Prototype Radiation Alert Watch -- 2
Budget: ₹1,500 – ₹12,500 INR
I need a wrist-worn prototype that continuously samples ambient radiation and instantly warns the wearer whenever levels reach a hazardous threshold. The core goal is real-time safety, so reliability and fast response are critical.
Here is what I expect at hand-off:
• A fully assembled, battery-powered watch-style unit that can be worn and tested in the field
• Firmware and source files that drive the sensor, handle threshold logic, and trigger the alert (sound, vibration, or LED—whichever best fits the space and power envelope)
• Complete schematic, PCB layout, and bill of materials so the design can be reproduced
• Brief usage guide explaining calibration, normal operation, and how to adjust alarm levels
I’m open to your preferred development tools—Arduino, STM32, ESP, or a custom microcontroller platform—as long as the end result stays compact and keeps power draw low enough for everyday wear.
Speed matters. I’d like the first working unit on my desk as soon as possible, with interim check-ins or photos to confirm progress along the way.
If you have prior experience with radiation detection hardware, wearable enclosures, or low-power embedded firmware, please let me know.
Here is what I expect at hand-off:
• A fully assembled, battery-powered watch-style unit that can be worn and tested in the field
• Firmware and source files that drive the sensor, handle threshold logic, and trigger the alert (sound, vibration, or LED—whichever best fits the space and power envelope)
• Complete schematic, PCB layout, and bill of materials so the design can be reproduced
• Brief usage guide explaining calibration, normal operation, and how to adjust alarm levels
I’m open to your preferred development tools—Arduino, STM32, ESP, or a custom microcontroller platform—as long as the end result stays compact and keeps power draw low enough for everyday wear.
Speed matters. I’d like the first working unit on my desk as soon as possible, with interim check-ins or photos to confirm progress along the way.
If you have prior experience with radiation detection hardware, wearable enclosures, or low-power embedded firmware, please let me know.