (Accreditation & Placement)
This program is accredited by both the Engineering Council and the Institution of Engineering and Technology (IET)—providing a direct route to Incorporated Engineer status, with foundational academic groundings toward Chartered Engineer qualification.
You also have the opportunity to undertake a year-long industrial placement, where you'll gain real-world engineering experience—enhancing your practical skills, business awareness, and career-readiness.
Reputation (Employability & Facilities)
From Day One, you’ll be doing real engineering—not just learning about it. The University of Hull empowers you with top-tier, hands-on experiences in state-of-the-art labs—from building prototypes in robotics and embedded systems spaces to bringing designs to life in the FabLab. Supported by friendly, forward-facing faculty and technicians, you’ll grow practical skills that stand out to employers and lead you toward Chartered Engineer status.
Here’s how that plays out through your degree:
Prototype design and testing in modern labs: You'll bring ideas to life in the embedded systems lab, robotics lab, and digital manufacturing lab—spaces designed for hands-on work with electronics, sensors, and automation.
FabLab with advanced digital tools: Work with 3D printers, laser scanners, cutters, and CNC machines in the FabLab to create and refine real-world prototypes.
Unique team projects via Hull Electric Racing Team (HERT): Collaborate to build and test an electric racing car—complete with exclusive access to an F1 racing simulator—and even compete at Silverstone.
Placement year for real-world exposure: In your third year, you’ll be encouraged to take up an industrial placement or study abroad—ideal for gaining hands-on experience and boosting professional networks.
Accreditation and career-focused outcomes: The course is accredited by the IET, giving you a direct pathway to Incorporated—and partly Chartered—Engineer status. Plus, Hull boasts an impressive 100% employability rate among graduates 15 months after finishing.
Engage with cutting-edge fields: You'll explore smart power, process control, communications, and remote sensing—applying these in real time during lab sessions, enhancing both your technical and analytical skills.
Accolades that reflect real support: Students benefit from excellent academic and practical support—reflected in high NSS rankings for learning opportunities and academic support.
Graduates of the University of Hull's MEng Electrical and Electronic Engineering are highly employable, moving into senior roles such as electrical systems manager, power network consultant, automation and control specialist, electronics project leader and renewable energy systems designer. Many alumni progress to leadership positions in the energy sector or pursue PhD research in smart grids, industrial automation or advanced electronics.
Here's how Hull specifically supports your future:
Career Services & Experiential Learning:
The integrated master's programme includes an extended industrial placement or research project with leading engineering firms, providing advanced professional experience. You'll develop specialist expertise through high-level laboratory work, industry collaboration projects and research-led modules, with particular focus on smart energy systems, advanced control engineering and power electronics. The university's Engineering Careers Team offers tailored support for chartered engineer progression, including professional mentorship and exclusive industry networking opportunities.
Industry Partnerships & Research:
The Department of Engineering collaborates closely with global partners including Ørsted, Siemens Energy and Rolls-Royce. Students engage with cutting-edge research in offshore renewable energy integration, industrial IoT systems and next-generation power electronics. The university's £16m engineering facilities include smart grid simulation labs, high-power test systems and marine energy research platforms. Employers particularly value graduates' competencies in system-level electrical design, energy management solutions and advanced automation technologies.
Graduate Outcomes:
Students complete their studies with master's-level expertise in power systems engineering, advanced digital design, engineering leadership and research methodologies - preparing them for senior technical and management roles in the energy and technology sectors.
Further Academic Progression:
After your MEng degree, you can progress directly to engineering leadership roles or doctoral research in areas like marine energy systems, smart grid technologies or industrial automation, supported by the programme's strong research environment and industry partnerships.
Personal Essay, High School transcripts : A levels, IBDP, CACHE Diploma, GCSE maths at grade 4 or C, Minimum 112 UCAS points, Minimum 6.0 score for IELTS.UCAS Application • Official High School Transcripts • Personal Statement • Educational Resume • Letter of Recommendation by School TeacherUCAS Tariff Points: 128 points from a Level 3 qualification English test results: IELTS 6.0 (no band below 5.5), TOEFL iBT: 60-78 – At least - Reading 10, Listening 9, Speaking 17, Writing 19GCSE: Grade 4/C in GCSE English languageThe Year 12/Standard 12 Indian School Certificate: 70% from CBSE/CISCE/Gujarat, Kerala (150+), and 60% from Andhra Pradesh/Karnataka/Maharashtra USA curriculum: High School Diploma with a GPA of 3.0 out of 4.0. And one of the following: SAT (post 2016) 1190 out of 1600, ACT with a composite score of 24, or AP with 3x grades of 3 or higherOffers optional Industrial Placement and Study Abroad Year. Tuition Fees: 20% and 15% full time rate for Industrial Placement and Study abroad year respectively.This course is currently available through Clearing, which means our entry requirements are a bit different to what they would normally be.Electrical EngineerElectronics EngineerControl Systems EngineerPower Systems EngineerTelecommunications EngineerEmbedded Systems EngineerRenewable Energy EngineerRobotics EngineerSemiconductor Design EngineerTest and Validation Engineer
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University of Hull
