I build the rooms people learn in.

Learned to think in data, then fell for the third dimension.

I went in to study big data and graduated with a 9.52 GPA. Somewhere in between, I discovered Unity. Datasets were interesting. Spaces you could walk around inside were more interesting.

• GPA 9.52 / 10. The data side stuck. I still read adoption numbers before I read anything else.

Let people walk through buildings before they were built.

I was selected for the MITACS Globalink research internship, a competitive international program. The problem was concrete: architects had BIM models nobody could walk through until the building existed.

• Wrote a C# pipeline that converts BIM models into interactive Unity scenes, generating game objects automatically.
• Built an AR/VR walkthrough so stakeholders could review structures at true scale before construction.

Gave designers a way to feel a mechanism before building it.

At IIT Hyderabad the questions got more fundamental. How do you test whether a hinged, sprung, sliding product concept works while it's still a sketch?

• Co-authored a published paper on SIMBA, a Unity tool for validating articulated product designs early.
• Built sketch-based mechanism modelling: rotary, spring and sliding joints, adjustable links, point tracing.
• Paired a Geomagic Touch haptic arm with an HTC Vive Pro for force-feedback 3D drawing.

First client, first headset in a visitor's hands.

Research code only has to work once. An experience centre app has to work for every visitor who picks up the headset. I shipped an aerospace showcase on Quest 2 in four months.

• Cross-sections, exploded views and direct manipulation of aerospace engine subassemblies.
• Shipped AR/VR builds with MRTK, AR Foundation and Oculus Integration, wired to REST services for live content.

Wrote the framework, then the tools to write it faster.

Pharma operators learn capsule filling, blister packing and line clearance on machines that cost a fortune to stop. We moved that training into VR on Meta Quest and HTC Vive Focus 3. I built the engine underneath it.

• Architected a state-machine framework (Detect, Grab, Gaze, UI, Prompt) running 100+ step flows with wrong-object, wrong-hand and wrong-option feedback.
• Editor tools that automate setup, state mapping and validation. Per-module setup went from days to hours (~60%).
• A porting tool that moved legacy simulations onto the new framework with references, UnityEvents and animations intact.
• Steady 72 FPS on standalone headsets through GPU instancing, command-buffer reveal effects and shader-variant fixes.
• Asset Bundle delivery, so new simulations ship without a reinstall.

The best compliment a training sim gets is an operator who forgets they're in VR.

Now I own the whole loop, from SOP to plant floor.

I lead 20 developers, 3D artists and QA engineers, and I'm the single point of accountability between India's leading pharma manufacturers and our XR teams. I still design the framework. I also read the adoption data every week.

• Shipped 100+ simulations across 16 production machines: capsule filling, compaction, blister packing, packaging, granulation and aseptic machines.
• Contributed to launching India's first AI + VR pharma training platform with the Indian Pharmaceutical Alliance: 200+ simulations as digital twins.
• Pushed guided-mode completion past 80% across ~100 operators on the highest-volume machines, tracked against a >95% pass bar.
• Built a reusable SOP-to-simulation pipeline that cut time-to-market ~30% for new client modules.
• Designed the next-gen framework: interaction-based states, a central Bot UI, custom grab, async audio and feedback.