Mobile Robot for Inspection
Building infrastructure audit robot (Meerkat).
I am a Senior Research Fellow in the Engineering Product Development Pillar at the Singapore University of Technology and Design, where I lead research projects spanning robotics and AI. I was a Visiting Researcher at the Dyson School of Design Engineering, Imperial College London (2025–26). My work covers path and motion planning, foundation models for robot autonomy, reconfigurable robots, human–robot interaction, robot-inclusive design of buildings, and service and field robots.
Most of my work starts from a real deployment: cleaning, inspection and maintenance robots that have to run in food courts, ship yards, drains, pavements and hospitals. Select a paper to see its details.
Planning for single and multi-robot systems in complex, changing environments: complete coverage, shape-aware path planning for reconfigurable robots, multi-agent path finding and scheduling, and active perception. Methods include reinforcement learning, bio-inspired neural networks and metaheuristics.
Vision-language and foundation models for robot task planning, the safety of VLM-controlled robots against physical prompt injection, and human–robot co-design of the spaces robots work in.
Tiling, size-variable and inter-reconfigurable modular robots that change morphology to fit obstacles, cover more area and dock with each other.
Robots that interpret uncertain spatial language, read gestures and approach people appropriately. My PhD used neuro-fuzzy methods for navigational commands.
Auditing and designing buildings so robots can work in them, from lighting and floor unevenness to false ceilings, drains and tactile markers.
Design and control of robots for ship-hull blasting, facade and wall cleaning, aircraft inspection, drain and ceiling inspection, and outdoor sweeping.
SGD 11.15M in competitive grants. I prepared most of each proposal, from methodology and literature review to research plans, and lead the research execution once funded. PI on all: Prof. Mohan Rajesh Elara.
Wrote most of the technical proposal on embodied AI and large-scale dataset collection.
Wrote most of the proposal: methodology, literature review, path planning and HRI plans.
Wrote most of the proposal, including methodology and research plans.
Prepared most of Work Package 1, complete multi-dimensional coverage planning in reconfigurable robots.
Contributed to the literature review and methodology.
Building infrastructure audit robot (Meerkat).
Error-tolerant, directionless coupling for reconfigurable modular robots.
Turaco, a beach cleaning robot that removes litter from sand.
6 PhD students, 7 MSc students, 16 research assistants and engineers, and more than 25 interns, exchange and final-year students from Singapore, Sri Lanka, the US, Europe, India and China.
If my research interests you, I would be glad to hear from you, whether you are a researcher, a student or an industry partner. I welcome conversations across robotics and AI, from embodied AI and foundation models to reconfigurable robots, path and motion planning, human–robot interaction, robot-inclusive design and field robotics, and on how this research can make a real difference in the world.
viraj_jagathpriya [at] sutd [dot] edu [dot] sgEngineering Product Development Pillar
Singapore University of Technology and Design
8 Somapah Road, Singapore 487372