University of York

What you'll study

This four-year integrated MEng programme builds from core foundations in mathematics, circuit theory and programming to advanced topics in analogue and digital electronics, signal processing, communications and systems engineering. Teaching mixes lectures, tutorials, laboratory practicals and design projects that progressively develop hands-on skills in circuit design, PCB prototyping, microcontroller and FPGA development, and test & measurement techniques.

• Year 1 – foundations: circuit analysis, introductory electronics, mathematics for engineers, programming and basic signal concepts, with laboratory practicals to develop measurement and circuit assembly skills.
• Middle years – core and applied topics: analogue and digital electronics, power electronics, embedded systems, control and instrumentation, electromagnetics, analogue/digital signal processing and communications. Courses emphasise design, simulation (SPICE, MATLAB/Simulink), and hardware implementation.
• Individual and group projects – design-led modules across the programme give experience of specification, iterative design, testing and documentation. Projects commonly include embedded product development, sensor interfaces, RF and communications prototypes, or power/conversion systems.
• Final integrated master’s year – advanced elective modules and a substantial research or design-led MEng project that requires independent engineering research, prototype construction and formal reporting. Optional routes can include an industrial placement or study-abroad year where available.

Entry requirements

Applicants should have strong attainment in quantitative subjects. Successful candidates typically hold high grades in A-level Mathematics plus Physics or Electronics, or an equivalent qualification such as Scottish Highers, IB, or suitable international secondary qualifications. Further Mathematics is highly advantageous but not always essential. Admissions also consider personal statements, references and any relevant practical experience.

International applicants must demonstrate English language proficiency and meet any additional academic equivalency requirements. The programme welcomes mature and non-traditional applicants with appropriate experiential learning or prior study.

Career prospects

Graduates of the MEng Electronic Engineering programme are prepared for a wide range of professional roles in industry and research. Typical destinations include:

• Electronics design engineer (analogue, digital and mixed-signal)
• Embedded systems / firmware engineer
• Hardware and PCB design engineer
• Communications and signal-processing engineer
• Power electronics and control systems engineer
• Test, validation and production engineering roles

Many graduates also move into multidisciplinary roles in robotics, automotive, aerospace, renewable energy, medical devices and IoT sectors, or continue to postgraduate study and research. The integrated master’s level of the MEng is particularly useful for roles requiring design responsibility or for progression to chartered engineer status.

Why study at University of York

The University of York offers electronic engineering teaching that combines theoretical rigour with practical engineering skills. Students benefit from dedicated electronics laboratories and prototyping facilities, supervised project work with industrial relevance, and access to simulation and CAD tools used in contemporary design practice.

York emphasises small-group teaching in laboratory and project modules, staff expertise across electronics, embedded systems and signal processing, and links with local and national employers that support placements and graduate recruitment. The programme’s structure, with integrated master’s project work and opportunities for real-world design experience, helps prepare graduates for immediate professional contribution or further research training.