Final-year Electronics and Telecommunication student with strong academic exposure to Embedded Systems, Firmware Development, PCB Design, and basic FPGA implementation.
Seeking entry-level Embedded Firmware or FPGA Engineer roles. Familiar with STM32/ESP32 programming, Embedded C, FreeRTOS fundamentals, Verilog/VHDL, and communication protocols (UART, SPI, I2C, CAN, LoRa, Bluetooth).
Embedded Systems
Firmware Dev
FPGA
PCB Design
Technical Skills
Programming
Embedded C, C, Python
Verilog, VHDL
Firmware Development, Debugging
Microcontrollers
STM32, ESP32
ARM Cortex-M
FPGA: Xilinx Vivado, ModelSim
Protocols
UART, SPI, I2C, CAN
LoRa, Bluetooth
OS & Tools
FreeRTOS, Bare-metal
Linux
Altium Designer, STM32CubeIDE, Keil, MATLAB
LoRa-Based IoT Network
Designed ESP32-based sensor nodes and LoRa gateway architecture. Achieved 1–2 km range with less than 5% packet loss and optimized low-power firmware. Implemented UART/SPI interfaces and packet-based wireless communication.
ESP32 Nodes
Sensor integration
LoRa Gateway
Long-range connectivity
Low-Power
Optimized firmware
RF Energy Harvesting from Wi-Fi Signals
Designed RF rectifier and DC-DC boost converter for RF-to-DC conversion. Generated stable 3.3V output from ambient Wi-Fi energy, successfully powering an ESP32 without an external battery.
Ambient Wi-Fi
RF Rectifier
DC-DC Converter
Battery-Free Power
Air Quality Monitoring & Pollution Control
Built real-time AQI monitoring using ESP32 and MQ gas sensors. Implemented Embedded C firmware with cloud logging and sensor interfacing. Added LED/Buzzer alerts for hazardous pollution levels.
1
Real-time AQI
ESP32 + MQ sensors
2
Cloud Logging
Data storage & analysis
3
Alert System
LED/Buzzer for hazards
Smart Dustbin Using IoT
Developed ultrasonic-based automatic lid control and garbage level detection. Designed an alert system to prevent overflow and enable smart waste management. Integrated sensors, actuators, and embedded firmware for automation.
Auto Lid
Level Detect
Overflow Alert
Embedded Systems Internship
Interned at CODTECH IT Solutions, developing interrupt-driven firmware in Embedded C. Interfaced sensors using ADC, UART, I2C. Designed and soldered prototype PCBs. Debugged hardware using DSO, improving reliability by 25%. Built a Bluetooth-based automation system.
Firmware Dev
Embedded C
Sensor Interfacing
ADC, UART, I2C
PCB Design
Prototype soldering
Hardware Debug
25% reliability boost
Education & Certifications
Education
BE – Electronics & Telecommunication Engineering
KCT’s Late G. N. Sapkal College of Engineering, Nashik
2022 – Present | CGPA: 8.95 / 10
Certifications
NPTEL – Hardware Modeling using Verilog
Maven Silicon – SoC, RISC-V, Physical Design
Udemy – ARM Cortex Microcontroller Programming
Cisco – IoT Fundamentals
NIELIT – MATLAB and VLSI Design
Achievements
NASA Space Apps Challenge
National Level Participant
Passionate about innovation and problem-solving, consistently pushing boundaries in embedded systems and IoT development.