Poonam Naik

PROFESSIONAL SUMMARY

Electronics and Telecommunication Engineering graduate with a background in robotics, embedded systems, and electronics prototyping. Knowledge of Arduino, ESP32, Embedded C, Python, sensor interfacing, motor control, and circuit design. Hands-on exposure to microcontroller- based projects, hardware integration, and electronic system troubleshooting. Interested in embedded hardware development, system integration, and electronics testing.

TECHNICAL SKILLS

Embedded Systems: Arduino, ESP32, Microcontrollers, Embedded C (Basic), Arduino IDE

Electronics & Hardware: Analog and Digital Electronics Fundamentals, Circuit Design, Schematic Reading, Sensors and Actuators, Motor Control, Hardware Integration

Communication Protocols: UART, SPI, I2C (Basic Knowledge)

PCB Design & Tools: Altium Designer, KiCad, Proteus, PCB Layout, PCB Prototyping

Programming: C (Basic), Python, OpenCV, MediaPipe

Testing & Debugging: Hardware Troubleshooting, Circuit Testing, Sensor Testing, Multimeter-based Measurements

PROFESSIONAL EXPERIENCE

PHN TECHNOLOGY

Robotics Trainer | Mar 2024 – Mar 2026

Conducted practical training sessions in robotics, electronics, and microcontroller-based systems.
Guided learners through IoT activities involving sensors, actuators, and motor-control concepts.
Supported circuit connections, hardware assembly, testing, and troubleshooting during project activities.
Assisted with project execution, technical demonstrations, workshops, and session documentation.

PRIYADARSHANI SCHOOL, MOSHI

Design & AI Teacher | May 2026 – Sep 2026

Delivered practical lessons in design, AI concepts, and basic electronics.
Introduced students to AI tools, electronic components, and fundamental circuit concepts.
Facilitated Arduino, sensor-based, and basic hardware activities as part of classroom projects.
Coordinated student project development and practical demonstrations.

PROJECTS

BIONIC HAND

Developed a hand-tracking concept using Python, OpenCV, and MediaPipe to detect hand landmarks and finger movements.
Used ESP32 with servo motors to map finger movement data to hand actuation.

DIGITAL HOURGLASS

Built a tilt-based digital hourglass using an MPU6050 sensor and two 8×8 LED matrices.
Implemented tilt detection to reset the timer and display visual LED patterns.

BATTERY VOLTAGE MONITORING – DESIGN CONCEPT

Studied a voltage-divider and ADC-based approach for monitoring battery voltage.
Explored threshold-based low-voltage alerts using Embedded C logic, an LED, and a buzzer.

RFID ACCESS CONTROL – DESIGN CONCEPT

Studied an RFID-based access-control concept using an RC522 module and Arduino/ESP32 over SPI.
Outlined UID-based access validation with LED/buzzer indication and servo-based locking.

ELECTRONICS | EMBEDDED SYSTEMS | HARDWARE INTEGRATION