Development of integrated CCUS technologies including direct air capture (DAC), CO2-enhanced oil recovery (EOR), subsurface CO2 storage systems, and catalytic CO2-to-calcium carbonate conversion using biomimicking catalysts for industrial decarbonization and net-zero applications.

Research-focused exhibit showcasing biomaterials, hydrogels, polymeric scaffolds, nanomaterials, microneedle systems, and fabrication-based therapeutic platforms for wound healing, cancer immunotherapy, tissue regeneration, and autoimmune disorder treatment.

Centre focused on technology-enhanced learning, innovative pedagogies, digital tools, MOOCs, and short courses through NPTEL, CEP, and IITBombayX.

SemiX is IIT Bombay’s interdisciplinary semiconductor technology center focused on semiconductor materials, devices, circuits, packaging, embedded systems, VLSI design, and semiconductor software. The center promotes industry-academia collaboration to advance India’s semiconductor ecosystem through cutting-edge research and innovation.

CoEOGE develops advanced technologies for upstream oil & gas exploration, refinery digitalization, petrochemical systems, green hydrogen production, battery technologies, catalyst development, water management, and pipeline reliability through strong PSU-industry collaborations.

System enabling real-time multilingual speech translation by integrating speech recognition, disfluency correction, neural machine translation, and text-to-speech synthesis across Indian languages.

Research-driven assistive technologies including a brain-controlled wheelchair for individuals with quadriplegia, a patented haptic belt for dyslexia support, and mobile applications for dyslexia and Alzheimer’s patients.

Research platform using MRI, EEG, fNIRS, TMS, eye-tracking, sleep monitoring, and behavioural testing to study cognition, emotion, learning, attention, and neurological disorders.

Development and deployment of continuous flow processes enabling controlled, safe, and scalable chemical synthesis with improved heat transfer, mixing, and reproducibility across lab to bulk scales.

Laboratory focused on continuum dynamical systems, showcasing a cable-driven parallel robot where payload motion is controlled by adjusting cable lengths via motor actuation.