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Game DevelopmentPopular course
Game Development
Learn game development using Unity and C#, covering game design, physics, and graphics programming.
- Duration
- 16 weeks
- Level
- Advanced
- Category
- Game Development
- Instructor
- Mr. Manoj Upadhyaya
Course focus
Topics at a glance
- Game Development
- Unity
- 3D Graphics
What you should be able to do
- Develop complete games using either Unity or Python-based tools
- Implement core game mechanics and systems
- Create engaging user interfaces and experiences
- Apply game design principles and best practices
- Manage game development projects effectively
- Optimize game performance and user experience
- Build and deploy games across different platforms
- Collaborate in game development teams
Curriculum
Detailed syllabus
9 sections in this course
- Overview of game development industry
- Game development tools and technologies
- Introduction to game design principles
- Understanding game development workflow
- Version control and project management
- Part 1: 2D Game Development (15 hours)
- - Unity Editor basics and interface
- - Game objects, components, and prefabs
- - Sprite management and animation
- - Physics and collision detection
- - C# scripting fundamentals
- - UI system and menus
- - Sound and particle effects
- - Building and deploying 2D games
- Part 2: 3D Game Development (15 hours)
- - 3D modeling basics and asset import
- - Materials, lighting, and shaders
- - Camera systems and controls
- - Physics and rigidbody dynamics
- - Advanced C# scripting
- - Animation system and state machines
- - Post-processing and visual effects
- - Performance optimization
- Pygame Development (20 hours)
- - Pygame installation and setup
- - Game loop and event handling
- - Sprite creation and management
- - Collision detection and physics
- - Sound and music implementation
- - User input handling
- - Game state management
- - Building and packaging games
- Turtle Graphics (15 hours)
- - Turtle graphics basics
- - Drawing shapes and patterns
- - Animation techniques
- - Interactive graphics
- - Game mechanics implementation
- - Event handling and user input
- - Project development
- Game mechanics and dynamics
- Level design principles
- Player psychology and engagement
- Game balance and difficulty curves
- Storytelling in games
- 2D and 3D graphics fundamentals
- Animation principles and techniques
- Sprite and texture management
- Particle systems and effects
- Visual feedback and polish
- Sound design principles
- Music composition basics
- Audio implementation
- Spatial audio and 3D sound
- Audio optimization
- UI/UX principles for games
- Menu systems and HUD design
- Input systems and controls
- Accessibility in games
- Mobile and touch interfaces
- Game testing methodologies
- Debugging techniques
- Performance profiling
- Quality assurance
- User feedback and iteration
- Game project planning
- Asset management
- Development workflow
- Version control with Git
- Project documentation
Before you begin
Prerequisites
- Basic Programming Knowledge
- A laptop with at least 8GB RAM, i5 (or equivalent) processor, SSD storage, and a stable internet connection (minimum 10 Mbps).
Planning your enrollment
Current batch dates, schedule, delivery format, fees, availability, and included materials are confirmed when you submit a course inquiry.
Course toolkit
Technologies and tools
Technologies
- Unity
- C#
- Blender
- Photoshop
Tools
- Unity Editor
- Visual Studio
- Git
Course instructor
Mr. Manoj Upadhyaya
Ask about instructor availability for the current batch when requesting course information.