Build Your Robot,Build Your Product.
A 3-Day Intensive Summer Bootcamp.
Join 50 builders in a 3-Day Summer Bootcamp. Working in 10 teams, you will transform raw concepts into unique, prototypes using 3D printing and advanced IoT microcontrollers.
The Build Phase is Here.
Ten teams of 5 students each, building 10 wildly different prototypes over 3 days. This isn't just a seminar; it's a high-impact, hands-on maker bootcamp.
Every team will master the core pillars of modern hardware development: 3D Printing to engineer custom physical enclosures, and IoT & Electronics to wire up the microcontrollers and sensors that bring their prototypes to life.
Whether it is an autonomous fire-detection robot, a smart irrigation system, or a sign-language interpreter, you will leave with a working commercial-grade prototype.
Going from concept to a tangible, flashing, moving, and sensing device in 3-Days.
The 10 Prototypes
Different teams, different domains, but equal intensity. Here is what we are building this summer.
AirGuard
A smart air quality monitor that pushes anomalies to the cloud before they reach dangerous thresholds. (with realtime alerts)
TrailBot
An autonomous line-following robot with gesture-controlled pause/resume via wearable IMU.
AquaSense
A smart irrigation system referencing live weather API to optimize soil moisture.
HandBot
A gesture-controlled 3-DOF robotic arm utilizing edge interface for intuitive movement.
BinVision
A self-sorting, two-compartment smart waste bin bridging binary CV classification and servo mechanics with cloud integration.
SecuPi
A TFLite-powered security camera that sends people-only alerts via Telegram.
VitalBand
An all-day wearable health device predicting physical states and streaming real-time vitals.
FireSentry
An autonomous thermal detection robot to track hidden heat signatures.
SignBridge
A localized real-time ASL/ISL interpreter converting manual signals to spoken audio.
EduBot
An adaptive learning robot measuring accuracy and curating question difficulty on the fly.
The 3-Day Sprint
Structured tightly to guarantee completion. From CAD design to the final pitch presentation.
Design & Print
Orientation, 3D printing workshop (Tinkercad CAD, Cura slicing), first test print, designing enclosures/chassis, queuing overnight prints.
Electronics & IoT
Microcontroller basics (GPIO, sensors), team-specific sensor integration labs, Wi-Fi & cloud messaging (ESP32 MQTT, Blynk), Pi 5 OS setup.
Demo Day
Final integration sprint with sample Demo Day pitch
Design & Print
Orientation, 3D printing workshop (Tinkercad CAD, Cura slicing), first test print, designing enclosures/chassis, queuing overnight prints.
Electronics & IoT
Microcontroller basics (GPIO, sensors), team-specific sensor integration labs, Wi-Fi & cloud messaging (ESP32 MQTT, Blynk), Pi 5 OS setup.
Demo Day
Final integration sprint, Demo Day pitch to panel
Igniting the Ecosystem
The bootcamp is just the spark. This initiative is designed to transition you into the broader innovation ecosystem.
TBI-GEU Build Lab Access
Keep the momentum alive post-bootcamp. Get access to hardware kits, 3D printers, and Raspberry Pis via the TBI-GEU Build Lab with open-access hours for continuous prototyping.
Prototype-to-Patent
Partner with TBI-GEU networks and faculty to co-author provisional patents. IP India provisional filing will establish your team's stake in the solutions you build.
Funding Pathways
Top projects natively feed into pathways like DST NIDHI-PRAYAS for pre-seed prototyping grants and iDEX for defence-relevant tech (like SecuPi & FireSentry).
Secure Your Spot
With only 50 seats available across 10 exclusive hardware projects, this cohort will fill up fast. Your ₹1,000 registration fee is an all-access pass that fully covers your hardware components, 3D printing materials, and intensive mentorship.
Summer Bootcamp Registration
₹1,000 / Student • Covers hardware, tools, and post-camp IP support.
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