Anagha V

Embedded Systems Engineer with hands-on experience in firmware development using C and Embedded C. Skilled in microcontroller programming (PIC16F876A, LPC2148, STM32), peripheral interfacing, and communication protocols (UART, SPI, I2C). Strong understanding of ADC, timers, interrupts, and real-time debugging. Seeking an entry-level embedded role

Embedded Engineer Trainee at Quest Innovative Solutions (2025-01 – Present)

• Developed an IoT-based Smart Irrigation System using PIC16F876A.
• Automated water pump control based on soil moisture thresholds.
• Calculated pump runtime and estimated power consumption.
• Integrated ESP-02 Wi-Fi module and uploaded sensor data to ThingSpeak using UART communication.
• Designed a password-based access control system using LPC2148 ARM7 microcontroller.
• Interfaced a 4x4 keypad and 16x2 LCD for user authentication.
• Implemented limited-attempt security logic with automatic blocking.
• Controlled relay, buzzer, and LED indicators while transmitting logs through UART.
• Designed and implemented a real-time environmental monitoring system using STM32F446RE and AHT10 sensor.
• Developed I2C-based firmware for sensor interfacing and data acquisition.
• Configured UART communication for continuous transmission of temperature and humidity readings.
• Debugged and validated peripheral communication using STM32CubeIDE, improving system reliability and accuracy.
• Configured and interfaced on-chip peripherals including GPIO, UART, I2C, SPI, ADC, PWM, and Timers using STM32CubeMX and HAL libraries.
• Developed firmware in Embedded C to control LEDs, read sensor data, and communicate with external devices through serial interfaces.
• Configured ADC for analog signal acquisition and PWM generation for motor/LED brightness control applications.
• Interfaced sensors and display modules using I2C and SPI protocols for real-time data monitoring.
• Utilized UART for debugging, data logging, and communication with PC terminal applications.
• Developed multitasking embedded applications on STM32F446RE using FreeRTOS, implementing task creation, scheduling, synchronization, and GPIO-based LED control.
• Configured UART communication and utilized Mutex mechanisms to ensure safe shared-resource access between multiple tasks, enabling reliable real-time data transmission and debugging.

B.Tech in Electronics and Communication Engineering – TKM College of Engineering (2021-01 – 2024-01)

Diploma in Electronics and Communication Engineering – Government Women's Polytechnic (2018-01 – 2021-01)

Higher Secondary in State Board – GHSS Karakunnu (2016-01 – 2018-01)

High School in State Board – GHSS Karakunnu (2016-01 – 2016-01)