Architecting the
Future of Innovation.
JD TBI is more than an incubator. We are a specialized R&D hub for Drones, Semiconductors, and AI-driven Remote Sensing.
Supported by 18+ Student Startups
0+
Years Experience
0+
Startups Incubated
0+
Expert Mentors
0
Innovation Facilities
TBI @ JDCOEM Evolution
Track Record 2022 - 2024
The "In-House"
Promise
At JD TBI, we believe the next generation of Indian startups should not just integrate technology — they should own it. We provide the high-performance infrastructure required to develop proprietary deep-tech solutions from the ground up, right here in Nagpur.
Our Vision
To position Nagpur as a deep-tech hub — a center of excellence empowering startups with the infrastructure and expertise to build proprietary solutions that meet both local and global challenges.
Our Mission
To provide an IVY-standard of technical mentorship — going beyond space to offer a high-fidelity R&D environment where startups develop proprietary IP, meet industrial-grade accuracy, and take centre stage for every breakthrough.
Est. 2022 · Nagpur
JD TBI @ JDCOEM
Led By
Dr. Kumud Ranjan
PhD NTU Singapore · Ex-DRDO Scientist
Aerial Intelligence
& Remote Sensing
Engineering Unmanned Aerial Vehicles (UAVs) at the absolute intersection of hardware reliability and software intelligence.
IOT-Enabled Flight
Developing drone-to-drone communication protocols and Mesh Networks that allow for coordinated multi-drone operations at scale.
Remote Sensing Mastery
Building tools that process multi-spectral and thermal data, turning raw visuals into actionable insights.
Propulsion & Efficiency
Semiconductor-driven power management systems maximizing endurance for long-range operations.
The Intelligence Layer
Hardware is only as good as the code that drives it. We build the software frameworks that empower machines to learn, adapt, and act.
Predictive Engine Development
Building Machine Learning models that can predict hardware failure or environmental changes using real-time sensor data — enabling proactive decisions before systems fail.
Spatial AI Tools
Developing proprietary algorithms for computer vision and 3D mapping, essential for drones navigating complex, GPS-denied environments with precision and reliability.
Remote Sensing Learning Systems
A dedicated software platform designed to train the next generation of engineers in interpreting satellite and aerial data for real-world industrial applications.
Labs in JD TBI
Access our specialized centers of excellence designed for rapid prototyping, testing, and advanced product engineering.
Deep-Tech Lab
Discussion Room
Conference Room
What We Offer
Access high-performance R&D infrastructure — from a 37-sensor prototyping lab to professional mentoring and conference spaces — built to take your deep-tech startup from idea to industrial-grade reality.
Incubation Support
End-to-end incubation support for early-stage deep-tech startups — from idea validation and prototype development to market readiness and commercialization strategy.
Discussion Room
Dedicated space for brainstorming, club meetings, mentoring sessions, group discussions, and pre-incubation interactions with industry experts and mentors.
Conference Room
Professional environment for expert interactions, seminars, proposal presentations, report reviews, and faculty-student coordination meetings.
Deep-Tech Lab
The Prototyping Sandbox: From Silicon to Systems. Designed to take an idea from a blank breadboard to a field-ready autonomous system — featuring our 37-Sensor Library, Semiconductor Integration support, and full Arduino UNO/Mega & high-performance MCU ecosystem.
Funding Assistance
Guidance and support to access government-backed funding schemes. We help startups navigate and apply for Startup India Scheme and other relevant government grants tailored to deep-tech ventures.
Expert Mentorship
Access to highly skilled technical experts, industry veterans, and academic leaders who provide hands-on guidance in deep-tech domains including semiconductors, drones, AI, and remote sensing.
Pitch Deck Preparation
Dedicated support to craft compelling, investor-ready pitch decks. Our mentors guide startups through storytelling, financial modelling, and presentation strategy to stand out in front of investors.
Office Space
Flexible, customized office solutions tailored to the specific requirements of each startup — from hot desks for early-stage teams to dedicated private spaces for growing ventures.
Positioning Nagpur as a
Deep-Tech Hub
Why settle for assembly when you can innovate? JD TBI provides the IVY-standard of technical mentorship. We don't just provide space — we provide a high-fidelity environment.
Proprietary Intellectual Property
We help you move beyond 'off-the-shelf' components to build custom technologies that you truly own — giving your startup a defensible competitive edge.
Industrial-Grade Accuracy
With access to our library of 37+ sensors and advanced R&D boards, your prototypes meet the standards demanded by global industries — not just lab benchmarks.
Engineering Support
Our ecosystem is built on a 'Success-First' model — ensuring your startup takes centre stage for every breakthrough developed within our walls.
Dr. Kumud Ranjan
Director, JD TBI
A Semiconductor Scientist & Technologist with 21 years of experience in Semiconductor Research, Process Integration, Project Management, and Foundry Development for Gallium Nitride & Silicon Carbide devices for telecom, RADAR, satellite, and nuclear applications.
21
Years Experience
75+
Research Papers
5+
Global Collabs
PhD · NTU Singapore
Doctorate in Gallium Nitride (GaN HEMTs-on-CVD Diamond) technology from Nanyang Technological University, Singapore.
Ex-DRDO Scientist (2004–08)
Former Scientist at DRDO's semiconductor electronics division in GaAs Foundry (GAETEC) for satellite applications.
75+ Research Publications
Published in leading international journals and conferences across semiconductor and deep-tech domains worldwide.
Global Collaborations
International partnerships with MIT (USA), Ohio State University, Nagoya University, GNS New Zealand, and NUS Singapore.
Nobel Laureate Co-Author
Collaborated and co-authored with Nobel Laureate Dr. Hiroshi Amano, recipient of the 2014 Nobel Prize in Physics.