Virtual Reality/Augmented Reality (VR/AR) Design at Shenandoah University: the first VR undergraduate degrees in Virginia.
Virtual Reality (VR), Augmented Reality (AR), and Extended Reality (XR) technologies form a multifaceted, revolutionary industry expected to be worth more than 400 billion by 2026 as it becomes an integral part of everything from entertainment to education.
Shenandoah’s Virtual Reality Design programs give you the knowledge and skills you’ll need to build VR, AR, and XR systems in this rapidly evolving technological landscape.
You’ll have the opportunity to master game engines like Unity and Unreal, 3D tools like Maya and Blender, software languages like Python and C#, the Adobe Creative Cloud, 360 video production, haptic technologies, high-end VR and AR headsets, 3D printing, microcomputing applications, motion/performance capture systems, audio production tools, and much more.
The unique focus on VR and AR at Shenandoah immediately stood out to me. The program’s comprehensive coverage of immersive technologies like VR, AR, and XR was a significant draw. The promise of hands-on experience in these fields and the opportunity to work on real-world applications was precisely what I was looking for in a program.”
– Michael Reynolds ’25 | Bachelor of Science in Virtual Reality Design
As a Bachelor of Science (BS) student, you can focus your energies on the tools and technologies that best match your interests and career ambitions. In either program, you’ll learn important professional skills like self-initiative, effective teamwork, project conceptualization, system documentation and public speaking. You’ll be involved in impactful, real-world projects through courses, capstones, independent work and undergraduate research.
The skills you learn are transferable to many areas beyond VR and AR, including software engineering, game and simulation design, 2D and 3D graphic design, web development, screenwriting, project management, UI/UX, and system evaluation.
Small classes let you know your professors well, and get each student so much one-on-one time. It’s amazing, so incredibly amazing… and they’re so open-minded. I literally wrote up a grant proposal once for how we could do drone-based 360 videography, and it got accepted!”
– John Michael Ulbrich ’22 | Bachelor of Science in Virtual Reality Design
Bachelor of Science in Virtual Reality Design
The BS in Virtual Reality Design focuses on the technical implementation of AR, VR, and XR simulations and experiences, preparing you for a career as an AR/VR/XR technical specialist, developer or programmer. You’ll master languages like C# and Python, become an expert in game engines like Unity and Unreal, implement core XR interactions and mechanics, solve exciting technical challenges, and become adept with software engineering workflows.
The VR design program is unique to me because of the way it teaches a lot of VR. There is a large focus in the B.S. program on the programming aspect of VR, mostly concerning how you construct interactions and environments within Unity (a content creation tool). However, the VR program as a whole also covers many of the important aspects of what virtual reality does, such as immersion, presence, and the sense of being there that comes with wearing a headset.”
– Orion Patrick Tighe ’22 | Bachelor of Science Virtual Reality Design/Information Technology minor
After completing this degree, you’ll be well-positioned for a career as a full-stack VR/AR/XR system developer, simulation designer, software engineer, programmer, project lead or VR/AR/XR project manager.
Contact Us
We’d love to hear from you! Please feel free to contact the BS program directors for information about our programs:
Mohammad F. Obeid, Ph.D.
Associate Professor, Virtual & Augmented Reality Design
Program Director, Bachelor of Science Program
mobeid@tif2005.com | (540) 535-3414
Virtual Reality Design Minor & Certificate
Game Design Minor
The Game Design Minor gives you the opportunity to explore the intersection of experience design, computer programming, game aesthetics, and play. The 18-credit minor is available to all students across the university, and pairs especially well with the VR B.A. and VR B.S. majors.
Game Design Minor Courses:
- CSC 121 Introduction to Computer Programming I
- CSC 122 Introduction to Computer Programming II
- ARVR 220 Introduction to Game Design
- ARVR 240 3D Modeling and Design
- ARVR 260 Development and Programming in Unity
- ARVR 420 Advanced Topics in Game Design
Virtual Reality Design Minor
The Virtual Reality Design Minor is available to all students across the university and provides many opportunities to connect your major and area(s) of interest with emerging technologies like VR, AR, and XR.
