Showcase Themes
Semiconductors & Electronics
This collection of IISc-led semiconductor innovations spans advanced materials, device architectures, manufacturing processes, and computing systems - from next-generation perovskites and 2D materials to high efficiency GaN HEMTs, spintronics, memristors, and nanophotonic platforms. Designed for industry collaboration, these patented technologies address critical challenges in energy efficiency, scaling, thermal management, and integration. Whether you seek breakthroughs in wide bandgap power devices, neuromorphic computing, RF MEMS, or printable optoelectronics, this portfolio offers ready to license opportunities. Each entry reflects cutting edge research with demonstrated lab scale viability. Explore below to identify technologies aligned with your product roadmaps and R&D goals.
| Patent number | IP Title | Presentor | Faculty Inventor @ IISc |
|---|---|---|---|
| IN202541077773 | Solution Workflows for Ultrabright Emitters/IR Photodetectors | Navyashree | |
| - | A Three-State Skyrmionic Memory Cell for next generation MRAM | Rohith K | |
| IN202641057847 | Thermoelastic p-bits for probabilistic computing (A Thermoelastically Tunable Probabilistic Magnetic Bit (p-bit) Based on FM/LiNbO3 Heterostructures) | Pankhuri Gupta | |
| IN202641072233 | Multistate Oxide Tunnel Junctions for High-density computing beyond conventional CMOS technologies | Ismat Jamil | |
| IN202641056971 | Spintronic Logic Architecture in Single-Layer Ferromagnetic Oxide Thin Films | Suryakanth Mondal | |
| IN202541070948 | Solid-state Nanopores for Biological Sensing | Divya Mohan | |
| IN202541113483 | Metalens-Integrated Tabletop Optical Lithography for Subwavelength Patterning | Shubham Meena | |
| IN202541051707 | Self-Powered Broadband Infrared Photodetector Based on a Sb₂Te₃/MoTe₂ Heterostructure | Ashutosh Vishwakarma | |
| IN202641040730 | Semiconductor materials and process for preparation thereof | Sadanand Pawar |
Advanced Manufacturing
This portfolio showcases cutting-edge IISc innovations at the intersection of Manufacturing, Materials, and the Circular Economy. From advanced additive manufacturing (3D/4D bioprinting, metal printing, and high-temperature thermoplastics) to novel circular economy processes (waste-to-graphene, tungsten scrap recovery, and bioplastic degradation), these IPs address real-world industrial challenges. Industry partners will also find solutions for digital transformation of legacy systems, precision thermal management, smart building systems, and sustainable construction materials derived from mining waste. These technologies are available for licensing or collaborative development, bridging the gap between laboratory breakthroughs and scalable industrial applications. Explore the list below to discover your next strategic innovation partnership.
| Patent number | IP Title | Presentor | Faculty Inventor @ IISc |
|---|---|---|---|
| IN202541067100 | Method for Co-upcycling Post-consumer Recycled Polyolefins via Vitrimer Chemistry | Ashis Halder | |
| IN202441073302 | Upcycling Acrylonitrile - Butadiene - Styrene using Dynamic Chemistry | Siddharth Bhattacharjee | |
| IN202641012534 | A Mechanically Resilient Carbon Fiber Reinforced Composites with Built-in Healing and Full Recyclability | Akash Basu | |
| - | High-Performance Recyclable Epoxy Thermosets with Integrated Dynamic Covalent and Non-Covalent Networks | Anurima De |
AI & Quantum
Explore a diverse portfolio of cutting-edge quantum technologies developed at IISc, ranging from advanced single-photon emitters and quantum random number generators to quantum sensing, secure quantum communication (e.g., higher-dimensional MDI-QKD), and quantum machine learning algorithms. These innovations also span practical applications such as quantum LIDAR, frequency multipliers, and noise-resilient anomaly detection. While rooted in fundamental quantum principles, several patents address real-world hardware integration - including CMOS-compatible substrates and superconducting circuitry. Industry partners are invited to review these ready-to-license or collaborate-on IPs, which bridge the gap between laboratory breakthroughs and commercial quantum systems. Select listings even demonstrate cross-disciplinary advances (e.g., AI-driven collaborative design and medical image pruning), highlighting quantum-inspired or quantum-enhanced solutions for broader industrial challenges.
Click to View Patent ListRobotics
This portfolio showcases cutting-edge IISc's robotics innovations, spanning human-robot collaboration, brain-computer interfaces, assistive construction devices, and autonomous inspection systems for confined environments. From AI-driven task programming and prosthetic mechanisms to drone-mounted continuum arms and pharma machine vision, these patented technologies address real-world industrial challenges. Designed for licensing and collaboration, they offer cost-effective, multi-modal solutions for manufacturing, healthcare, infrastructure maintenance, and beyond. Explore how these adaptable, intelligent systems can accelerate your next-generation automation and operational efficiency.
| Patent number | IP Title | Presentor | Faculty Inventor @ IISc |
|---|---|---|---|
| IN202341083661 | Center - Articulated Multi Modal Pipe Inspection robot (Autonomous Navigation and Inspection In Confined Spaces using AI-Based Control ) | Parthib Kumar Dey | |
| IN202641054770 | Brain Computer Interface (BCI) Based SAFE Human -Robot Interaction (HRI) | Aditi Pandey |
Sensors & Photonics
This collection showcases pioneering IISc inventions in sensors and photonics, spanning advanced optical materials, nonlinear optics, flexible sensors, gas detectors, imaging systems, OLED emitters, and biomedical devices. Each patented technology addresses real-world challenges - from communication and environmental monitoring to healthcare and manufacturing - with novel, ready-to-license solutions. Industry partners are invited to explore these innovations for licensing, joint development, or research collaborations. The following list highlights unique, high-impact IPs bridging cutting-edge research and practical application. We look forward to fostering productive academia industry partnerships.
| Patent number | IP Title | Presentor | Faculty Inventor @ IISc |
|---|---|---|---|
| IN202541066349 | Far-Field Super-Resolution Optical Microscopy | Santanu Mandal |
Space Technology
Energy Systems
This collection of IISc patents showcases cutting-edge innovations across the energy, power, and battery systems landscape - ranging from next-generation battery chemistries (Li/Na/K-ion, zinc, redox flow) and advanced supercapacitors to high-efficiency power converters, magnetic bearing systems, and modular battery management electronics. Industry partners will find scalable solutions for energy storage, power conversion, motor control, and fault protection, all designed to enhance performance, safety, and compactness. These technologies represent opportunities for licensing or collaborative development, bridging novel laboratory breakthroughs with real-world industrial applications. Whether you seek improved electrode materials, soft-switched converters, or intelligent cell equalization methods, this portfolio offers diverse pathways to advance your product roadmaps. Explore below to identify synergies with your ongoing or next-generation energy system projects.
Click to View Patent List| Patent number | IP Title | Presentor | Faculty Inventor @ IISc |
|---|---|---|---|
| IN202441050460 | A Soft-Switched LVDC to Three-Phase MVAC Converter for MV Grid Integration of Utility-Scale Solar PV | Surjakanta Mazumdar | |
| IN202341055597 | Tapped-inductor Dual-active-half-bridge Converter for 48V Point-of-load Applications | Nithyadas PV | |
| IN201841027652 | Large Cell Count Battery Equalization | Sumedh Amrutrao Awath | |
| - | 3D printed micro-supercapacitor with extraordinary areal capacitance and rate capacity | Dr. Sushree Sangita Priyadarsini |
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