About
B.Tech student in Electronics & Telecommunication Engineering with hands-on experience in embedded systems, microcontroller-based development, and hardware debugging. Interested in automotive ECU, IoT, and sensor interfacing projects.
Experience
-
Embedded InternSystem Tron Pvt. Ltd. · Pune, IndiaMay 2026 – Jul 2026
Developed and tested microcontroller-based embedded applications using Embedded C. Worked with Arduino/STM32 platforms and interfaced sensors, actuators, and peripheral devices. Implemented and tested GPIO, ADC, PWM, UART, I²C, and SPI interfaces. Performed hardware testing, debugging, and troubleshooting of embedded circuits and firmware. Gained practical experience in sensor interfacing, motor control, and embedded system development.
-
Junior TraineeRCN Digital Pvt. Ltd. · Amravati, IndiaMay 2024 – Jul 2024
Assisted in optical fiber TV broadcasting and signal routing operations. Supported fiber link testing, connector maintenance, and signal-quality checks. Learned fundamentals of digital transmission, optical losses, and network topology setup.
Education
-
B.Tech in Electronics & Telecommunication EngineeringElectronics & Telecommunication Engineering · 2025 – 2028
-
Diploma in Electronics & Communication EngineeringElectronics & Communication Engineering · 2022 – 2025
-
Class XG.R. Kabra High School2021 – 2022
Skills
Tools / apps / platforms
Projects
-
Smart Irrigation System using IoTIoT, Embedded Systems, Arduino, Sensor Interfacing, Relay Control, Wi-Fi, Automation
Developed an IoT-based irrigation system that automates water supply using real-time soil moisture readings. Integrated a soil moisture sensor, relay module, and water pump to enable automatic irrigation and reduce water wastage.
-
Transistor-Based Timer CircuitEmbedded C, STM32, CAN Bus, UART, FreeRTOS, ESP32, IoT
Designed a BJT-based timer circuit with resistors, capacitors, and LEDs to generate precise time delays without a dedicated timer IC. Applied RC timing and transistor switching principles to achieve stable pulse generation and switching operations. Prototyped on a breadboard and validated timing characteristics using a digital multimeter and oscilloscope.
-
Automotive ECU & Vehicle Health Monitoring SystemSTM32, CAN Bus, ESP32, IoT
Developing an STM32-based Automotive Electronic Control Unit (ECU) for real-time vehicle health monitoring. Working on sensor interfacing for engine temperature, battery voltage, motor current and RPM monitoring, implementing CAN bus communication between ECUs, fault detection and diagnostic data logging, and planning ESP32-based IoT integration for wireless telemetry and a real-time monitoring dashboard.