3D Models
Life-size, manipulable models: rotate, take apart, look inside. Machines, transformers, drives.
VR Labs · Electrical Engineering
80 curriculum-aligned VR modules across circuit analysis, electrical machines, power systems, and control. Built with universities, mapped to syllabi, ready for the classroom.
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The scale claim
80 VR modules across circuit analysis, electrical machines, power systems, power electronics, and control systems. From foundation circuit labs to full substation tours, built in collaboration with faculty.
Inside the electrical library
From explorable 3D machine models to full substation tours. Every electrical module is built for a specific kind of learning.
Life-size, manipulable models: rotate, take apart, look inside. Machines, transformers, drives.
Repeatable, error-tolerant labs. Build circuits, measure, and verify the theory safely.
High-risk, high-cost scenarios no campus lab can run. Vary load, observe torque and power factor.
Walk through sites students could never visit. Substations, switchyards, control rooms.
The library
Explore transformer construction and test phase relationships under load.
Vary load conditions and observe torque, speed, and power factor in real time.
Build circuits and verify the relationship between voltage, current, and resistance.
Analyse current and voltage in complex networks, node by node and loop by loop.
Take apart a DC machine: armature, commutator, field windings, and brushes.
Walk through a substation: transformers, circuit breakers, isolators, and busbars.
Build half-wave, full-wave, and bridge rectifiers and measure the output waveform.
Tune proportional, integral, and derivative gains and watch the system response.
Explore stator and rotor construction and the rotating magnetic field in 3D.
This is part of the iXRLabs Engineering library - the world's largest VR engineering curriculum. Built on WebXR, with the 7thi AI tutor and faculty analytics in every module.
Standards and syllabi
Every engineering module is mapped to at least one recognised standard or university syllabus. We work with your faculty to ensure alignment before deployment, not after.
Request a syllabus map for your institution
Featured case study · Mälardalen University
Mälardalen University uses iXRLabs to give engineering students immersive, repeatable practice with equipment and systems - on headsets or in any browser, without waiting for bench time.
Starter packages
There's no single fixed bundle — iXRLabs offers a range of engineering packages to match how your department teaches. Choose a stream package (mechanical, electrical, or civil), a focused discipline set, or the complete engineering library. Every package includes the 7thi AI tutor, faculty analytics, deployment support, faculty training, and LMS integration.
Common questions
Have a question we haven’t covered? Our team has helped 40+ institutions evaluate and deploy VR labs.
Talk to us80 modules across circuit analysis, electrical machines, power systems, power electronics, and control systems. Topics range from Ohm’s and Kirchhoff’s laws to synchronous machines, rectifiers, and full high-voltage substation tours. The library grows every quarter, built in collaboration with university faculty.
Yes. Every module is curriculum-mapped before deployment. We support NBA, NAAC, QS, IEAC, Engineering Council UK (AHEP), and ABET, plus individual university syllabi. Our team works with your faculty to verify alignment before students see anything.
No - it complements them. VR gives students safe, repeatable access to equipment and scenarios that are too expensive, too dangerous, or too infrequent to run in a physical lab. Students who practise in VR first arrive at the physical lab better prepared.
A pilot department can be live in two weeks. Full institutional rollout - including LMS integration, faculty training, and syllabus mapping - typically takes 4–8 weeks depending on scale. No special infrastructure is needed: just headsets (or browsers) and a Wi-Fi connection.
Yes. We run structured pilots - typically one department, one semester, a curated set of modules - with full analytics so your institution can evaluate impact before scaling.
New modules release quarterly. Existing modules receive improvements based on analytics data and faculty feedback. All updates arrive automatically through WebXR - no manual action, no downtime.
Tailored to your electrical engineering departments, your cohort, your curriculum.