Lana Oconnell
As the demand for VR technology grows, so does its integration into university programs. VR is increasingly being used in higher education to enhance learning and help students build their real-world skills and employability. For students interested in getting into the VR industry, there are a growing number of VR development programs and degrees offered at universities. These programs provide students with the opportunity to learn the technical skills and knowledge needed to succeed in the VR industry, such as computer science, coding, software development, and gamification techniques. Additionally, students can gain practical experience through VR labs and immersive learning experiences, which are becoming more common at universities.
| Characteristics | Values |
|---|---|
| VR courses | Introduction to Virtual and Augmented Reality, Creating and delivering immersive simulations, Virtual Reality Architect Master's Degree, Bachelor in Experimental Animation, Master in Design for Interaction and Extended Experiences |
| VR labs | VR First, Mixed Reality Lab at USC, XR Lab at the Stevens Institute of Technology, VR-oriented labs at UCLA, VR lab at Arizona State University |
| VR development programs | Oculus Education, Full Sail University, The Art Institutes, University of Advancing Technology |
| VR in education | Lectures, Campus tours, Language instruction, Surgery simulation, Exploring human body, Treating agoraphobia, burn wounds, stroke |
| Other | Game development, Bring Your Own Device (BYOD), Computer science |
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What You'll Learn
VR development courses at universities
While there is limited information on specific VR development courses at universities, there are some institutions that offer programmes or projects related to this field. For example, Full Sail University and The Art Institutes have been known to offer Bachelor of Science (BS) programmes in the past. The New Jersey Institute of Technology (NJIT) also has a lot of VR projects and good game development courses, including an online VR seminar/program sponsored by Oculus Education.
Additionally, some universities have centres or labs dedicated to VR and related fields. For instance, the University of Pennsylvania has a Center for Human Modeling & Simulation, Yale has a Blended Reality project as part of its Center for Collaborative Arts & Media, and Brown University has VR facilities. The Stevens Institute of Technology has an XR lab, and USC, a top school for game development, has a Mixed Reality Lab under its Institute for Creative Technologies. Carnegie Mellon University also has a lot of research in AR and VR as part of its Human-Computer Interaction Institute.
It is worth noting that VR often falls under the umbrella of "Game Development" at universities, so you may find more options by searching for that term. These programmes typically focus on the technical and coding aspects of game development, which are crucial for VR development.
To become a VR developer, you will need knowledge of programming languages such as C#, C++, or Python, as well as expertise in 3D modelling and animation. Game development concepts and frameworks are also crucial, as VR often involves creating immersive gaming experiences. Familiarity with game engines like Unity or Unreal Engine is beneficial, as they provide VR development capabilities.
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VR labs and seminars
As the demand for VR technology grows, universities are increasingly offering VR courses and establishing dedicated VR labs. VR labs offer an immersive, experiential, and interactive platform that transcends traditional teaching methods. They offer students the opportunity to explore and interact with VR technology, and help equip them with essential skills in the creation and implementation of immersive technologies.
VR labs can be set up to meet the specific educational needs of the institution. For example, engineering colleges will have different objectives from medical colleges. Common goals include enhancing student engagement, promoting experiential learning, facilitating a better understanding of complex concepts, and preparing students for real-world applications of VR technology.
VR labs can be used to simulate real-world scenarios and offer hands-on learning experiences. For instance, medical students can use VR to simulate real-life surgery, allowing them to make errors without the consequences of real procedures. Engineering students can use VR to explore industrial equipment up close, which may not be possible in the real world.
VR labs can also be used to offer specialized training and skill development programs for various industries. For example, medical, engineering, and vocational training programs can utilize VR to simulate real-world scenarios and hone specific skills.
Universities with VR labs and seminars include:
- Brown University
- UCLA
- Stevens Institute of Technology
- Stanford School of Business
- Queen Mary University of London
- Arizona State University
- Averett University
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VR in medicine
As a university student, there are several ways to enter the VR industry, which is expected to grow massively, with the market size projected to reach $48.5 billion by 2025. Many universities now offer VR courses and have established dedicated VR labs, allowing students to gain experience in creating and implementing VR technologies. For instance, UCLA has several VR-oriented labs, and the Stevens Institute of Technology has an XR lab.
If your university does not offer these facilities, you could consider studying computer science and focusing on VR development outside of your degree. Alternatively, game development degrees often have a strong focus on VR, particularly those which offer a Bachelor of Science (BS) degree. For example, USC, which is one of the top schools for game development, has a Mixed Reality Lab.