Virtual Reality Design Minor Courses:
- INT 101 Introduction to IT Fundamentals
- ARVR 105 Introduction to Immersive Technologies
- ARVR 230 Video Production in 360
- ARVR 240 3D Modeling and Design
- ARVR 290 AR/VR Lab I
- ARVR 310 Immersive Experience Design
Virtual Reality Design Undergraduate Certificate
The 21-24 credit Virtual Reality Undergraduate Certificate provides a foundation in AR/VR tools, systems and methods. This 21-24 credit certificate is designed for students who are majoring in another field and/or who have already graduated with another degree and are seeking an additional credential.
History & Immersive Technology Certificate
The 12-credit certificate in History and Immersive Technology is designed for students who desire to gain technical proficiency in immersive technology (virtual reality and augmented reality) as a medium for the presentation of historical knowledge and experiences.
Internship Possibilities
Career & Professional Development helps Shenandoah students search and apply for internships related to their major and career goals. Internships differentiate you as an applicant in your future job searches, provide hands on experience in your field, allow you to sample different career paths for your major, and help you find a specific position that fits your passion before graduation.
Career and Salary Possibilities
The Bachelor of Science in Virtual Reality Design will prepare students for careers working as technical specialists and/or developers in AR/VR or related fields.
Demand for skills in augmented/virtual/mixed realities has been steadily climbing. As each agency and business begins to adopt immersive tech to promote their brand or to conduct training, this area will continue to expand.
- Software Developer/Engineer
- Graphics Designer/Engineer
- AR/VR Maintenance/Support Specialist
- VR Project Manager
We expect that just as every organization now has a website, in the near future, every group will want XR experiences to advertise their products and services. Indeed market demand is expected to increase dramatically in coming years as equipment costs continue to fall.
The starting salaries of graduates range from about $80,000 to over six figures.
The Career Services Office provides a comprehensive range of services and resources to assist Shenandoah students in their career search. Services offered include resume and cover letter building, mock interviews, and professional dining etiquette workshops.
Classes
As a Virtual Reality Design student, you’ll complete foundational courses, labs, electives and a two-semester capstone sequence in which you’ll complete a client-driven project with real-world impact.
Shenandoah University’s VR design program is unique because it offers students a wide range of industry tools to get hands-on experience with. I have gained a lot of knowledge in both hardware and software design during my time in the Shenandoah University VR program.”
– Luke Yager ’25, B.S. Virtual Reality Design (IT minor)
Classes are small, with many opportunities for hands-on learning using state-of-the art equipment. We also offer fun events and learning opportunities such as game jams, project showcases, internships, independent studies and undergraduate research initiatives.
As a Virtual Reality Design B.S. student, you’ll be able to take courses like…
- ARVR 105 Introduction to Immersive Technologies Credit(s): 3
- ARVR 205 Graphic Design for Interfaces Credit(s): 3
- ARVR 210 Narrative Design/Storytelling Credit(s): 3
- ARVR 220 Introduction to Game Design Credit(s): 3
- ARVR 230 Video Production in 360 Credit(s): 3
- ARVR 240 3D Modeling and Design Credit(s): 3
- ARVR 260 Development and Programming in Unity Credit(s): 3
- ARVR 290 AR/VR Lab I Credit(s): 3
- ARVR 291 AR/VR Lab II Credit(s): 3
- ARVR 310 Immersive Experience Design Credit(s): 3
- ARVR 361 VR Design and Programming Credit(s): 3
- ARVR 370 Photogrammetry and Drones Credit(s): 3
- ARVR 390 AR/VR Internship Credit(s): 3
- ARVR 401 Design Thinking and Prototyping Credit(s): 3
- ARVR 402 Project Implementation and Testing Credit(s): 3
- ARVR 440 The Business of AR/VR Productions Credit(s): 3
- ARVR 462 AR Design and Programming Credit(s): 3
Shenandoah Center For Immersive Learning (SCIL)
Shenandoah University’s Center for Immersive Learning (SCIL) is a state-of-the-art AR/VR/XR lab that supports the Virtual Reality Design programs, minors, and the university as a whole. Our student workers are integral to SCiL operations, support and maintain the lab, and work on SCiL projects.
