Overview

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Master procedural modeling in Houdini by building and refining a complete procedural watch asset through hands-on, project-based learning. This course guides you from the fundamentals of Houdini's node-based workflow to advanced procedural asset development, helping you create flexible, non-destructive models that can be updated efficiently without rebuilding geometry. You will begin by learning the core principles of procedural modeling, generating procedural numbers and symbols, and using essential SOP nodes such as Resample, Polywire, Sweep, and Skin to construct precise parametric geometry. As you progress, you will refine watch components with ramp and Chramp functions, create curve-driven watch hands, and use carving and parameter controls to shape procedural designs. The course concludes with channel referencing, user-defined controls, Boolean and grouping techniques, Principle Shader workflows, and packaging your work into reusable Houdini Digital Assets. Designed for learners who want to strengthen their Houdini procedural modeling skills, this course provides practical experience through a realistic watch modeling project. By the end of the course, you will be able to design procedural watch components, organize efficient node-based workflows, refine geometry with parametric controls, and build production-ready Digital Assets that support reusable and scalable modeling workflows.

Syllabus

Foundations of Procedural Modeling

This module introduces the fundamentals of procedural modeling in Houdini, focusing on node-based workflows, grouping strategies, and the creation of initial watch components. Learners will explore how to generate procedural numbers and symbols, resample geometry, and utilize SOP nodes like Polywire and Sweep to construct precise outer structures. By mastering these basics, students build a solid foundation for advanced procedural modeling techniques.

Advanced Geometry Techniques

This module explores advanced procedural modeling methods, including the use of the Skin SOP, ramp-based controls, and curve-driven workflows. Learners will model detailed watch hands, refine geometry through ramp parameters, and harness the Chramp function for dynamic shape control. Practical exercises demonstrate how to carve curves and remap values for flexible, production-ready modeling.

Procedural Asset Development

This module focuses on procedural asset finalization, covering channel referencing, control creation, grouping techniques, and shading. Learners will centralize parameters, apply Boolean and soft transform tools, and group primitives for efficient modeling. The module concludes with shading using the Principle Shader and packaging workflows into reusable Digital Assets, preparing students for production environments.