A realistic, high definition image portraying a new level of virtual reality: The new VR lab at the University of Nottingham.

In a radical shift in the teaching of VR software, second-year students in the Design and Product Manufacturing Department at the University of Nottingham are enjoying the benefits of a completely innovative virtual reality (VR) classroom. Located at the Engineering Science Learning Centre (ESLC), this classroom allows for remote monitoring and communication between professors and students in a way that has never been done before. With 40 high-resolution VR headsets, of which 35 are connected to high-performance computers located above them, while the remaining five are more traditional systems located in offices, students have the ability to choose how they want to learn and experience VR.

In addition to the integrated technology, there are also 90 wireless VR headsets that students can borrow. These can be used at any location to continue their studies outside the classroom. Furthermore, both staff and students have access to several 3D scanners and 360-degree stereoscopic cameras.

According to Professor Joel Segal, Chair of the Department of Materials and Manufacturing Engineering (M3) at the School of Mechanical Engineering, “Many universities, including ourselves, already have VR labs, but they are not on the same scale as our recently unveiled facilities, which will provide our students with access to cutting-edge tools and technologies that are unprecedented anywhere else in the world.”

The room can also be used flexibly for other teaching purposes, as when the headsets are not in use, they can be lifted up to the ceiling space.

“We have the desire to be at the forefront of technology in teaching, and we have already made progress in this area over the past few years with our smaller VR labs. But now, we have the opportunity to lead in the UK and further extend our reputation for producing engineers who are ready to shape the real world,” added the professor.

Another goal of the installations is to facilitate real-time collaboration between international academic branches, as the construction industry in Nottingham has its own VR lab in Ningbo, China. This way, students from all around the world can collaborate in the labs or in design exercises.

Professor Sam Kingman, Pro-Vice-Chancellor of the School of Mechanical Engineering, stated, “The VR classroom is an incredibly exciting addition to our teaching capabilities as we continue to push the boundaries of VR education. We believe that great minds think alike, and that’s why we want to provide our students with a truly unique experience.”

“We will also work on creating custom environments and objects that are suitable for education in a range of mechanical and architectural courses as we expand our scope in the coming years to allow students from other disciplines to have access to the VR classroom,” added the professor.

Frequently Asked Questions (FAQs)

  1. What is a virtual reality (VR) classroom?
  2. A virtual reality classroom is a classroom that utilizes virtual reality technology for teaching and education. Students wear VR headsets and can choose the environment and learning method they desire.

  3. What are the benefits of a virtual reality classroom?
  4. The benefits include the ability for remote monitoring and communication between students and professors, the ability to choose the learning and VR experience, and access to modern tools and technologies.

  5. Which VR headsets do the students use?
  6. The students have access to 40 high-resolution VR headsets.

  7. How many wireless VR headsets are available?
  8. There are 90 wireless VR headsets that students can borrow to continue their studies outside the classroom.


  • VR: Virtual Reality (VR) is a technology that creates virtual environments on a computer platform, providing users with an experience that simulates reality.
  • ESLC: The Engineering Science Learning Centre (ESLC) is the research and learning center of the University of Nottingham, focusing on education in engineering sciences.
  • M3: The Department of Materials and Manufacturing Engineering (M3) is the department within the School of Mechanical Engineering that focuses on research and education in material science and manufacturing engineering.

Suggested Related Links:

  1. University of Nottingham – www.nottingham.ac.uk
  2. Engineering Research – Virtual Reality