University of Hull

What you'll study

The programme covers a blend of core computer science topics and game-specific subjects. Early years focus on programming fundamentals, algorithms, data structures, software engineering and mathematics for computing. As you progress you study real-time graphics and rendering, game engine architecture, physics simulation, artificial intelligence for games, human–computer interaction, and tools and pipeline development for production.

The BSc route emphasises practical project work and typically culminates in a substantial individual or team final-year game or simulation project. The MEng option extends the honours degree with additional advanced modules and an extended or research-led final project, providing deeper specialism and preparation for technical leadership or research roles.

• Core modules (examples): Programming 1 & 2, Data Structures & Algorithms, Software Engineering, Computer Architecture, Mathematics for Computer Science.
• Games-focused modules (examples): Real-time Graphics & Shaders, Game Engine Design, Physics for Games, AI for Games, Interactive Systems, Audio Programming for Games.
• Project and practical work: Collaborative team projects, industry-style deliverables, portfolios, and a final-year individual or group honours project that may produce a playable prototype, tool or research prototype.
• Optional and advanced topics: Virtual and Augmented Reality, Networked Multiplayer Programming, Procedural Content Generation, Advanced Graphics, Optimisation and Performance Tuning.

Throughout the degree you gain hands-on experience with industry-standard languages and tools (for example C++, C#, Unity, Unreal Engine, graphics APIs) and develop transferable skills such as version control, testing, and agile development.

Entry requirements

Typical entry requires successful completion of a recognised secondary qualification such as A-levels, BTEC, Scottish Highers or the International Baccalaureate. A good pass in a technical subject such as Computer Science, Mathematics or Physics is highly desirable. Applicants without formal qualifications but with substantial relevant experience or a portfolio of personal projects may also be considered.

Key expectations include:

• Strong numeracy and problem-solving skills; mathematics at A-level or equivalent is often required or strongly recommended.
• Demonstrable programming experience or interest — examples include personal projects, coursework or informal programming evidence.
• For mature or alternative applicants, a portfolio of work, a coding test or an interview may be used to assess suitability.

Career prospects

Graduates go on to technical roles across the games and wider software industries. Typical job titles include Gameplay Programmer, Graphics/Engine Programmer, AI Programmer, Tools Developer, Technical Designer, and Software Engineer. Skills from the degree are also applicable to careers in simulation, visualisation, virtual/augmented reality, mobile and web gaming, and serious games for healthcare, defence or education.

The MEng route can strengthen prospects for senior technical roles, technical lead positions or PhD study. Graduates frequently join small independent studios, large game developers, middleware companies, or non-game technology firms that require real-time systems expertise.

Why study at University of Hull

The University of Hull offers a focused computing environment with dedicated teaching staff who combine academic research with industry experience. You study in well-equipped labs with access to game engines, graphics hardware and VR facilities, and benefit from practical, project-based learning that mirrors industry practice.

The school encourages industry engagement through guest lectures, workshops and connections with regional and national studios. There are opportunities for work placements or industrial projects to build a professional portfolio, and careers support to help with interview preparation, CVs and employer links. Hull’s supportive campus community and computing student groups provide extra opportunities to collaborate on game jams, competitions and portfolio development.