XR engineering modules at Queen's University Belfast.

Immersive learning for industrial equipment.

iXRLabs partnered with Queen's University Belfast to introduce immersive learning within its Chemical Engineering department, using Mechanical Engineering-focused XR modules. iXRLabs delivered modules such as boilers, turbines, and heat exchangers - giving students detailed, realistic models of industrial equipment they could explore interactively, including internal mechanisms that are normally out of reach.

Site visits show the outside, not the inside.

Engineering students need to understand industrial equipment like boilers, turbines, and heat exchangers - but on real site visits, this equipment is typically enclosed, covered, and impossible to approach safely. Students see the outer casing, not the working internals, which leaves the most important parts - how equipment is assembled and how thermal systems behave inside - out of reach.

• Covered machinery: on-site equipment is enclosed and off-limits, so only the exterior is visible.

• Hidden internals: the working parts - assembly and thermal behaviour - are exactly what students can't see.

• Safety distance: live industrial plant keeps students at arm's length from the detail that matters.

Mechanical Engineering XR modules students can open up.

iXRLabs delivered Mechanical Engineering-focused XR modules to the department, including boilers, turbines, and heat exchangers. The modules let students explore equipment as detailed, realistic 3D models - including cutaway and x-ray-style views that reveal internal assembly and operation. Instead of viewing covered machinery from a distance, students can look inside it and see how thermal systems actually work.

• Open it up: cutaway and x-ray-style views expose internal assembly and operation.

• Explore at any scale: boilers, turbines, and heat exchangers as interactive 3D models.

• Repeat freely: self-paced practice with no site access, cost, or safety barrier.

A lecturer's perspective.

About Queen's University Belfast.

Queen's University Belfast (QUB) is a public research university in Belfast, Northern Ireland, chartered in 1845 and a member of the UK's Russell Group of research-intensive universities. With roughly 25,000 students, Queen's is one of the oldest universities in the UK. Its School of Chemistry and Chemical Engineering teaches and researches across chemistry and chemical engineering - fields in which understanding industrial equipment and thermal systems is central to the curriculum.

What the deployment delivered.

Students explored industrial machinery that is covered and off-limits on real site visits.

Cutaway and x-ray-style views revealed how equipment is assembled and operates.

Boilers, turbines, and heat exchangers explored as interactive 3D models.

Mechanical Engineering modules enriching a Chemical Engineering curriculum.

• Access to restricted equipment Students explored industrial machinery that is covered and off-limits on real site visits.

• Visibility into internals Cutaway and x-ray-style views revealed how equipment is assembled and operates.

• Thermal systems understanding Boilers, turbines, and heat exchangers explored as interactive 3D models.

• Cross-disciplinary fit Mechanical Engineering modules enriching a Chemical Engineering curriculum.

Making hidden equipment visible.

Site visits show students the outside of industrial equipment; they rarely show the inside. This deployment shows XR can close that gap - turning sealed, inaccessible machinery into something students can open, inspect, and understand. For engineering programmes, it means the most important parts of real-world equipment are no longer hidden behind a casing.

Bringing industrial process equipment into the classroom

Chemical engineering depends on understanding equipment - boilers, turbines, heat exchangers, reactors and the plants that house them - that students cannot safely or practically visit at cohort scale. Queen's University Belfast used iXRLabs modules to bring that equipment into the teaching environment, letting students approach industrial process equipment and view its internal assembly and operation, including cutaway and x-ray perspectives that no site visit could ever provide.

Understanding how process equipment is built and how it operates internally is essential to the chemical engineering discipline, and it is exactly what is hardest to teach from the outside of a sealed, operating plant. Immersive modules let students see inside.

Interaction, not just observation

The value of the deployment lies in interaction rather than passive viewing. Students can approach the equipment, take it apart, examine its internal workings and understand its operation in a way that a photograph, a diagram or even a supervised plant tour cannot match. For a discipline built on understanding what happens inside industrial equipment, that interactive access goes to the heart of the subject.

Why it matters for chemical engineering education

The Queen's deployment shows how immersive technology addresses one of chemical engineering education's structural constraints: the gap between classroom theory and industrial equipment that is dangerous, expensive or simply inaccessible to visit. By letting every student examine and interact with that equipment safely, VR closes a gap that has long limited how the subject can be taught.

Seeing inside industrial equipment

The defining challenge of chemical engineering education is that so much of the subject concerns equipment students cannot safely or practically access: boilers, turbines, heat exchangers, reactors and the plants that house them are dangerous, expensive and, in operation, sealed. A student can be taught the theory of a heat exchanger in a lecture, but understanding how it is actually built and how it behaves internally - the knowledge that separates a competent chemical engineer from someone who has only memorised equations - is far harder to convey from the outside of a working plant.

The Queen's University Belfast deployment addresses this directly. Immersive modules let students approach industrial process equipment, take it apart and examine its internal assembly and operation, including cutaway and x-ray perspectives that no physical site visit could ever offer. The equipment becomes something students can genuinely explore rather than something they observe from a safe distance.

Interaction as the point, not observation

What distinguishes immersive modules from a video or a diagram is interaction. At Queen's, students do not merely watch a representation of process equipment; they approach it, manipulate it, look inside it and follow its operation. For a discipline built entirely on understanding what happens inside industrial equipment, that interactivity is not a presentational nicety - it goes to the heart of the learning. A student who has taken a virtual boiler or turbine apart understands it in a way that passive observation, however vivid, cannot deliver.

That is why immersive technology is so well suited to chemical and process engineering: it turns inaccessible, dangerous or sealed equipment into something a whole cohort can safely explore, in depth, as often as the learning requires.

About iXRLabs

iXRLabs is an AI-powered VR and XR lab platform for higher education, delivering immersive, hands-on lab modules across Engineering, Medical, Sciences and Nursing. The platform helps universities and colleges teach systems and equipment that are hard, expensive or unsafe to access in reality, with browser-based WebXR delivery, LMS integration, the 7thi AI tutor and built-in assessment - so immersive learning can reach a whole cohort, not just a single lab.