Students work on team-based assignments and production-style tasks to understand real game pipelines.
B.Sc Computer Science &
Game Development
B.Sc Computer Science & Game Development
Build games, code worlds and start your game development career after 12th with Computer Science, Unity, Unreal Engine, AI for Games, AR/VR, Gameplay Systems and Portfolio Development.
DURATION
2 Years
MODE
Offline Hyderabad
ELIGIBILITY
10+2 or MPC
AFFILIATION
JNAFAU
Asia’s 1st Unreal Engine Academic Partner
The Rookies Global Recognition
Portfolio + Internship + Final Game Project
Course Overview
Where Computer Science meets Game Development.
The B.Sc Computer Science & Game Development program at IACG is designed for students who have completed 12th and want to turn their interest in coding, games and interactive technology into a serious career direction.
This 4-year program blends Computer Science fundamentals with practical game development specialization. Students learn programming, data structures, operating systems, DBMS, software engineering, algorithms and networks along with Unity, Unreal Engine, AI for Games, AR/VR, level design, gameplay programming, graphics programming and portfolio development.
Students learn to move from playing games to building them.
- Programming foundations
- Unity and Unreal Engine workflows
- AI, physics and gameplay systems
- Level design and game world building
- Playable projects and portfolio
- Internship and final game project
Why IACG
Learn Game Development in a creative technology ecosystem.
IACG combines academic learning, production-style workflows, project-based training, portfolio development, internship exposure and career readiness.
25+ Years
Creative education experience
Unreal
Asia’s 1st Unreal Engine Academic Partner
Rookies
Global creative school ranking recognition
JNAFAU
Affiliated Bachelor’s program
Course Objectives
By the end of the program, students will be able to:
Understand core Computer Science concepts used in real game development.
Build strong programming foundations using C++, C#, Python, Java and Web Technologies.
Create interactive games using Unity and Unreal Engine.
Design gameplay systems, levels, worlds, narratives and production documents.
Apply AI, math, physics, AR and VR concepts in interactive game environments.
Build playable game projects, internship outputs and professional portfolio work.
Course Curriculum
Complete learning path from Computer Science to playable games.
The curriculum balances coding, engine workflows, game design, AI, AR/VR, project work, internship and final portfolio output.
Computer Science Core
- Operating Systems
- Data Structures
- Design & Analysis of Algorithms
- Database Management Systems
- Computer Networks
- Software Engineering
- Human Computer Interaction
- AI & Machine Learning
Programming
- C++ Programming
- Advanced C++ & STL
- Python Programming
- Java Programming
- C# and .NET Framework
- Web Application Development
- Web Programming
Game Engines & Programming
- Unity 3D Basic
- Unity Advanced
- Unity Shaders
- Unreal Blueprints
- Unreal Programming with C++
- Gameplay Programming
- Graphics Programming with OpenGL
- Game Networking
Game Design & Production
- Game Genres & History
- Game Design Pipeline
- Level Design
- Game World Design
- Storytelling for Games
- Game Psychology
- Game Design Documentation
- Game Project Management
Creative & Emerging Tech
- Drawing
- Color Theory
- Image Editing
- 3D Modeling & Texturing
- UI/UX Design for Games
- Augmented Reality
- Virtual Reality
- Gamification
Portfolio & Final Output
- Mini Game Projects
- Portfolio I & II
- Internship
- Thesis
- Final Game Project
- Playable Game
- QA Report
- User Manual
Course Objectives
Learning beyond the classroom.
At IACG, game development learning is built around practice, feedback, production thinking and proof of skill.
01
Studio-Style Learning
02
Game Jams & Challenges
Students build quick prototypes, test mechanics and improve creative problem-solving.
03
Portfolio Development
Every student builds proof of skill through coding, AI, gameplay, level design and playable projects.
04
Build Your Own Game
Students create playable projects with game design documents, QA reports and presentation-ready outcomes.
AI Workflows
Learn how AI supports modern game production.
Students gain exposure to AI-assisted workflows used in modern game development for faster ideation, coding, debugging, testing and iteration.
AI does not replace the game creator. It supports a trained creator. The final decision still depends on skill, logic, taste and creative judgment.
Gameplay Programming
Debugging & Refactoring
NPC Behavior Systems
Procedural Generation
Level Design Ideation
Concept & Asset Ideation
Testing & Analytics
Production Planning
Career Opportunities
Career pathways after B.Sc Computer Science & Game Development.
Game Programming
Game Programmer, Unity Developer, Unreal Developer, Gameplay Programmer, Graphics Programmer, AI Programmer, Game Engine Programmer, AR Developer, VR Developer, Metaverse Developer, Software Developer.
Game Design
Game Designer, Level Designer, World Designer, Narrative Designer, Combat Designer, Economy Designer, Systems Designer, Technical Designer.
Game Art & Experience
Game UI/UX Designer, Interactive Media Designer, Game Asset Artist, Environment Artist, Technical Artist, AR/VR Experience Designer.
Production & Business
Game Producer, Game QA Tester, Game Project Coordinator, Game Publishing Executive, Game Marketing Executive, Game Monetization Analyst, Database Administrator.
Admissions Open
Don’t just play games. Learn to build them.
If you love coding, gaming, technology and interactive worlds, B.Sc Computer Science & Game Development at IACG can help you build the foundation for a serious game development career.
