Executive Development Programme in Shader Techniques for Virtual Production

• Introduction to Shader Techniques: Understanding the basics of shader techniques and their importance in virtual production.
• Shader Languages and Tools: Overview of popular shader languages (GLSL, HLSL) and tools (Unity Shader Graph, Unreal Engine).
• Surface Shaders: Learning about creating and modifying surface shaders to control object appearance.
• Vertex and Geometry Shaders: Understanding the use of vertex and geometry shaders for object manipulation and transformation.
• Pixel and Fragment Shaders: Exploring pixel and fragment shaders for image processing and effects.
• Advanced Shader Techniques: Delving into advanced topics such as shadow mapping, reflections, and volumetric rendering.
• Optimizing Shader Performance: Techniques for optimizing shader code and improving performance in virtual production.
• Real-World Applications: Examining real-world examples of shader techniques in virtual production.
• Case Studies and Projects: Hands-on experience with shader techniques in virtual production projects.