Executive Development Programme in Simulation Programming: Unity and Unreal Engine

This course is designed for executives and business leaders seeking to understand and leverage the power of simulation programming through Unity and Unreal Engine. Participants will gain practical insights into game development frameworks, enabling them to visualize business challenges and solutions in interactive and engaging ways.

By the end of the program, attendees will be able to collaborate with developers, create basic simulations, and use these tools to enhance strategic decision-making processes within their organizations.

1. 1. Introduction to Simulation Programming: Learners will explore the basics of simulation programming, understanding key concepts like game loops, event-driven programming, and basic scripting. They will gain foundational skills in writing simple scripts in Unity and Unreal Engine.
2. 2. Unity Game Engine Basics: This module covers essential Unity concepts such as scenes, GameObjects, components, and scripting in C#. Learners will build a basic 2D game to solidify their understanding of Unity's core functionalities.
3. 3. Unreal Engine Overview: Learners will familiarize themselves with Unreal Engine’s interface and features, including blueprints, materials, and lighting. They will create a simple 3D environment in Unreal to practice these skills.
4. 4. Advanced Scripting in Unity and Unreal: This module delves into more complex scripting techniques in both Unity and Unreal, including coroutine usage, advanced object manipulation, and custom functions. Learners will develop a more sophisticated game feature in each engine.
5. 5. Physics and Animation in Simulation Programming: Learners will study physics engines in Unity and Unreal, learning how to implement real-world physics simulations. They will also cover basic animation principles and techniques for character movement and interaction.
6. 6. Simulation Programming in Multiplayer Environments: This module introduces learners to networking concepts in simulation programming, focusing on multiplayer game development. They will learn how to set up and manage networked game states and implement game modes like spectator and lobby systems.
7. 7. Advanced Graphics and Rendering Techniques: Learners will explore advanced graphics and rendering techniques in both Unity and Unreal, including shader programming, post-processing effects, and lighting models. They will create visually compelling scenes and effects.
8. 8. AI and Pathfinding in Simulation Programming: This module covers AI programming and pathfinding algorithms, enabling learners to create intelligent and responsive characters. They will implement basic AI behaviors and pathfinding systems in their projects.
9. 9. Simulation Programming for Virtual Reality (VR): Learners will learn how to develop VR applications using Unity and Unreal, focusing on VR-specific concepts like input handling, 3D audio, and spatial sound. They will create a simple VR experience.
10. 10. Project Development and Application: In this final module, learners will apply their skills to develop a comprehensive simulation project using either Unity or Unreal Engine. They will work on a project from concept to completion, showcasing their understanding of all covered topics.