Loading the 3D scene.
In clinics, in rubble, and in the wild.
Research, hardware, and products.
A closer look at what I build.
Explore the imaging geometry ↗VoxelMap. My research into how imaging angle affects predictions of anatomical motion for lung radiotherapy.
Read the project story ↗
Figure 6 · proposed scanner design, 2024A scanner design and a vision-transformer study. From how a leaf is photographed to the trade-off between compact features and classification.
See the design and findings ↗
Capsule robot · design renderFrom the design render to a working prototype. Perpendicular tracks, tilt correction, and tests on sand, stones, and simulated pits.
See the design and prototype ↗Local discovery and ticketing. Finding the experiences happening around you, and helping people fight social FOMO.
Read the product story ↗Static gesture recognition on ultra-wideband sensing.
Explore the systemA hybrid turnstile study evaluated with 30 days of metro traffic in a digital twin.
Explore the systemDecentralised intrusion detection for the Internet of Vehicles.
Explore the systemA predator-recognition study and non-lethal coastal buoy concept.
Explore the systemThe same curiosity, through a different lens.
Photographs by Abhishek Sebastian.
My work often starts with something that refuses to sit still: a breathing lung, a robot on uneven ground, a bird in the frame. I build sensing, imaging, and machine-learning systems around those real-world conditions.
At Image X Institute, University of Sydney, that means modelling anatomical motion for lung radiotherapy. My summer on VoxelMap began with a specific question: how does the imaging gantry’s angle affect the motion we predict? That work now sits alongside my role as a research engineer.
I studied Electronics and Communication at VIT Chennai, then worked across gesture sensing, cloud security, and robotics. In 2026 I co-founded HapnX to help people find what is happening around them. Outside engineering, there is usually a camera, a pair of drumsticks, or an archery bow somewhere in the picture.
From VIT’s photography club to wildlife as @beingabbyyy.
Drum kit, Trinity College London Grade 3.
Runner-up, Sydney Uni Archery Association Cup 2025.
WWF-India Campus Bird Count volunteer, 2024.
Building medical imaging tools for radiotherapy — voxel-wise motion modelling for lung cancer treatment planning.
Investigated how gantry angle affects VoxelMap’s predicted deformation vector fields, with Dr Nicholas Hindley and Dr Chandrima Sengupta.
Building a local discovery and ticketing product that fights social FOMO with real-time city events.
Designed and 3D-printed sub-1kg competition sumo robots in Fusion 360.
Threat analysis for international clients inside Digital Trust.
Proposals and base research for cloud-security and cyber-risk engagements.
Researched and built a static gesture recognition system using UWB sensing.
Set up IoT labs at Shiv Nadar University — infrastructure, workshops, and mentorship.
Published research, inventions,
and recognition along the way.
Methods, results, and published research.
Read the papersImaging, robotics, and intelligent hardware.
Explore the inventionsBest papers and competition achievements.
View the recognitionChecked · Includes publications beyond this selected archive. Latest counts on Scholar ↗