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Students
Tuition Fee
GBP 24,000
Per year
Start Date
2025-09-01
Medium of studying
On campus
Duration
1 years
Program Facts
Program Details
Degree
Masters
Major
Computer Science | Game Design | Software Development
Area of study
Information and Communication Technologies
Education type
On campus
Timing
Full time
Course Language
English
Tuition Fee
Average International Tuition Fee
GBP 24,000
Intakes
Program start dateApplication deadline
2025-09-01-
About Program

Program Overview


Games Computing MSc

Gain the skills to develop software, systems, and content for modern video games, preparing you for a career in the computer games industry.


Key Information

  • Course duration: Full-time 1 year
  • Annual fees:
    • Home (full-time): £10,600
    • Overseas (full-time): £24,000
  • Course start: September 2025

Course Overview

The MSc in Games Computing builds on your previous knowledge of gaming and prepares you for advanced technical roles in the games industry. This cutting-edge course supports the development of advanced techniques and technologies aligned with computing.


The curriculum will enhance your capacity to write code, develop software, and use relevant platforms and game engines to produce new gaming experiences. This expands your understanding of advanced professional technologies and behaviours, enabling you to resolve complex issues systematically and precisely. This course focuses on developing, iterating, and implementing game software. Through project-based approaches, you will enhance your skills in programming languages, game engines, computational visualisation, coding, and virtual networks.


The course encourages a critical approach to games computing, considering the social and ethical implications of your work. By the end, you will have created a professional body of work, confident in applying programming languages to industry-standard solutions and technical problem-solving, clearly communicating your results within the games industry.


Why Study with Us

  • Advanced technical skills: Develop your expertise in advanced programming languages, game engines, computational visualisation, and virtual networks to create sophisticated, clean, and efficient code.
  • Interdisciplinary approach: Benefit from shared delivery with other postgraduate courses, fostering a collaborative environment that reflects industry practices and promotes knowledge-sharing and interdisciplinary interaction.
  • Professional-level resources: Utilise a wide range of professional resources, including industry standard tools, media labs, 2D & 3D studios and workshops, computer labs, high-specification PCs, digital darkrooms, analogue and digital resources, and licensed specialist software, supporting you to create practical and creative solutions to project briefs.
  • Ethical and inclusive research: Adopt an ethical approach to your work, focusing on the social and ethical implications of games computing, and emphasising accessibility, equality, diversity, and sustainability.
  • Professional portfolio development: By the end of the course, you will have created a professional body of work that reflects your interests and prepares you for industry, enhancing your ability to communicate research visually.
  • Innovative problem solving: Engage with complex computational problems through project-based learning, promoting original and innovative approaches to technical proficiency and professional working methods.

Course Details

This programme is a one-year course, including 30 weeks of direct teaching time and a 15-week final project. You will need to complete five units and one 60-credit major project (180 credits in total). All units on the course are compulsory and must be passed in order to complete the award. If you study part-time your modules will be split across two years. Full course details, including aims and assessment criteria, will be provided in the course specification upon validation.


  • Core practice and context in Games Computing (60 credits)
  • Advanced technical skills in Games Computing (20 credits)
  • Dialogue, debate and domain knowledge in Games Computing (10 credits)
  • Professional technical skills in Games Computing (20 credits)
  • Advanced critical context in Games Computing (10 credits)
  • Major project (60 credits)

Core Practice and Context in Games Computing (60 credits)

This unit launches your master’s study experience at Norwich, encouraging you to explore leading practices and emerging research in game computing, focusing on a broad understanding of processes within conceptual and cultural contexts. Through discovery-based learning, you will develop a deep knowledge of programming, data analysis, visualisation, mathematics, physics, information systems, networks, physical computing, prototyping, and emerging technologies like AR/VR/AI. This unit encourages an expanded approach to creative thinking, examining broader systems and the interconnected boundaries of games computing with other fields. Research-led projects and iterative experimentation will enhance your critical reflection and analytical skills, helping you learn how to use games computing and technology to address cultural and contemporary issues. This hands-on approach encourages innovative thinking and practical application, preparing you to tackle real-world challenges in the creative industries.


Advanced Technical Skills in Games Computing (20 credits)

This unit focuses on developing advanced games computing skills essential for idea generation, problem-solving, and practical development. It includes a range of media and processes, focusing on technical expertise to address theoretical and conceptual challenges. Through individual and group projects, students are encouraged to explore innovative solutions for contemporary and emerging media platforms. The unit will cover programming, custom software practices, physical computing, machine learning, systems engineering, advanced visualisation, electronic prototyping, and emerging technologies like AR/VR/AI. The unit emphasizes iterative cycles of experimentation, enhancing practical skills and methods to advance your creative outcomes and knowledge.


