Confidently follow learning paths that help you develop the right skills in the right order to achieve your goals.
Maya is a high-end 3D software that is used heavily throughout the entertainment industry. It allows 3D artists to create the elaborate computer-generated environments and stunning digital characters seen in today’s blockbuster films and AAA game titles.
This learning path is designed to build a strong foundation for working with the major areas of this extremely robust application. While various industries and studios use Maya for slightly different purposes, the core tools and workflows remain the same, and the collection of courses in this path are designed to help you build those core skills.Get Started
3D Generalist, 3D Modeler, 3D Animator, 3D Rigger, 3D Rendering Artist
This path is intended for beginners, and no prerequisites are required for this path.
The courses in this section will help you get familiar with the Maya interface. You'll learn how to model entire objects and prepare models for color and texture.
This in-depth Maya tutorial is designed to help you get a solid understanding of the core features found in Maya, and help you to ease your transition into this very powerful program. During the course of these lessons, you'll have a chance to learn about different aspects of Maya from two experts. In the first portion of this tutorial, you'll get familiar with some of the vocabulary and foundational skills that you'll need in order to begin moving around and working in Maya. From there, you'll move into exploring some of the modeling features found in Maya and begin building the mining pod, which will be your central project for the remainder of this course. From there, you go through the entire process of adding textures and materials to the pod. Then, you'll see the process of adding animation controls, animated movement, and dynamics. Finally, you'll discover how to add lights, shadows, and how to output your final animated sequence. This course is designed for new Maya users, so the goal is not to weigh you down with a lot of technical information. Instead, its goal is to help you form some really good habits and workflows, allowing you to see the entire start-to-finish pipeline for this project, and by the end of this Maya course, you'll be at point where you can feel very comfortable using the software. Software required: Maya 2017.
Being able to create your own modeling solutions and really come up with a workflow that's comfortable to you, can make a significant difference in your efficiency with Maya. In this course, Maya Modeling Fundamentals, you will use a project-based approach to cover the basics of modeling, and see some time-saving tips and techniques. You'll begin by looking at the various types of geometry available to you. You'll learn how to organize your model into hierarchies and keep your scene clean and efficient. You'll also take a look at several modeling tools, including polygonal tools like extrude, insert edge loop, and the multi-cut tool for adding resolution, NURBS tools like revolve and extrude to create smooth surfaces, and a few of the new tools in 2017 as well. In addition to the tools and workflows, you'll also learn the thought process behind planning and building a 3d model. After building a realistic drone in this course, you'll be able to apply your knowledge to any number of different kinds of models.
When looking to move an asset from the modeling phase of a pipeline to texturing, there is an important step that must be taken so textures can be created for the asset: a UV layout must be created. This process of unwrapping a 3D object into 2D space has been around for quite some time but is still widely used in several industries. This course will get you up to speed and productive in no time when it comes to laying out UVs. If you are new to this process, this course is for you. We'll start by learning about several different forms of projection that can be used as a starting point in the creation of UVs. From here, we'll learn how we can start to combine different forms of projection for more complex shapes. Now projections don't always give perfect results, so next we'll learn about some things we need to be looking for, including distortion, overlapping of UVs, and UV scaling. The second half of this course will be devoted to creating a UV layout from start to finish for our ogre asset. We will walk through each piece of the model, tackling problems and tough areas together. After completing this course, you will be ready to start creating UV layouts for your own assets in Maya. Software required: Maya 2015.
Now that you know how to model and construct 3D forms in Maya, these intermediate courses will show you how you can bring models to life through animation and shading.
When you're finished creating that amazing model in Maya, the next step is to create shading and possibly apply textures to the asset. In this course, Maya Shading and Texturing Fundamentals, you'll be introduced to this process, which centers around the concept of a creating and using a shading network. First, you'll start by learning how to create and work with these shading networks in Maya's Hypershade. From there, you'll discover how you can incorporate textures into your shading networks. Finally, you'll take a look at some unique situations where a shading network can help find a solution. After completing this course, you'll be ready to dive in and begin creating shading networks for your own assets. Software required: Maya 2017.
Rigging a biped is a complex task, but it's still one of the most commonplace types of animations you'll be expected to know how to do. This course, Introduction to Rigging in Maya 2017, will present many techniques for rigging in Maya 2017 and integrate them with the gestalt of the character. First, you'll plan the rig features you intend to include in the final rig, including FK/IK switchable arms and back, stretchy spine, grouped foot, and shoulder controls. Next, beginning with the hips, you will work down the leg creating IK controls for the legs with knee pole vector and an "inverse grouped" foot. You'll also go over creating controls for the arms and fingers, as well as see an overview of skinning techniques focusing on binding and problem areas. When you're finished with this course, you'll be ready to create rigs while emphasizing feature-based planning as a beginning point to rigging while divining the individual needs of each rig. Software required: Maya 2017.
Knowing basic animation techniques isn't always enough to have the ability to create professional looking animations. Often times you'll need to dive deeper into specific toolsets in order to help elevate your work to the next level. In this course, Maya Animation Fundamentals, you'll learn all about the animation tools within Maya 2017. First, you'll learn about the playback controls and time slider. Next, you'll explore keyframes, animation preferences, visualize tools, and the graph editor. Finally, you'll start digging into Maya's MASH animation toolset. When you're finished with this course, you'll have a great understanding of animating in Maya 2017 and how you can apply it to your own animation projects. Software Required: Maya 2017
In this section, you’ll have the opportunity to explore the more advanced concepts of creating dynamic particle simulations and realistic lighting effects for your Maya scenes.
The nParticle System is an easy to use simulation system that can prove to be a very valuable asset to you. This course, Maya nParticle Fundamentals, will introduce you to the basic functions and tools you'll find when working within the nParticles toolset. First, you'll learn about working with Emitters, Particle Nodes, Fields, Colliders, and the Nucleus Solver. Next, you'll explore multiple particle types including point, ball, cloud, and water particles. Multiple rendering methods will be discussed including using Arnold and the Maya Hardware Renderer. Finally, after the basics have been covered, you will produce a project to showcase everything you've learned about the nParticle pipeline. By the end of this course, you'll know how to use Maya's nParticle System to create a huge variety of simulations. Software required: Autodesk Maya 2017.
Are you interested in learning how to use Arnold, the production quality render engine included with Maya 2017 and later? If so, this course is for you. In this course, Fundamentals of Arnold for Maya, you'll learn the fundamentals of Arnold for Maya. First, you'll start off with learning some of the basics like how ray depth works. Next, you'll dive into linear workflows and learn how the implementation of Arnold changes your process. Then, you'll learn all about lighting with Arnold as well as shading and texturing. Finally, you'll wrap up things with learning how to setup Arnold to get your final rendered images out so they can be used. By the end of this course, you'll have a good foundation of knowledge, regarding Arnold, on which to build moving forward. Software Required: Maya 2017, Arnold 22.214.171.124
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