Computer & Office Skills

Advanced Diploma In Game Development

This year-long diploma takes you deep into game development. You'll learn game design principles, work in a game engine, script gameplay, and build playable games as portfolio projects. It's an immersive, creative programme for anyone serious about breaking into the game industry.

Duration: 1 Year
Format: Live 1-on-1
Level: Professional
Certificate: 1. Osian 2. NSDC 3. Adobe

Overview

What this course is about

Make a playable idea through Advanced Diploma In Game Development lessons that combine design thinking with practical development. You will explore game loops, player goals, scenes, input, collision, prefabs, user interface and simple progression inside a modern engine such as Unity. C# fundamentals are introduced through scripts that control movement, interaction and game state, giving beginners a clear bridge between creative ideas and working digital experiences.

Project assignments can move from a small 2D platformer or top-down game to a more polished prototype with menus, sound, scoring and basic save behaviour. You will learn to organise assets, import sprites or 3D models, use the Inspector, debug common errors and build a playable version for a chosen platform. Design discussions include level flow, accessibility, feedback, difficulty balance and playtesting, so technical work remains connected to the player’s experience.

This diploma differs from a general computer application course because it is centred on interactive real-time projects, engine workflows and game-specific design. It is also broader than a short Unity tools class because it includes C# logic, planning, testing and portfolio presentation. One-on-one game development classes online let your teacher inspect the project, reproduce bugs with you and suggest a manageable next feature instead of overwhelming you with a large game idea.

By the end

What you’ll be able to do

Plan a manageable game concept with goals, rules, mechanics and player feedback
Navigate Unity scenes, prefabs, components, assets and project settings
Write introductory C# scripts for movement, interaction, scoring and game state
Build playable 2D or 3D prototypes with collisions, UI and simple progression
Debug project errors and test controls, difficulty and usability systematically
Package and present a finished prototype with clear design and development notes

Syllabus

How the course flows

1
Computer FundamentalsModule 1
How computers and the OS work day to day.
2
Documents & PresentationsModule 2
Professional Word and PowerPoint work.
3
SpreadsheetsModule 3
Formulas, functions and clean data in Excel.
4
Internet & ProductivityModule 4
Email, cloud tools and staying organised.
5
Practice & CertificationModule 5
Real tasks and exam-style preparation.

Toolkit

Tools you’ll use

MS Word
MS Excel
MS PowerPoint
Windows
Google Workspace

Audience

Who this course is for

Students after 10th or 12th curious about game creation
Beginners who want to combine storytelling, art and programming
Unity learners needing structured project guidance
Designers adding interactive prototypes to their portfolio
Working professionals exploring a creative technology transition

Where it leads

Roles this opens up

Game Development Trainee
Support a small studio by implementing simple mechanics, scenes and gameplay fixes.
Unity Junior Programmer
Build and debug introductory C# behaviours under the direction of an experienced team.
Interactive Prototype Designer
Turn concepts into testable playable experiences for education, brands or entertainment projects.

Questions

Before you enrol

Yes, the programming work begins with variables, conditions, methods and small scripts connected to visible game behaviour. You will still need patience because understanding and debugging code takes repeated practice.

Unity with a current supported editor release is a suitable starting point, together with a computer that can run the chosen 2D or 3D project. Storage, memory and graphics needs increase as scenes and assets become more complex.

The core workflow can introduce both, while the main portfolio project should stay within a manageable scope. Your teacher can recommend 2D or 3D based on your interests, computer and available art assets.

You may create a platformer, top-down challenge, puzzle or interactive story prototype with clear goals and feedback. The important result is a tested, understandable game loop rather than an unfinished imitation of a large commercial title.

Yes, a playable prototype, screenshots, a short design explanation and development notes can show how you think and solve problems. Portfolio value improves when you can explain your own decisions and respond to playtest feedback.

Game Development concentrates on engines, real-time interaction, gameplay systems, C# behaviours and player experience. Computer Application covers a wider mix of programming, databases, office work and web fundamentals rather than a specialised game project.