Laboratory focused on developing airship and aerostat technologies for applications such as aerial surveillance, disaster management, product promotion, and reconnaissance, involving multidisciplinary research in design, aerodynamics, propulsion, and control.

Development and contribution to interferometric gravitational wave detection technologies, waveform modeling, GW transient searches, and electromagnetic follow-up systems as part of the global LIGO-Virgo-KAGRA network.

Programmable robotic systems designed to imitate biological organisms for studying motion, coordination, flocking, swarming, and collective decision-making in living systems.

A suite of affordable and portable microscope systems including hand-held microscopes, smartphone-based microscopes, and webcam-based convertible microscopes designed for biology education, STEM outreach, teacher training, and classroom demonstrations. The systems enable low-cost visualization of biological samples for underprivileged and resource-constrained educational environments.

LS-HMS is a standalone desktop-based hydrological modeling software designed for predicting river discharge, flood inundation extent and depth, flood hazards, and flood risks. The platform supports hindcasting, nowcasting, and forecasting of flood events while operating efficiently with minimal computational resources.

Prototypes demonstrating how mechanical aspects of tissues such as rigidity, stretching, vibration, and fluid stress influence cell behaviour using microfluidics and engineered materials.

IIT Bombay Makerspace is a 30,000 sq. ft. innovation ecosystem enabling hands-on learning, rapid prototyping, interdisciplinary product development, and experiential education through advanced fabrication tools, collaborative labs, and thematic innovation spaces.

Modular drive-by-wire cockpit system designed for retrofitting into boats, featuring an ergonomic dashboard, reduced cognitive load interface, and readiness for advanced driver-assist and autonomous boating systems.

Multidisciplinary research centre focused on photovoltaic technologies, contributing to solar energy through research, development, industry interaction, and education, with extensive collaborations and startup incubation.

Advanced microsystems for minimally invasive biochemical sensing and real-time environmental monitoring using nanoneedle platforms and optofluidic microfluidic devices.