NEXT COHORT: JULY 26, 2022
XR Development with Unity
A project-based 10-week live online course covering the foundational skillset in augmented reality (AR) and virtual reality (VR) development using industry-standard tools, while emphasizing the opportunity to get hands-on. During the course, you will build seven real-world projects, along with your own idea.
WE’LL HELP YOU BUILD FOR:
Course Overview
Live Online Tutorials
3Hours of
Lessons/week
Learn the best tools, processes, and workflows for a foundation in XR design and development. Join weekly classes built to teach you the fundamentals of building mixed reality, AR, and VR experiences with Unity.
Unlike pre-recorded tutorials, you get the benefit of a dedicated team of Unity-certified instructors and industry mentors helping you build your skills and portfolio.
Office Hours
5Hours/
week
Each week, 5 office hour time slots of 1 hour will be offered. You can use the time to drop in and meet with instructors to: ask any questions you have to help work through specific problems or expand on bigger questions about the course or the industry.
Live 1:1 Sessions*
1Hour/
week
Each week includes one hour of 1:1 mentorship where you will connect with a qualified expert and get hands-on building your personal project.
*Only included for Plus Package students
PREREQUISITES
- This is a beginner friendly course, no previous experience required
REQUIREMENTS
- Unity Version 2020 LTS (Free Download)
- A laptop or computer (Mac or PC)
- No headset required
1 Introduction to Unity
In this first section we'll go over the basics. We'll cover navigating the editor for all the beginners and throw in some helpful tips along the way for the more advanced ones.
Then we'll move on to manipulating objects in the scene, making them pretty with materials, saving them with prefabs, modifying them with ProBuilder, and even importing them from the asset store. No code, just the sound fundamentals of working with assets in the editor that every project needs!
2 Programming in Unity with C#
In this section, we will be creating a simulation of a Solar System, with orbiting planets and moons around a star. We will learn how to animate these celestial bodies in code as well as create a physics-controlled rocket ship to explore our little patch of space. We'll learn how to fire laser bolts from our ship to further explore how to interact with objects using physics.
3 Introduction to AR with Vuforia
In this section, we will learn how to create an Augmented Reality application using Vuforia. We will use multiple Image Targets to build an X-Ray simulator, where we can scan a Human Body 3D model in AR to see what's inside. Along the road, you will get familiar with the Unity UI System and components.
4 Introduction to VR in Unity
In this section, we will create our first VR experience. We will make use of the advanced Unity physics engine to create a realistic skill-based game involving throwing various foodstuffs at moving targets. Along the way, we'll learn how to use the animation system to animate our VR hands and detect collisions to allow us to pick up our projectiles and throw them realistically at our randomly generated targets. Food fight!
5 Implementing VR Locomotion
It's time to get moving! In this section, we'll create the classic VR teleport with all the UX bells and whistles from scratch! We'll go over Layers and Layer Masks, the all-powerful Raycast, Line Renderers, and Coroutines so we can have our very own VR Locomotion system! There will be a bit of math to cover with Lerp and Dot products but we'll make sure they're understandable and become powerful tools for you!
6 Implementing VR Interactions
In this section, we will rebuild a simplified version of the acclaimed Tilt Brush in VR. Now that you master the basics, it is time to use some advanced C# and Unity techniques to create some advanced interactions with buttons, levers, and dials. Your room is your canvas!
7 Introduction to AR Foundation
In this section, we'll be learning how to use AR Foundation to create an AR robot that dodges enemies and navigates around your living room. Our AR robot will navigate using touch controls, and we'll be using image tracking to spawn enemies.
8 Final Project
It is time to go wild. In this section, you will have an opportunity to work with your colleagues and instructor on an extended project. We will collaboratively design and develop an XR application from scratch. It pulls together the streams of study, knowledge, and practical skills gained in the previous sections into a single, custom, and long-form project.
TOOLS
YOUR INSTRUCTORS
Aleatha Singleton
Aleatha has over 22 years of experience designing across multiple platforms and industries. She creates educational content covering the foundational aspects of UX design for Extended Realities in a way that is understandable and actionable in the hopes that she can help push forward the UX field within the XR technology landscape.
Aleatha Singleton
Aleatha has over 22 years of experience designing across multiple platforms and industries. She creates educational content covering the foundational aspects of UX design for Extended Realities in a way that is understandable and actionable in the hopes that she can help push forward the UX field within the XR technology landscape.
Daniel Marqusee
Daniel is a UX and Product Designer working in San Francisco. After a decade of creating products and design systems for social media giants and big-name brands, Daniel has turned his design passion toward extended reality.
Daniel Marqusee
Daniel is a UX and Product Designer working in San Francisco. After a decade of creating products and design systems for social media giants and big-name brands, Daniel has turned his design passion toward extended reality.
Indika Wijesooriya
Indika is a software development professional, who holds an Engineering Bachelor’s Degree focused in Computer Science Engineering. His work history in the software industry includes game development, design, and immersive technology (Augmented Reality, Virtual Reality and Mixed Reality).
Indika Wijesooriya
Indika is a software development professional, who holds an Engineering Bachelor’s Degree focused in Computer Science Engineering. His work history in the software industry includes game development, design, and immersive technology (Augmented Reality, Virtual Reality and Mixed Reality).
