Wearable Tech & Device Design Workshop
Develop Your Own IoT & AI Wearable Device
BONUS: Each participant gets their own IndusBoard COIN (worth ₹2,199) to take home, after the training–so they can develop more such exciting projects.
Date: 14 May-2026 | Duration: 6 Hours including 30 minutes break (11 am to 5 pm)
VENUE: KTPO, Whitefield | Bengaluru, India | TIMINGS: 10 am to 6 pm
₹2,999
(In addition to the above, more time may be allocated by instructors for participants who want to do a detailed study and Q&A)
Ashwini Kumar Sinha
Inventor, Indusboard Coin & Team Member, EFY Labs
Who should attend this workshop?
- New Product Development and R&D engineers, IoT and wearable tech enthusiasts, DIYers, and health tech innovators.
Why Attend This Workshop?
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Wearable technology is transforming healthcare, fitness, industrial safety, and smart living. This workshop gives you real-world skills to design, develop, and deploy production-ready wearable devices using industry-relevant tools and techniques.
Whether you want to build a smartwatch, health tracker, or Air-Tag–like device, this workshop takes you from idea → hardware → firmware → AI → enclosure design.
What Will You Get to Learn?
- Develop a complete Wearable Device system using displays, batteries, and SOC.
- Integrate smart health, motion, and tracking sensors.
- Learn how to miniaturize electronics to make circuits and PCBs compact.
- Design wearable indoor positioning and location monitoring tags.
- Understand sleep modes and power-saving modes for IoT and wearable devices.
- Develop an AI/ML model using sensor data.
- Deploy the AI/ML model for AI-based health predictions.
- Design your own Smart Watch and indoor tracking devices.
- Develop a mesh network.
- Design your own AirTag.
- Add energy harvesting systems and saving systems to wearable devices.
- Bonus, If Time Allows
- Design and develop a Smart Watch PCB.
- 3D case designing and prototyping.
- Design case and body structures for smart watches and wearable devices.
- Energy harvesting system, batteryless system, and integration.
What should you already know to learn and benefit?
- Basic knowledge of working with electronics
- Basic familiarity with Arduino IDE
What do you need to bring to attend?
- You must bring your own laptop with Arduino IDE pre-installed. Click here for instructions
- The laptop should have Wi-Fi connectivity and a USB port.
- Mobile phones or devices with internet connectivity will be provided to assist you in connecting to the internet.
What will be the setup at the workshop?
- We will form multiple teams, each consisting of 4 to 5 attendees.
- Each team will receive a complete hardware kit, including sensors, MCUs, and prototyping materials.
- Source code and CAD templates will be provided to facilitate copying and pasting, thereby reducing delays.
- Each team will follow the faculty’s step-by-step instructions and engage in hands-on learning.
After attending this workshop, you will be able to:
- Design Smart wearable sensors.
- Integrate sensors and SOC.
- Create IoT systems.
- Utilize sleep modes and interrupts in hardware.
- Train your own ML model.
- Design and create AI-based smart devices and sensors.
- Work with Mesh networks.
- Create your own Apple-like AirTag.
- Learn about hardware that can be used to create batteryless wearable devices.
- Design PCB.
- Design and create your own smartwatch.
IMP: After the workshop, each attendee will get a brand-new IndusBoard COIN (worth ₹1749) to take home and develop more of such exciting projects.
- Ashwini kumar sinha is Inventor of ndusboard Coin & Team Member, EFY Labs with an unwavering passion for robotics, electronics, and design, Ashwini Kumar Sinha has garnered significant recognition, holding two world records for designing the world’s smallest circuits and gadgets. His exceptional skills and relentless pursuit of innovation have positioned him as a trailblazer in the industry.Beyond his technical achievements, Ashwini Kumar Sinha is a multifaceted individual. He is an accomplished author, having penned a book of captivating poems that reflect his artistic and introspective side. His literary pursuits showcase his ability to bridge the worlds of science and creativity.