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HS-248: Soft & Silly in Houdini

This course focuses on translating artistic ideas into procedural workflows in Houdini. Students will learn how to build flexible systems from scratch and combine different techniques into cohesive visual pieces.

HS-126: Quick Pyro & Destruction

In this course, Kabdebó will lead you step by step through his process of creating a quick destruction and Pyro FX setup in Houdini.

HS-247: Visualizing Science Data

This course provides a typical example of the start-to-end workflow of processing, importing, and rendering scientific data for a cinematic scientific visualization in Houdini.

HS-246: Houdini for Filmmakers

Learn how to bring a micro robot character to life in a live-action environment using Houdini 21’s powerful rigging, animation, and rendering tools.

HS-245: Solaris: USD & Layout

This course guides you step-by-step through the process of creating, lighting, and compositing a cinematic scene using Solaris and USD in Houdini.

HS-124: Product Lighting and Compositing

Learn how to create professional product visuals for commercial and editorial use using industry-standard tools and techniques.

HS-244: MPM Gel Smear FX

This course demonstrates the creation of art-directable fluid/gel simulations using Houdini's MPM Solver.

HS-241: Procedural Animation

Students will gain a deeper understanding of animation as a whole, and how to better leverage the existing animation system to create smarter animations with less keyframes, or without keyframes entirely.

HS-243: Data Visualization

Students will develop the skills to create engaging visualizations, mastering the technical and artistic aspects of data representation.

HS-123: Fur Grooming Basics

In this beginner-friendly class, you'll learn how to create realistic fur for a cat head in Houdini.

HS-122: Transformation Matrices: An Intuitive Approach

This class aims to provide students with an understanding of transformation matrices and their practical applications in animation, object hierarchies, and other areas of computer graphics.

HS-242: Solver Madness

Solver Madness is a Houdini course focusing on creating sophisticated dynamic effects. Students will explore methods for chaining, layering, and combining simulations using Sopsolvers, FLIP fluids, Pyro, VDB advection, and multiple POP simulations.

HS-121: Abstract Motion Design with Copernicus

From novice Houdini users to seasoned motion designers, all students will find value in this course's in-depth exploration of design principles and their application using Houdini's latest tools.

HS-240: Optimized Workflows

This course provides an overview of common workflow techniques and optimizations for everyday Houdini use. The goal is to reduce downtime while working.

HS-120: TouchDesigner: Introduction to Interactive Design

Introduction to Interactive Design is a beginner-friendly course for those new to TouchDesigner. In this course, we will explore TouchDesigner’s capabilities and how it can be used for creative projects.

HS-238: AI for Houdini Artists

By the end of the course, students should have an in-depth understanding of how to utilize cutting-edge AI tools inside of Houdini and the confidence and inspiration to empower their own procedural workflows with AI tools.

HS-237: Procedural HDAs for Unreal

Students will gain a comprehensive understanding of the HDA creation process, from the initial stages of prototyping and testing in Houdini to the advanced steps of integrating and refining the tool in Unreal Engine.

HS-236: Velocity Forces 2.0: Advanced

Students will walk away with a more complete understanding of volumes in Houdini, advanced VEX computations, and how to utilize powerful native nodes to generate more intricate motion in their simulations.

HS-235: Small Scale Fluids

You will leave the course with a better understanding of FLIP simulations for unique shot cases, including the advantages and disadvantages inherent in these scenarios.

HS-204: Forces: Building Custom Velocity Setups

Students should leave with a better understanding of how to begin building and implementing their own velocity flows for art directing simulations.

HS-119: Intro to Karma

Students will be able to create custom materials, lighting setups, and LOP Networks that can be saved and re-used in a flash. They will have acquired a solid foundation of the Karma rendering workflow and feel comfortable in the Solaris context.

HS-234: Mastering Constraints

Students will leave this course with a competent understanding of how constraints are used to gain the desired outcomes within their simulations.

HS-001: Free Quickstart

Students will complete this class being familiarized and comfortable with navigating the Houdini user interface. They will also have a basic understanding of setting up a scene and creating a render.

HS-232: BUILD YOUR BRAIN – Cell Division in Houdini

Upon completion you will have a good understanding of how to tackle a complex shot in Houdini, combining various simulation and SOP-based techniques to mix it all together, as well as rendering a scene in Solaris using Redshift or Karma.

HS-231: Loops

At the end of this course, you should walk away with a more clear understanding of which loops to use for your build task needs, as well as how to set up the nodes properly to keep your workflow efficient and functional.

