Mohit Bhoite
Staff Hardware Engineer at BrightAI
San Francisco, California, United States
Summary
🤩
Rockstar🎓
Top SchoolMohit Bhoite is a Staff Hardware Engineer with over 16 years building production-grade IoT platforms, embedded systems, and robotics, now based in San Francisco. He led architecture and bring-up for Particle’s flagship products from Photon and Boron to the latest Tachyon platform, and contributed firmware-level improvements to the widely used particle-iot/device-os. His strengths span high-speed PCB and RF design, hardware–software integration, regulatory certifications (FCC/CE/PTCRB), and debugging complex wireless systems including LTE-M, GNSS and 5G. Mohit has a track record of taking prototypes to scalable production across industries such as medical devices, micromobility, and asset tracking. Beyond product engineering he creates circuit sculptures, blending electronics and art and sharing that creative work with a global audience. Combining hands-on manufacturing know-how with system architecture experience, he excels at turning ambitious IoT concepts into certified, production-ready hardware.
12 years of coding experience
18 years of employment as a software developer
BE Electronics and Telecommunications, BE Electronics and Telecommunications at University of MumbaiMSE Robotics, MSE Robotics at University of Pennsylvania
Github Skills (11)
i2c10
interrupt10
embedded10
interrupt-handling10
iot10
c-language10
abstraction-layer10
cprogramming-language10
sys10
hal10
arduino9
Programming languages (3)
Github contributions (5)
particle-iot/device-os
Sep 2013 - Oct 2015
Device OS (Firmware) for Particle Devices
Role in this project:
Embedded Systems Engineer / IoT Developer
Embedded Systems Engineer / IoT DeveloperContributions:66 commits, 9 pushes, 3 comments in 2 years 1 month
Contributions summary:Mohit contributed to the Device OS firmware, Particle Devices. They added support for Arduino interrupts, expanding the system's hardware interaction capabilities. They incorporated preliminary Arduino string libraries and implemented a function for reading data from the I2C3 channel of the PMIC (BQ24195) and the fuel gauge (MAX17043), suggesting efforts to integrate and control hardware peripherals specific to IoT devices. Furthermore, they implemented test functionality for the TCPClient within the system, indicating a focus on networking capabilities within the embedded system's context.
xenonparticleargonelectronfirmware
particle-iot/electron
Jul 2015 - Jul 2016
Contributions:22 commits, 1 PR, 19 pushes in 11 months
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