I prototype connected devices and bring hardware and software together—from sensors and firmware to real-world testing.
Personal builds exploring sensing, actuation, firmware, and the point where a physical device becomes an interactive system.
An ESP32, GPS, and two 12 V actuators adjust a vehicle-mounted wing based on speed. I integrated the hardware and refined the setup using qualitative smoke-flow observations.
A 3D-printed board places 64 Hall-effect sensors beneath magnetic plates, with neodymium magnets in the pieces to detect moves. An 8 × 8 WS2812B grid provides interface cues, integrated with Stockfish-based gameplay.
Two Arduino Uno boards check ambulance identity and proximity via GPS, RFID, and RF modules before requesting a green signal. Companion apps provide hospital lookup, police notifications, and a manual fallback.
A recreational mini FPV drone assembled around an SP Racing F3 EVO 2.0 flight controller, 612-series 57k rpm coreless motors, FPV camera and VTX, a 1S LiPo, and tri-blade propellers.
Prototype with curiosity.
Integrate with intention.
Start with the system. Connect sensing, control, and feedback to turn an idea into a device that can respond to the real world.
Hands-on prototyping across microcontrollers, sensors, actuators, and connected-device interfaces.
Have a project in mind? ↗ESP32, Arduino, and Raspberry Pi based device concepts and bring-up.
↗GPS, RFID, Hall-effect sensing, RF modules, actuators, and LED feedback.
↗Working knowledge of C and Python for microcontroller and device logic.
↗Connecting physical state, embedded logic, and companion interfaces.
↗I’m Punith Reddy B, an Embedded Systems & IoT Developer focused on connected-device prototyping and hardware–software integration.
Firmware Engineer · Device Prototyping & Integration
I work hands-on with ESP32, Arduino, Raspberry Pi, sensors, actuators, GPS, RFID, and RF modules, with working knowledge of C and Python. I enjoy bringing components together into a working prototype and learning from how the complete system behaves.
Device prototypingPrototype, integrate, and observe how the pieces behave together—then refine the build based on what the system shows.
Identify the inputs, outputs, components, and behavior the prototype needs.
Connect the microcontroller, sensors, actuators, and interfaces into a first build.
Join device state, firmware, communication modules, and user-facing feedback.
Observe behavior in context and adjust the setup based on what can be verified.
For embedded systems, IoT, firmware, or device prototyping opportunities, reach out by email.