Introduction
Technology commercialization is the process of converting scientific discoveries and innovations into marketable products and services that create economic value. At our institute, we actively support researchers in transforming their laboratory work into commercial applications that benefit society.
Commercialization at Our Institute
Our institute has established a robust ecosystem for technology transfer and commercialization. We foster collaborations between academia and industry to ensure that innovative research outcomes reach the marketplace. Our dedicated Technology Transfer Office provides comprehensive support at every stage of the commercialization journey.
We provide comprehensive support including intellectual property protection, market assessment, prototype development, business plan creation, and licensing negotiations. Our institute takes pride in the successful commercialization of multiple technologies that have made significant societal impact across various sectors including healthcare, agriculture, sustainability, and information technology.
Objectives and Vision
Our primary objectives are to maximize the impact of institutional research through effective commercialization, create economic value from intellectual assets, foster entrepreneurship among researchers, and establish sustainable industry partnerships. We envision becoming a premier hub for technology commercialization in the region, known for converting cutting-edge research into practical applications that address pressing societal challenges.
Commercialized Technologies
Title
Inventor(s)/Department
Description
Commercial Partner/Status
Year of Commercialization/Launch
Patent Status/Reference
Lightweight, Compact, and Easy-to-Carry Inverter
Abhijit Kumar, Saurabh Rai, Abhishek Ranjan, Radheshyam Kumar, Rahmat Ali (Guidance: Prof. A. K. Thakur) / IIT Patna Incubation Centre
An indigenously developed all-in-one Li-Ion battery integrated inverter. It is significantly lighter (approx. 1/5th weight of conventional systems), promotes clean energy, and offers improved battery life and durability.
Developed under startup scheme 'Portable Power Technology'. [Launch News (LinkedIn Post)](https://www.linkedin.com/posts/indian-institute-of-technology-patna_in-a-remarkable-achievement-indian-institute-activity-7191044549073342464-IkrR)
Formal launch May 2024
Granted (2024). IIT-P has 20-year copyright. [Patent News (Times of India)](https://timesofindia.indiatimes.com/city/patna/iit-patna-awarded-patent-for-cost-effective-inverter/articleshow/109707821.cms)
Indigenous Battery Management System (BMS) for Electric Vehicles
Abhijit Kumar, Saurabh Ray (Guidance: Prof. A. K. Thakur) / IIT Patna Incubation Centre
A compact electronic circuit for operational safety and protection of lithium-ion battery (LIB) packs in EVs. Features state-of-charge sensing, Bluetooth/GPS connectivity, and early alarms for battery maintenance.
Developed under startup scheme. (Commercialization details based on prior news reports; specific non-IITP link for this BMS commercialization not found in current search results)
Product launched March 2022 (as per prior news reports)
Reportedly Granted (2022) with 20-year copyright for IIT-P. (Details based on prior news reports; specific non-IITP link for this BMS patent not found in current search results)
Method for Preparation of Monoclinic Phase Free Doped Zirconia Powders (Indian Patent No. 396581)
Dr. Anirban Chowdhury, Mr. Lakshaman Kumar / Dept: Metallurgical and Materials Engineering (MME)
A process for producing advanced ceramic (doped-ZrO2) powders free of monoclinic phase, featuring low-temperature sinterability and improved mechanical properties for high-tech applications.
Technology Transferred (Specific commercial partner details not available in public non-IITP sources)
Patent Granted 10.05.2022. Transfer date not specified.
Granted. [View Patent IN396581B (Google Patents)](https://patents.google.com/patent/IN396581B/en)
An Improved System of a Passive Exoskeleton to Reduce Manual Effort in Carrying Load (Indian Patent No. 380646)
Dr. Mayank Tiwari, Raju Gupta, Vitthal Pandey, Pranay Kumar, Neetesh Kumar / Dept: Mechanical Engineering (ME)
A passive exoskeleton designed to assist users in carrying heavy loads, thereby reducing physical strain and risk of injury.
High commercial potential (Specific transfer/partner details not available in public non-IITP sources)
Patent Granted 28.10.2021. Transfer/Commercialization date N/A.
Granted. [View Patent IN380646B (Google Patents)](https://patents.google.com/patent/IN380646B/en)
