Extended Reality

Bachelor’s

students learning with virtual reality headsets

Highlights

 

100%

Graduate Placement

Cutting-Edge

Extended Reality Lab Space

7+

Industry-Recognized Certifications

Revolutionize engagement with the digital realm

The Bachelor of Science in extended reality at Trine University enables you to bridge the gap between human needs and the capabilities of computer-generated graphics. Prepare to incorporate extended reality technology into various virtual applications and real-world disciplines, such as video games, product design and the medical field.

Explore Courses  Scholarships

Why Trine?

The Bachelor of Science in extended reality curriculum at Trine prioritizes training and learning in the cutting-edge extended reality lab space. You will have several opportunities to balance classroom lessons with real-world experience. Extended reality students receive IT internships as early as their first undergraduate summer. Plus, you can prepare for numerous industry-recognized certifications.

As an extended reality student at Trine, you will have access to labs that house:

  • Seven AI/gaming computers built by former Trine students that have water-cooled 4090 graphics cards and AMD Ryzen 9 7950X 4.5 GHz processors with Corsair DDR5 DIMM RAM
  • Five computational fluid dynamic computers built to process CFD calculations which have ThreadRipper CPUs with 256GB high-speed RAM
  • Twenty high-speed gaming computers with HTC Vive VR Unites, Meta Quest 3 and 2 Units and a Microsoft HoloLens for each computer

During your time as an extended reality student at Trine, you will experience:

  • Different pathways to certifications for IT, game design and programming
  • Practice developing extended reality application using Unity, the world's leading platform for creating and operating real-time 3D content
  • An expanded technology impact through the program's AI/gaming computers which run Folding At Home scenarios when not in use. These scenarios run simulations of proteins from muscle contraction to light sensing and digesting food. The simulation insights are then provided to inform drug discovery and other efforts to combat global health threats.
  • A competitive advantage through encouraged learning of programming units in the extended reality lab
  • Mixed Reality Development and Application: Receive an introduction to the fundamentals of mixed reality applications. Learn how to determine the distinctions between smartphone and headset mixed reality applications and how to apply them to real-world problems. Practice with industry-standard API software for AI-powered mixed reality application development.
  • 3D Modeling and Design for Extended Reality: Use industry-standard 3D computer graphic software to apply fundamentals of 3D modeling and design to produce optimized content for augmented and virtual reality. Learn to create captivating visuals for extended reality experiences using 3D animation techniques.
  • Introduction to AR Development: Learn about computer-human interaction that combines digital and physical experiences with the use of augmented reality (AR). Create AR applications using an industry-stand game engine. Prepare to take the Unity Associate Game Developer Certification.

Classes in Trine's Bachelor of Science in extended reality don't exceed 30 students, with classes generally staying under 10 for juniors and seniors. You will create strong relationships with experienced faculty who can provide guidance on getting internships and entering the workforce or attending graduate school.

Create new ways of digital interaction

The Bachelor of Science in extended reality at Trine prepares you to transform industries and create new ways of digital interaction through extended reality solutions. Upon graduation, you will have hands-on experience with industry-standard platforms that sets you apart from others entering the workforce or graduate school. You will also obtain the skills and knowledge to stay ahead in this fast-expanding market.

Trine graduates will be prepared for the following career possibilities:

  • Augmented, extended and virtual reality developer
  • Experience designer
  • Extended reality specialist
  • Game or simulation developer

Program Information

Degree

Bachelor of Science in Extended Reality

Duration

120 credit hours

Level

Undergraduate

Campus Location

Angola, IN

School/College

Allen School of Engineering and Computing

Senior Design Projects

Leading technology, well-equipped lab space. Trine's senior extended reality students showcase a culmination of their experiences and knowledge with a year-long design project.
three students view digital workflow system
1/8
This group created a GUI-based triage log parser with threat analysis and summary reports.
four students review an interactive dashboard
2/8
Sponsored by Franklin Electric, this cybersecurity initiative reduced vulnerability dwell time and enhanced visibility into unmanaged assets. The project improved global cyber hygiene and replaced manual tracking with automated workflows using the CrowdStrike ecosystem, including Fusion SOAR and Foundry. The system automated patch validation, enforced SLA compliance and integrated real-time "shadow IT" detection with ServiceNow and email. It closed security gaps while providing executive dashboards and technical playbooks for a proactive defense.
four students work on a smartwatch connected to a phone and laptop
3/8
This group developed GuardianLink, a health-monitoring system that enhances service dogs' life-saving capabilities for veterans with PTSD. The system links a wearable smartwatch to a haptic device in a dog's vest. By monitoring physiological vitals in real-time, it identifies biometric spikes indicative of an impending episode and triggers a vibration on the dog's vest. This ensures intervention even if the dog is asleep or at a distance. By providing a silent, immediate alert, GuardianLink allows service animals to mitigate episode severity at the earliest possible moment.
four students view trine patent website
4/8
Trine's InnovationOne is receiving more patent submissions than the current physical display hall can accommodate for, and Trine alumni lack an efficient method to submit their patents for inclusion. This group created a publicly accessible website utilizing a digital content management system and a custom database hosted on Digital Ocean, displayed through a touchscreen kiosk in the Hall of Innovation. This system enabled staff to easily manage and categorize patents while providing visitors with an organized, interactive and space-efficient means of exploring Trine's innovations.
four students view scanner on a projector
5/8
The increase in AI-generated code has introduced system-wide security risks, as developers are starting to bypass traditional code testing methods. This project proposed a web-based platform to mitigate these vulnerabilities through a dual pronged approach: gamified learning modules where users identify and refractor insecure to climb a leaderboard, and an integrated SAST code scanning interface which allows for direct scanning of code files for vulnerabilities in house.
four students test ar glasses
6/8
This group partnered with BAE Systems and Adaptive Adventures to build an AR hiking aid for visually impaired veterans. Using VITURE Luma Ultra XR glasses, the system detected obstacles like rocks, roots and terrain changes in real time. Then, it alerted the user through haptic gloves. The goal was to improve safety, confidence and independence on the trail.
four students view esports tracking website
7/8
Developed for Trine, this platform provided a comprehensive hub for tracking esports performance across 11 competitive titles, including Overwatch 2 and Rocket League. The site featured real-time player metrics, interactive leaderboards, team rosters and live tournament tracking via a responsive, card-based UI. Built with a mobile-first approach using HTML5, CSS3 and JavaScript, it integrated live Twitch streams and performance KPIs to showcase the program's achievements and facilitate team management.
three students view results of medical trainer
8/8
The XR CVC Trainer project used mixed reality technology and the Microsoft HoloLens 2 to create a self-guided training system for a common hospital procedure called central venous catheter placement. The system combined 3D models, hand tracking and physics-based interactions to let medical staff practice safely without risk to patients. This engineering solution provided flexible, on-demand training access, especially for night staff and clinicians working on the hospital floor.

What Can You do With This Degree?

Logan Krehbiel
I was enjoying helping my professor and academic advisor Dr. Kelly in adding virtual reality to her course work and helping her out with side projects, which is what finally helped me reach the decision to switch my major.
Logan Krehbiehl
Computer and Information Technology Class of 2024
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Latest Extended Reality News

All XR News
Students standing behind low-profile vessel

Trine hosts, competes in annual AIMM ICC

June 3, 2026

Top engineering schools from across Indiana converged once again at Pokagon State Park as Trine University hosted the third annual Artificial Intelligence Maritime Maneuver Indiana Collegiate Challenge from April 17-18.

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