SCiL has nearly 40 VR/AR headsets available for regular student use, including the Varjo Aero, HTC Vive Focus 3, HTC Flow, Pico Neo 3 Eye, Valve Index, Oculus Quest 1 & 2, Magic Leap, Hololens 1 & 2, HP Reverb, and more. SCiL also hosts more than a dozen high-performance workstations where students are able to design and develop for all of the available equipment in the lab.
Additionally, SCiL hosts a suite of audio and video equipment for 360 and traditional video production, including an Insta 360 Pro camera, GoPro Max 360 cameras, DSLR photographic cameras, field audio recording equipment, light kits and accessories. This equipment is available to students starting in their first semester.
SCiL has a performance/motion capture studio for recording fully rigged 3D character animation and a professional sound recording studio for dialogue recording and foley work. Other lab equipment includes 3D printers, haptic devices, omnidirectional treadmills (ODT), Arduino electronics kits, Kinect and Ultra Leap gesture tracking IR systems, collaborative work spaces, and open areas for developing and testing multi-user and “arena-scale” VR applications.
SCiL frequently works with the university, the Winchester community, government agencies, and other clients to develop AR, VR, and 360 video productions, giving students hands-on experience in professional development:
- The Great Experiment – a high-fidelity recreation of Philadelphia’s Independence Hall featuring a VR recreation of the Founding Fathers and their debates at the 1787 Constitutional Convention.
- French 75 VR – an educational, multiuser VR recreation of a crew-operated WW1-era field artillery piece.
- Take CoVR – a fast-paced, multiplayer game where players compete in seasonally themed snowball fights, balloon throwing and other activities. Developed in partnership with SU Student Affairs.
- NASA Mars XR Challenge – a VR recreation of scientific data collection tasks on Mars.
- Atmosphere of Hate – a recreation of a 1960s Civil Rights Era lunch counter sit-in.
- Haunted Hospital – an immersive haunted house experience developed entirely by students.
- John Brown Trial – a recreation of the trial of pre-Civil War abolitionist John Brown using 360-degree VR video in collaboration with acting students, the university’s history department, and outside organizations.
- SCiL Photo Showcase – an interactive, gesture-based photo installation developed by first-year students.
- Through Their Eyes – an augmented reality mobile app showcasing elements of the Cool Spring Civil War Battlefield.
- Nursing Simulation VR – an international collaboration with the Arab-American University of Palestine (AAUP) to create an immersive VR nursing training simulation.
- Winchester Tourism VR – an interactive VR application to visit local tourism attractions through the medium of 360 video.
- AR Student Center Mural – a mobile augmented reality experience based on artwork at the Brandt Student Center.
360 Video Learning at Shenandoah
The Shenandoah Center for Immersive Learning (SCiL) is part of the vanguard of storytelling and learning in the 360 video and virtual and augmented reality realms. SCiL productions are helmed by students and draw upon a role player workforce that includes Shenandoah Conservatory acting students. Through SCIL’s efforts, students build a variety of valuable new skills, while telling stories in ways that make an immediate impact on a viewer. Take a look inside, and see the beginning of something extraordinary.
Member Of The National Center For Women & Information Technology Academic Alliance
Shenandoah University and the Division of Advanced Technology are committed to promoting diversity. Shenandoah University is a proud member of the National Center for Women & Information Technology (NCWIT).
NCWIT is a non-profit community that convenes, equips, and unites change leader organizations to increase the influence and meaningful participation of girls and women – at the intersections of race, ethnicity, class, age, sexual orientation, and disability status – in the influential field of computing, particularly in terms of innovation and development.