Dialogue, Debate and Domain Knowledge in Games Computing (10 credits)

This unit explores leading practices and emerging research in creative technology practice, enhancing your understanding through reflective analysis and interactive sessions. It examines the discipline within socio-economic, political, ethical, and cultural contexts, covering themes like machine learning theory, games theory, human-computer interaction, and globalisation. Students will develop diverse research approaches and engage in discursive interactions to inform their inquiry methods, examining the boundaries between creative technology disciplines. The unit looks at primary and secondary research methodologies, presentations, and critical reflective writing, positioning you as a critically engaged practitioner ready to contribute to contemporary and cultural debates.


Professional Technical Skills in Games Computing (20 credits)

This unit focuses on advanced professional-level technical skills essential for innovative games computing practice. Building on the ‘advanced technical skills’ unit, it encourages experimentation across various media to enhance personal development and practical skills. You will learn the importance of technical expertise in supporting theoretical and conceptual aspects of computational design and prototyping. Through individual and group projects, students will refine their computing processes and explore innovative solutions, particularly in digital environments. The unit integrates custom software practices, physical computing, algorithmic design, and emerging technologies like AR/VR/AI. Focusing on contemporary techniques, you will blend theoretical concepts with technical skills, enabling you to create innovative and complex outcomes, essential for advancing in the dynamic games computing industry.


Advanced Critical Context in Games Computing (10 credits)

This unit deepens knowledge of leading practices and emerging research in creative technology and games computing. By developing effective research and reflective strategies, you will enhance your critical understanding of key methodologies and gain insights into creative thinking within socio-economic, political, ethical, and cultural contexts. Building on prior knowledge from the ‘dialogue, debate, and domain knowledge’ unit, it emphasises developing effective research and reflective strategies to understand creative communication in various contexts. The unit includes interactive sessions that explore critical frameworks, covering themes like machine learning theory, game theory, human-computer interaction, and globalisation. Hands-on projects and iterative analysis cycles will reinforce the synthesis of conceptual and practical problem-solving, positioning you as critically engaged reflective practitioners.


Major Project (60 credits)

This unit represents the culmination of your games computing studies, integrating everything you’ve learned on your studies. You will identify a research question, plan a project to test hypotheses, and work towards innovative outcomes, which may involve multiple outputs or a focused exploration of one aspect of your practice, supported by feedback from tutors and industry professionals. You will be encouraged to support the historical, theoretical, cultural, technical, and economic contexts relevant to your discipline and project. You will examine challenges related to social and environmental sustainability, identifying relevant industries, audiences, and stakeholders. Research-led practice will enhance your ability to synthesise experiments into complex creative outcomes, positioning you as a critically engaged and reflective professional who can synthesise experiments and ideas into complex creative outcomes.


Learning and Teaching

The course is delivered through a variety of engaging learning and teaching methods.


  • Lectures
  • Seminars
  • Tutorials
  • Technical labs
  • Independent and group work

Assessment

Our assessment methods will vary based on the unit you choose and provide a comprehensive measure of your learning and progress. These methods may include:


  • Critically reflective essay
  • Course work
  • Presentations
  • Learning journal
  • Reflective evaluation
  • Body of creative work
  • Reflective research report
  • Team project evaluation
  • Major project
  • Supporting documentation

Real World Problem-Solving

This course is part of our suite of Master’s in Computing, Games and Data Science, offering a collaborative framework across various specialisations, including MSc Creative Computing, MSc Games Computing, and MSc Data Science and AI in Creative Industries. This provides students with opportunities to engage with peers from different disciplines while working on individual assignments. Such collaboration mirrors the professional dynamics in the creative industries today, allowing students to gain valuable experience in interdisciplinary teamwork and real world problem-solving.


Typical Career Paths

Our MA in Games Computing equips graduates with the creative and technical expertise required for a wide range of roles within the games industry, including game designer, artist, developer and producer. The course provides versatile skills highly valued across other creative and tech industries, opening doors to careers in design, programming, production and much more. Throughout the course, you will develop strong project management abilities, teamwork, communication, leadership, and negotiation skills. You’ll gain hands-on experience with industry-standard tools and techniques, while also developing entrepreneurial acumen and business knowledge, which will support you as an independent developer or support your career in a larger games development studio.


This course prepares you for a career in a variety of disciplines related to games computing, including:


  • Applications developer
  • Game designer
  • Game developer
  • Game producer
  • UI/UX designer
  • Concept designer
  • Multi-media programmer
  • Multi-media specialist
  • Software engineer
  • VFX artist
  • Indie game developer

Entry Requirements

We typically require an honours degree of 2:1 or above. Applicants should have a good working knowledge of programming gained from work, university study, or personal interest. Details on your programming experience should be included as part of your application.


Those with industry experience or relevant skills from non-traditional backgrounds are encouraged to apply, including individuals currently employed. If you’re unsure about your eligibility, please contact us for guidance before applying.


