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Syllabus
Advanced Unity Video Game Programming Bootcamp
We’ll explore clean code practices tailored for game development, beginning with refactoring techniques in existing projects. Topics include naming conventions, project structure, meaningful comments, and effective documentation. You’ll learn strategies to reduce coupling and increase cohesion, and apply essential design patterns in Unity such as Singleton, Observer, Factory, Strategy, Command, Decorator, and MVC. We’ll conclude with an in-depth application of the SOLID principles to ensure a robust and maintainable architecture.
| Clean Code Practices for Game Developers | Refactoring existing code in Unity projects |
| Naming conventions and file/folder organisation | |
| Comments and Effective Documentation | |
| Strategies to Reduce Coupling and Improve Cohesion | |
| Using Version Control and Unit Testing | |
| Implementing Strategic Design Patterns in Unity | Singleton Pattern for Global State Management |
| Observer Pattern for Events and Notifications | |
| Factory Pattern for Object Creation | |
| Pattern Strategy for Dynamic Changes in Behavior | |
| Command, Decorator and MVC Patterns | |
| Deep Application of SOLID Principles for a Robust Architecture | Principle of Single Responsibility in Gaming Systems |
| Dependency Reversal and its Impact on Code Flexibility | |
| Open/Closed Principle for Component Extensibility | |
| Liskov’s Substitution Principle in Class Hierarchies | |
| Principle of Segregation of Interfaces and its Application in Gaming Systems |
We’ll develop dynamic weapon systems with integrated AI, starting with decision-making algorithms for weapon selection. You’ll design adaptive enemy behaviours, simulate realistic weapon physics, and build interactive combat systems with combo mechanics and responsive feedback. These systems will be enhanced through synchronised animations and visual effects (VFX). The module concludes with advanced navigation and real-time pathfinding using optimised NavMesh strategies.
| Creating Dynamic Weapon Systems with AI | Decision Algorithms for Weapon Selection |
| AI Integration for Adaptive Enemy Behavior | |
| Physics Simulation in Armament | |
| Interactive Combat Systems Development: Advanced Combos | Combo Sequence Design and Player Feedback |
| Implementation of Skill-Based Combat Mechanics | |
| Integration of Animations and Visual Effects in Combos | |
| Improved Navigation and Pathfinding with Advanced Navmesh Techniques | Real-Time Pathfinding Optimization and Calculations |
| Using Navmesh for Crowd Management and NPC Behavior | |
| Strategies for Navigating Dynamic and Changing Environments |
This module focuses on mastering Unity’s core systems, with particular emphasis on MonoBehaviour and advanced component usage. You’ll explore realistic physics simulations and optimisation techniques, alongside best practices for managing scalable prefabs. The module also covers advanced UI design using Canvas, as well as the creation of impactful particle effects to enhance the visual quality of your games.
| Optimization and Management in Unity | Advanced Exploration of MonoBehaviour and its Applications |
| Realistic Physics Simulations and Optimization in Unity | |
| Precast Management and Optimization for Scalable Projects | |
| Design and Visualization in Unity | Advanced User Interface Design with Canvas |
| Deep Techniques in the Unity Particle System |
We’ll explore gameplay dynamics using Scriptable Objects to create flexible data structures, configure the Input System for custom controls, and simulate realistic physics through Ragdoll setups. You’ll manage timeline-based animations, implement audio using the Audio Mixer, and apply rigging techniques for expressive character animations — enhancing both immersion and visual storytelling.
| Game Dynamics and Control | Strategic Use of Scriptable Objects for Dynamic Data |
| Advanced Input System Configuration for Custom Controls | |
| Realistic Physics Simulations with Ragdoll | |
| Narrative and Audiovisual Presentation | Time Management and Animations with Unity Timeline |
| Audio Integration and Manipulation with the Audio Mixer | |
| Animation and Rigging Techniques for Detailed Characters |
This module delves into advanced lighting and rendering techniques using HDRP to achieve photorealistic visuals. You’ll work with Decals and real-time lighting to create immersive environments, implement global illumination, and apply light baking for optimisation. You’ll also build custom shaders using Shader Graph, apply post-processing effects for cinematic quality, and stylise visuals to reflect your game’s artistic identity.
| Lighting Improvements and Techniques | Implementing High Definition Render Pipeline (HDRP) for Maximum Visual Quality |
| Using Decals for Increased Visual Detail | |
| Real-Time Lighting Techniques for Realistic Environments | |
| Global Illumination Application for Visual Consistency | |
| Pre-Calculated Lighting Strategies for Optimization | |
| Visual Effects & Post-Processing | Custom Shader Development with Shadergraph |
| Creating Immersive Visual Environments | |
| Post-Process Advancements for Film Quality | |
| Customizing Post-Processing Effects for Unique Styles |
You’ll apply advanced performance optimisation strategies in Unity, fine-tune physics systems, and improve graphical efficiency to achieve higher frame rates. Using the Unity Profiler, you’ll identify bottlenecks and streamline systems. We’ll also cover remote profiling techniques to ensure stable performance across platforms and development environments.
| Performance Optimization in Unity | Physics Optimization for Smooth Games |
| Improvements to Graphics Optimization for High FPS | |
| Using the Profiler for Diagnostics and General Optimization | |
| Advanced Optimization Strategies | Remote Optimization Techniques for Distributed Development |
Learn how to streamline workflows and manage Unity projects efficiently. You’ll implement scalable project structures, optimise scene and GameObject organisation, and use automated tests for continuous quality control. You’ll also integrate asynchronous scene loading and apply advanced exception handling to improve game stability, while maintaining clean, modular code through advanced use of lambdas and operators.
| Workflow Optimization and Project Management | Strategies for Scalable Project Organization in Unity |
| GameObject and Scene Organisation Techniques for Efficiency | |
| Implementation of Automatic Tests for Continuous Quality | |
| Improved Performance and Code Quality | Asynchronous Scene Loading Systems for Load Time Improvements |
| Advanced Exception Handling for Game Stability | |
| Lambda Application and Advanced Operators for Smart Code |
Customise Unity’s editor to fit your workflow. You’ll create custom inspectors and editor windows to build tailored tools, use PropertyDrawers to enhance usability, and implement custom attributes for flexible and maintainable code. These tools will enable you to adapt Unity’s environment to suit your development needs.
| Customizing the Unity Editor | Development of Custom Inspectors for Workflow Improvement |
| Creating Editor Windows for Custom Tools | |
| Improved Interfaces and Code Flexibility | Using PropertyDrawers for Improved User Interfaces |
| Implementing Custom Attributes for Code Flexibility |
Explore cutting-edge technologies and modern production workflows. Topics include ECS (Entity Component System) for performance optimisation, multiplayer architecture using NetCode for GameObjects, and advanced animation systems with DOTween. You’ll also develop cross-disciplinary collaboration skills and prepare for real-world job applications within the games industry.
| Technical Advances and Development Tools | Deep Introduction to the Entity Component System for Maximum Performance |
| NetCode for GameObjects Fundamentals and Practical Applications | |
| Advanced Animation Techniques with DOTween | |
| Professional Collaboration and Career | Cross-Departmental Collaboration Strategies for Developers |
| Job Market Readiness in the Video Game Industry |
Put all your knowledge into practice by creating a complete, portfolio-quality game project. This final deliverable will demonstrate your capabilities and serve as a strong foundation for future opportunities within the games industry.
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