Now, VR in medicine is a rapidly evolving field with a wide range of applications. Here are some examples:
Therapeutic VR
VR is increasingly being used in hospitals and clinics as a form of "distraction therapy" to help patients manage pain, anxiety, and stress. This works by immersing patients in a relaxing virtual environment, such as an underwater world or a peaceful beach, which helps to shift their focus away from negative stimuli. Studies have shown that VR is effective in reducing symptoms of anxiety, depression, and fatigue.
Medical Training
VR is also being used to train medical students and professionals. For example, medical students can use VR to simulate real-life surgeries, allowing them to make mistakes and learn from them without causing harm to patients. Additionally, VR can be used to explain complex medical concepts and procedures to both students and patients, making abstract ideas easier to understand and visualize.
Research
VR is a valuable tool for medical researchers, enabling them to explore treatments for various conditions, from agoraphobia to stroke rehabilitation. It allows researchers to experience their creations, such as new drugs or machines, in a virtual environment, providing a more affordable and accessible way to test and refine their work.
Brain Stimulation
Non-invasive brain stimulation using VR has shown potential in enhancing navigation skills in individuals with cognitive impairments. This application of VR aims to improve cognitive function and can be further explored for its therapeutic benefits.
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VR in education
VR has the ability to enhance learning and help students build their real-world skills and employability. For example, medical students can use VR to simulate real-life surgery, allowing them to make mistakes without the consequences of real procedures. Civil engineering students can design and visualise buildings in 3D, and history students can explore Roman ruins or other historical sites.
VR can also be used to improve cultural competence, exposing students to other cultures and values. For instance, students can virtually visit other parts of the world, such as Peru or China, and experience local life. This can be particularly impactful for language instruction, bringing students to different countries and providing an immersive cultural experience.
In addition, VR can benefit students with special educational needs and disabilities (SEND), providing unique learning opportunities that might not be possible in a traditional classroom setting.
Demand for VR in education is expected to grow, and universities are responding by offering VR courses and establishing dedicated VR labs. Students interested in getting into the VR industry could consider studying computer science with a focus on VR development, or look into game development degrees with a strong technical and coding foundation.
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VR career opportunities
The VR industry is rapidly growing, with market analysis suggesting that the VR market size will reach $48.5 billion by 2025. As a university student, there are several ways to get into the VR industry and seize the career opportunities it offers.
VR Development
VR development is a crucial aspect of the industry, and students can gain a solid foundation by studying computer science or game development with a focus on VR. Universities like USC, Carnegie Mellon University, and the University of Advancing Technology offer programs and research opportunities in this field.
VR in Education
VR is increasingly being used in education, from K-12 to higher education. Students interested in this aspect of the VR industry can explore how VR enhances learning experiences and makes complex subjects more accessible and engaging.
VR in Healthcare
The healthcare industry is embracing VR for medical training and patient treatment. Medical students can use VR to simulate surgeries and gain a deeper understanding of the human body. VR is also being explored for treating various conditions, from agoraphobia to stroke rehabilitation.
VR in Entertainment and Media
The entertainment and media industries are early adopters of VR technology. Students interested in this field can explore VR content creation, game development, and interactive media design.
VR in Architecture and Engineering
VR is transforming how architects and engineers design and visualize their projects. Students in these fields can utilize VR to create and explore 3D models and simulations, enhancing their understanding of structural design and spatial relationships.
With the increasing demand for VR across industries, university students can gain valuable skills and hands-on experience through dedicated VR labs, courses, and research initiatives. These opportunities will better prepare them for a career in the dynamic and evolving VR industry.
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Frequently asked questions
Getting started in the VR industry as a university student can involve taking advantage of VR labs and courses that are increasingly being offered by universities. These provide opportunities to gain practical experience and skills in creating and implementing VR technologies. Additionally, students can explore VR development programs and degrees, such as those offered by the University of Advancing Technology, USC, and Carnegie Mellon University.
There are several universities that offer VR development programs or degrees. The University of Advancing Technology offers a Virtual Reality degree that teaches students about VR and AR experiences, gamification techniques, and software development skills. USC's Institute for Creative Technologies houses a Mixed Reality Lab, while Carnegie Mellon University has a Human-Computer Interaction Institute with a focus on AR research.
Developing a solid foundation in computer science and game development fundamentals is crucial for a career in the VR industry. This includes understanding coding, software development, and the technical aspects of creating immersive simulations and environments. Additionally, knowledge of psychology, communication, and design can be beneficial for creating engaging and interactive VR content.
VR is being utilized in universities across various disciplines, including medicine, engineering, history, and physics. It enhances learning by providing immersive and interactive experiences, such as visualizing 3D buildings, exploring historical sites, and simulating medical procedures. The integration of VR in higher education demonstrates its growing importance and indicates that employers in various industries may increasingly adopt VR technologies, shaping the future job market and career prospects.
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