English Language Requirements (International/EU)

If English is not your first language, IELTS 6.5 (or equivalent) is required, with a minimum of 5.5 in reading, writing, listening, and speaking. We also accept other English language qualifications.


International Qualifications

We accept a wide range of qualifications from all over the world.


For information on entry requirements from your country, see our international pages.


Portfolio Requirement

When you apply for this course, we will ask you to prepare your portfolio and a written submission. We might also ask you to prepare for an interview. These methods are used to assess your suitability for the course. All three elements should clearly demonstrate your passion for the subject and your individual creativity.


Further information will be provided once you have applied.


Fees and Funding

  • Home: £10,600
  • International: £24,000

Funding Your Study

Depending on your circumstances, you may qualify for a bursary, scholarship or loan to help fund your study and enhance your learning experience. Find out more about scholarships and funding.


Additional Costs

Your tuition fee covers the full cost of tuition. Accommodation, cost of materials, and living costs, such as travel and food, are not included in your tuition fees.


How to Apply

Applications to our postgraduate courses should be made directly to Norwich University of the Arts using a Postgraduate Application Form.


Applications should be returned to [insert email address].


Please see our Terms and Conditions and Admissions Policies for further details.


Postgraduate applicants can only apply directly by completing the below online application form or emailing the downloadable form to [insert email address].


Online Postgraduate Application Form


International students requiring a visa should apply as soon as possible in the year they wish to start. Email our International Team for more information.


Please see our Terms and Conditions and Admissions Policies for further details.


Postgraduate Open Days

Get a taste of life at Norwich, learn more about our courses, our campus and meet the creators and makers you’ll be learning from.


Book an open day.


Related Courses

Discover our courses and take the first step towards unleashing your potential.


Search courses.


  • Creative Computing MSc: Discover how to use advanced programming and creative practice to design interactive experiences that push the boundaries of digital creativity.
  • Data Science and AI in Creative Industries MSc: Learn how computer science, data analytics, and AI drive innovation and enhance everyday experiences in the creative industries.
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About University
Masters
Bachelors
Courses

Norwich University of the Arts


Overview:

Norwich University of the Arts (NUA) is a public university specializing in art, design, architecture, media, performance, technology, and business management. It is located in Norwich, England, and boasts a campus that blends historic buildings with modern, innovative spaces.


Services Offered:

NUA offers a range of services to its students, including:

    Undergraduate and postgraduate degrees:

    A wide variety of programs across various creative disciplines.

    Short courses:

    Opportunities for professional development and skill enhancement.

    Integrated Foundation (Year 0):

    A preparatory year for students seeking to enter undergraduate programs.

    Campus facilities:

    Modern studios, workshops, and learning spaces.

    Accommodation:

    On-campus housing options for students.

    Student support:

    Services for academic, personal, and career development.

    International student support:

    Dedicated resources for international students.

    Fees and funding:

    Information on tuition fees and financial aid options.

Student Life and Campus Experience:

NUA provides a vibrant and stimulating campus environment where students can:

    Engage in creative exchange:

    Collaborate with peers and faculty in a supportive atmosphere.

    Explore a historic and modern campus:

    Discover inspiration in the university's unique architectural blend.

    Benefit from a city full of possibilities:

    Immerse themselves in Norwich's creative and diverse culture.

    Connect with industry professionals:

    Gain valuable insights and networking opportunities.

Key Reasons to Study There:

    Award-winning teaching quality:

    Recognized for its high standards of education.

    Gold-rated Teaching Excellence Framework (TEF):

    Demonstrates commitment to excellent teaching and learning.

    Industry-relevant programs:

    Courses designed to equip students with the skills needed for successful careers.

    Vibrant and supportive community:

    A welcoming environment for students to thrive and develop their creative potential.

    Location in a creative city:

    Access to Norwich's rich cultural scene and opportunities for inspiration.

Academic Programs:

NUA offers a wide range of undergraduate and postgraduate programs, including:

    Undergraduate degrees:

    Acting, Animation, Architecture, Business Management, Computer Science, Creative Computing, Creative Technology and Robotics, Design for Publishing, Electronic Music and Sound Production, Esports, Fashion, Fashion Communication and Promotion, Fashion Marketing and Business, Film and Moving Image Production, Fine Art, Games Art and Design, Games Development, Graphic Communication, Graphic Design, Illustration, Interior Design, Marketing, Photography, Psychology, Textile Design, User Experience Design.

    Postgraduate degrees:

    Advertising, Animation, Illustration, Interaction Design, Creative Computing, Games Computing, Data Science and AI in Creative Industries, Service Design, User Experience Design, Architecture, Creative Education, Communication Design, Film, Fine Art, Games, Textile Design.

Other:

NUA is committed to research and innovation, supporting inclusive communities and shaping the future of creative industries. It also operates East Gallery, a public art space showcasing exhibitions by renowned artists and designers.

Total programs
46
Location
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