3ds max and V-ray training for interior designers

It seems you've outlined a comprehensive curriculum for a 3D visualization course with an emphasis on achieving high-quality results, especially for rendering afterwork. The program covers a wide range of topics from introductory concepts to advanced techniques in texturing, lighting, materials, cameras, and render settings. Additionally, it includes post-processing in Photoshop. Here's a summary of the course based on your outline:

1. Introduction to 3D Visualization:

   • Understanding different types of visualization (architectural, product design, etc.).
   • Pathways to becoming a professional.
   • Selecting appropriate software and hardware for the task.
   • Proper naming conventions for scene elements.
   • Basic gamma understanding.
   • Essential modifiers and their settings.
   • Efficient use of hotkeys and navigation in your 3D application.
   • Problem-solving techniques for poor geometry.
   • Organizing scenes using layers, groups, and proxies.

2. Texturing:

   • Mastering the rules of applying textures.
   • Understanding UVW mapping and its applications.
   • Texturing common materials like concrete, wood, and fabric.

3. Lighting Settings:

   • Principles of setting up lighting with a focus on Vray Sun+Vray Sky and Vray Sun settings.
   • Creating realistic day, night, and sunset scenes.
   • Working with different types of lights.
   • Understanding afterworks (setting up the right conditions for final renders).

4. Advanced Material Creation:

   • Applying principles of material editing.
   • Fine-tuning materials using Fresnel reflection, IOR, Blinn, Ward, Mix, Falloff, and Color correction.
   • Creating realistic materials like plaster, concrete, glass, marble, wood, and grass.
   • Utilizing VrayDisplacementMod, VrayDirt, and other effects for aging materials.

5. Advanced Cameras:

   • Mastering the Vray Camera with attention to focal length, vignetting, and balance settings.
   • Understanding how to set angles for various purposes (artistic, commercial, architectural).

6. Render Settings:

   • Diving into Vray's render engine with an understanding of common parameters, frame buffer, global switches, and adaptive dmc.
   • Learning about the Vray environment, color mapping, indirect illumination, and render presets.
   • Batch rendering and basic Photoshop skills for post-processing renders.
   • Working with render channels like ID maps, Z-depth, reflection, mask, and color correction.

7. Post-Processing:

   • Applying Photoshop filters and adjustments to finalize afterworks.
   • Understanding the logic of post-processing in relation to gamma correction and achieving the desired look for your images.

By completing this course, students would be well-equipped to create photorealistic images, render them efficiently, and post-process them to a professional standard. The course is designed to not only teach the necessary technical skills but also to prepare students to enter the field as skilled 3D visualizers with the potential to earn a substantial income and produce work that meets the highest industry standards.