Virtual reality
Virtual Reality
This topic is assessed in IBDP Business Management at Higher Level (HL) only.
Virtual reality (VR) is a technology that immerses the user in a fully computer-generated three-dimensional environment, typically experienced through a headset that tracks head movement and replaces the real-world visual field with a simulated one. Augmented reality (AR) overlays digital information or objects onto the real-world environment — experienced through a smartphone camera, smart glasses, or transparent visor rather than a full headset. Both technologies create opportunities for businesses to communicate, train, design, and collaborate in ways that physical presence or two-dimensional media cannot replicate.
Business applications of VR
Training and simulation. VR enables employees to practise high-risk, complex, or rarely occurring tasks in a safe, repeatable simulated environment without the cost or risk of real-world practice. Surgeons can practise procedures; engineers can rehearse maintenance of complex machinery; logistics staff can practise warehouse emergency procedures; and heavy equipment operators can train before using expensive machinery. The training environment can be reset instantly, errors have no real consequences, and performance data is captured automatically.
Design and product development. VR enables designers and engineers to walk through and interact with three-dimensional models of products, buildings, or environments before physical prototypes are built. Changes can be made immediately and the revised design re-experienced within minutes — compressing the design iteration cycle and reducing the cost of physical prototyping. Architecture, automotive design, and industrial engineering all use VR extensively for this purpose.
Client presentations and sales. VR enables clients to experience a product or service before it exists physically — a property developer can take a client through a virtual walkthrough of a building under construction; a manufacturer can demonstrate a custom product in a virtual environment before committing to production. This reduces the abstraction of pre-sales communication, enabling clients to make more confident purchase decisions and reducing post-delivery dissatisfaction from misaligned expectations.
Remote collaboration. VR platforms enable geographically dispersed teams to meet in shared virtual spaces — walking through a virtual facility together, annotating a shared three-dimensional model, or participating in a simulated scenario. This is particularly relevant for global businesses and for the post-pandemic shift towards distributed working, where standard video calls do not replicate the spatial and interactive quality of in-person collaboration.
Limitations
VR remains limited by: hardware cost and accessibility (professional-grade VR headsets are expensive and not universally available); the technology barrier for some user groups who are unfamiliar with or uncomfortable using headsets; the physical discomfort (motion sickness) that some users experience in VR environments; and the content creation cost — building high-quality VR environments requires specialised development skills and significant time investment. For many business applications, the cost of content creation exceeds the benefit relative to simpler alternatives.
Calloway & Reed has introduced VR in two specific contexts. First, client workshop facilitation: for strategic planning engagements with multi-site clients, the firm now offers virtual strategy workshops in a shared VR environment, enabling leadership teams from different locations to collaborate on strategic frameworks displayed as three-dimensional models in a shared virtual space. James Calloway argues this reduces the scheduling friction and travel cost of bringing geographically dispersed leadership teams together in person — typically saving 2–3 days of senior executive time per engagement. Second, consultant onboarding simulation: new consultants experience three simulated client engagement scenarios in VR — including a difficult client conversation, a workshop facilitation challenge, and a C-suite presentation — before their first real client interaction. Post-simulation surveys indicate that the VR cohort reports significantly higher confidence at first client contact than the previous cohort who received only classroom preparation.
Key Takeaways
- VR immerses users in a fully simulated environment; AR overlays digital content onto the real world — both create business applications beyond what physical presence or two-dimensional media allow.
- Key business applications: training and simulation, product design iteration, client pre-sales presentation, and remote spatial collaboration.
- VR training allows safe, repeatable practice of high-risk or complex tasks — capturing performance data automatically and removing the consequences of error.
- Limitations include hardware cost, user comfort and accessibility, and the significant content creation investment required to build high-quality VR environments.
- The business case for VR depends on whether the specific application creates sufficient value to justify the development and hardware cost — not all training, design, or collaboration needs benefit from full immersion.