I’m Atharva Phadke, an IoT and Embedded Systems Engineering student with a deep-seated passion for hardware design, analog and digital electronics. From custom 4-layer PCB design to low-level microcontroller drivers, I love building complete, highly optimized embedded systems.

I like to analyze complex machines/systems in real life, dismantle them to study their coordination, and reconstruct them using my own methods.

• Electronics Engineer at Eyecandy Robotics Pvt. Ltd. (May 2026 - Present)

  • Designing, prototyping, and validating custom electronics for AI-powered robotic peripherals.

• Embedded Systems Intern at Anedya Systems Pvt. Ltd. (Dec 2025 - May 2026)

  • Integrating IoT devices, developing cloud telemetry protocols, and device-to-cloud interfaces.

• Electronics Engineer at Team Automatons, PCCoE (Dec 2025 - Present)

  • Designing, prototyping, and validating robotics R&D electrical systems for ABU-ROBOCON 2026.

• Embedded Intern at Velous Tech Solutions Pvt. Ltd. (June 2025 - Nov 2025)

  • STM32 firmware architecture development, FreeRTOS integration, and Industrial IoT prototyping.

• Embedded System Designer on Upwork (Freelance) (Mar 2024 - May 2024)

  • Custom smart LED controller hardware design and ESP32 firmware development.

Custom 3-phase brushless motor controller utilizing the integrated STSPIN32G4 driver.

• Specs: Supports up to 30V / 130A peak current, designed for Field-Oriented Control (FOC).
• Interfaces: CAN Bus, USB, UART, and an interactive WebSerial GUI interface.
• EDA: Custom 6-layer power electronics board routed in KiCAD.

Schematic design and toner-transfer hand-fabrication of a breakout for ST's ISM6HG256x IMU.

• Fabrication: Chemically etched PCB, manual SMD soldering, and direct sensor verification.
• Logic: Handled high-precision acceleration and gyroscope telemetry via I²C bus.

Restructured a decommissioned LG washing machine into an intelligent, voice-controlled home appliance.

• Core: Custom ESP32 control board replacing the stock proprietary microcontroller logic.
• Firmware: Configured sensor arrays, direct motor relay switching, and Alexa voice integration.

I write detailed educational logs on core electronics principles to demystify complex systems:

• Study of MOSFETs — Deep dive into N-Channel & P-Channel MOSFET logic, switching behavior, and power loss analysis.
• Study of Integrated Circuits — A comprehensive guide dissecting internal structures, focusing on the versatile 555 Timer in astable/monostable configurations.
• Basics of Electrical & Electronics — Fundamentals of electrical metrics, Ohm's law, and AC circuit reactance formulas.
• Study of Potentiometers — Understanding linear vs logarithmic resistance curves and hardware calibration loops.