SCAN Centre develops advanced diagnostic and monitoring technologies for neurodegenerative diseases. Key innovations include a blood-based Parkinson’s disease detection assay using amyloid amplification and a patented non-aggregating mutant, along with NeuroScan360, an AI-driven multimodal platform for early neurological disorder detection and longitudinal monitoring.

Student-led team developing a Direct Air Capture prototype integrated with HVAC systems to remove atmospheric carbon, targeting scalable carbon removal and climate solutions.

Two-drone system comprising a scout drone for search tasks with enhanced sensing and navigation, and a delivery drone for payload transport with stable and efficient flight performance.

Student-led team developing fixed-wing UAVs and multi-rotor drones for search and rescue operations, integrating aerodynamics, avionics, and autonomous flight capabilities.

Team SeDriCa develops autonomous ground vehicle technologies for complex urban mobility environments using advanced perception, LiDAR and camera-based sensing, dynamic path planning, precision control, and AI-driven navigation systems. The team has demonstrated autonomous racing and urban driving capabilities through international robotics and mobility competitions.

Development of sustainable housing solutions including retrofit and new construction achieving net-zero water, net-zero carbon, and net-positive energy, along with a web-based AI platform for climate-smart housing design.

TCA2I develops AI-driven cybersecurity, telecom security, and defense logistics solutions. Key technologies include Vajra, an indigenous AI-enabled Endpoint Detection and Response (EDR) platform for Linux and Windows; a SCAS-based 5G telecom security evaluation framework aligned with 3GPP standards; and a Replenishment-at-Sea (RAS) planning system for naval logistics optimization using AI and operations research algorithms.

TIH IIT Bombay drives research, startup incubation, and technology commercialization across Agritech, Healthtech, Smart Education, and Smart Cities using AI, ML, IoT, and Robotics. The center supports startups through seed funding and enables deep-tech innovation via dedicated R&D programs under the DST NM-ICPS mission.

Sustainable recovery of metals such as copper, tin, silver, and gold from electronic waste using pyrolysis, density-based separation, and smelting techniques.

Development of deep learning systems for anomaly detection in medical imaging, speech-to-image generation, industrial defect detection, and vehicle routing optimization using multimodal and reinforcement learning approaches.