Our Instructors are Unity Certified
Where our students work
Industry recognized certifications right under your belt
Successful completion of the course will earn you a XR Developer with Unity certification issued by Circuit Stream.
CURRICULUM OPTIONS
Pricing
Whether you would like to experience the course on its own, or alternatively get fully-immersed with our Plus Package deal, we’ve got options for everyone.
Starter
Purchase the course on its own.
XR Development with Unity
COURSE • 10 WEEKS
- 30 hours live instruction
- Circuit Stream Certification
$3,950
Or payment plans as low as $343/mo*
MOST POPULAR
Plus Package
Get started in XR with the full package.
Everything in Starter, plus...
C# Scripting Fundamentals
COURSE • 4 WEEKS
10 hours 1:1 with an expert
SAVE OVER $900
$4,950
Or payment plans as low as $430/mo*
*You can spread out the cost of the course and bundles through our payment plans. We offer 3-month, 6-month, and 12-month payment plans. Get in touch with us to learn more.
Financing options
We don't want financing to hold you back from learning with us or prevent you from becoming one step closer to the career of your dreams — that's why Circuit Stream offers flexible payment plans to meet your needs.
Pay Upfront
Want to pay upfront? Awesome! Circuit Stream accepts wire transfers and credit card payments.
Deferred Payment Plans
FOR NON-U.S. CITIZENS ONLY
Circuit Stream offers 3-month, 6-month, and 12-month interest-free payment plans. Installment payments will begin after your course registration is approved. Provincial tax will be applied along with a one-time $200 admin fee.
Note: We are working to partner with other 3rd party organizations to offer additional financing options to non-U.S. citizens.
Loan with Climb Credit
FOR U.S CITIZENS ONLY
Paying for education isn't one-size-fits-all. Climb offers flexible payment methods, so you can make tuition payments in the way that works for your situation.
DOWNLOAD OUR INFO PACK HERE
Next course starts July 26
REGISTRATION CLOSES JULY 18, 2022
July 26 - September 29
APPLICATION DEADLINE: July 18, 2022
| Timeslot 1 | Tuesdays and Thursdays | 10:00-11:30am PST |
| Timeslot 2 | Tuesdays and Thursdays | 3:30-5:00pm PST |
| Timeslot 3 | Tuesdays and Thursdays | 6:30-8:00pm PST |
Ready to get started?
Unity Authorized Training Partner
Circuit Stream is a Unity Channel Partner and Authorized Training Provider. Training Partners are selected based on their knowledge, focus on quality and commitment to providing the highest level of Unity training, delivered by Unity Certified Instructors.
Frequently Asked Questions
Is the XR Development with Unity course right for me?
With customizable project-based learning, we’ve worked with students building projects for their companies, people wanting to upgrade their skills to stay competitive in the workforce, students developing their own VR/AR project to self-publish, and more.
If you want to get a jump start on creating VR and AR, work with the best instructors from the industry, and gain valuable skills to develop your own VR/AR apps, we believe the course is right for you!
Book a meeting with our student admissions team and determine whether the course is a good fit for your goals.
What is a Circuit Stream Certification, and how do I get one?
Circuit Stream Certifications digital credentials are a great way to validate your XR development or design expertise with industry standards. We provide digital badges to showcase, verify and recognize the skills you’ve earned, to enhance your professional visibility and grow opportunities for you.
Learn more about how to receive one here.
Do I need experience with Unity before taking this course?
No, the course is designed to bring you up to speed quickly on Unity and the tools you need to begin creating VR and AR applications. No previous experience is required. Before the course begins, we recommend walking through Unity’s introductory tutorials which will help you understand the basics and prepare you for more advanced topics we focus on in the online VR and AR course.
Thanks to small class sizes we can customize the course material to fit your experience level. By the end of the 10 weeks, regardless of where you started, beginners and experienced developers alike will understand the structure of C# and how Unity works on a very deep level.
What can I do after taking this course?
We'll teach you the skills to be familiar with C# programming and development with Unity. You'll understand how to use the tools needed to develop custom virtual and augmented reality applications for yourself and clients. You'll gain the skills that are necessary to transition to a career in the VR and AR industry, or complement your existing skills.
Do I need my own VR/AR headset or device to take this course?
No, in the course we are device agnostic and often develop cross-platform using OpenVR and AR Foundation. We specialize in your device in one-on-one sessions, but it is not required to have any VR or AR device to get started.
Do I need coding or C# experience to enroll in the course?
No! If you don’t have coding experience, we will work with you as a new programmer. Programming is going to be a valuable skill for the creating interactive VR and AR applications in the future, so during the course, we’ll help you learn the fundamentals of C# programming while building your own app from scratch in Unity.
If you do have programming experience, we’ll provide exercises that match your experience.
Why take a course with Circuit Stream?
We've taught more than 40,000 students, professionals and companies globally over dozens of courses. Our instructors are developers working in the VR and AR industry committed to helping you learn how to make VR and AR apps.
Who do I refer to for Learning Accommodation requests?
Students who wants to receive learning accommodations should follow this page to get started.
What is your Deferral Policy?
Please refer to our Deferral Policy here.