HS-230: Effective TD

Students will leave this class with a peek into the world of an effective TD in the industry, and the importance of data management and optimization of systems to effectively ensure the lowest footprint on disk.

HS-229: Variants

Students will leave this class with a better understanding of the underlying fundamentals of instancing, simple and easy techniques for speeding up the workflow, and creating and managing simple but effective HDAs in Houdini.

HS-118: Attributes

Students should leave with a clearer understanding of how to build attributes, troubleshoot common issues, extract the data needed for project builds, Geometry spreadsheets, as well as intrinsics.

HS-227: Visualizing Protein Data Bank Information

After participating in this course, students will be able to use tools to accurately produce results when it comes to producing scientific examples of proteins. They will be able to use various plugins and tools to generate results and have a better

HS-117: Natural Morphologies (Heightfields)

Students will leave this class with a fundamental and broad understanding of how they can generate realistic landscapes and terrains and have a deeper understanding of erosion and how it is simulated inside Heightfields.

HS-226: MOPs: Motion Operators for Houdini

Students will understand how to leverage MOPs to create motion graphics and visual effects, and gain some insight into the concepts behind both motion graphics in Houdini and the underlying math behind motion graphics.

HS-225: Procedural Growth with KineFX and the Labs Tree Tools

Students will come away with the knowledge needed to build, rig, animate, and render fully procedural trees in SOPs using KineFX and the Labs Tree Tools.

HS-224: Liquid SOPs

Students should leave this class with a new perspective on how to approach building liquid FX in more art directable ways, and discover new approaches in breaking down FX tasks into smaller manageable chunks.

HS-223: Maths for Artists

Students will leave this class with a fundamental understanding of different ways in which tools from Mathematics can be utilized for Motion Graphics, Shader Building, and Gameplay Programming. Students will learn to optimize some of their existing s

HS-221: Art Directing Cloth in Houdini

At the end of this course, you should be able to direct cloth using the right node for the effect you want.

HS-219: Problem-Space

Learning about working in problem-space and posing otherwise difficult or complex problems into a more intuitive geometric space, making it easier to visualize, solve, and control.

HS-217: Noise

At the end of this course, you should have a better understanding of how to create more visually interesting noises in VOPs and VEX.

HS-216: Alien Life Forms (Awaken)

Students will leave this class with a range of new techniques for designing, modeling, and rendering alien life forms in a realistic manner.

HS-114: From C4D to Houdini

You’ll come away from this class being able to confidently manage and manipulate geometry in Houdini. You’ll know the Houdini equivalent of C4D’s deformers and be able to create procedural motion graphics setups.

HS-116: Working with Scientific Datasets in Houdini

Students will leave with a fundamental understanding of how to incorporate real scientific data into their Houdini scenes, and with Python starter code for accomplishing a few common data transformation tasks.

HS-211: Surface Advection

Students should leave with a better understanding of advection techniques, generating and extracting point attribute data, influencing flow directions, volume and particle simulating, as well as Redshift3D proxy export and instancing.

HS-201: Procedural Geometry

Students that are new to Houdini will leave with more confidence as well as a deeper understanding of attributes and geometry creation tools and how they are used to create a procedural system.

HS-112: Scientific Phenomena in Houdini

Students will leave this class with a fundamental understanding of how you can improve your VFX builds through an understanding of scientific application.

HS-203: Character Design and Modeling

Students will leave the class with a range of new techniques for designing and creating variations of original characters in Houdini and learning to use the program to quickly create new designs.

HS-106: The ABCs of Exporting Animations from Houdini

Students will leave the class with proficiency in selecting and exporting the appropriate formats and files from Houdini.

HS-111: History of Houdini Systems

Students will leave this class with a fundamental understanding of how Houdini works, as well as an appreciation of how the industry has evolved around the VFX industry.

HS-109: Intro to Vellum

Students will leave the class with a solid understanding of the vellum solver and how to implement it in a practical context.

HS-209: Magical FX

After completing the course by recreating different magical FX cases, students will have a solid understanding of how to create efficient builds of at least 3 types of magical FX(magical dust, disintegration, portals).

HS-113: Simulated Creatures

You’ll come away from this class with an understanding of how simulation can enhance animation for organic creatures/objects and be able to evaluate methods of blending animation with simulation for different use cases.

HS-115: VEX Weekend Bootcamp

Students will get familiar with VEX and reduce the barrier of entry into algorithmic thinking - whether you are a visual or a linguistic thinker. Learn to break down problems into bite-sized algorithms and chain them