I have recently completed my Master of Science in Electrical and Computer Engineering at Carnegie Mellon University and seeking full-time opportunities in Embedded Systems and Firmware Design.As an ECE graduate student, I have acquired a well-rounded and diverse set of technical skills. The coursework at CMU has helped me gain knowledge in system-level C programming, Embedded firmware, digital signal processing, and computer networks. I’ve developed a dynamic memory allocator, implemented a real-time kernel on STM32(cortex m4), modified an SMP Linux Kernel to enforce budget accounting for real-time threads, and built a UNIX-like operating system for x86.I have previously worked as an Embedded system intern at Thermatool where I developed a power supply system for a High Frequency welder. The new design enabled scalable power generation simplified assembly, and maintenance. It included a controller and many multi-node power modules. The project involved designing a communication architecture, engineering a CMSIS-RTOS2-based controller, and implementing a bare-metal design for nodes to ensure precise and stable power regulation. My published research has been a part of my undergraduate journey and focuses on efficient mathematical models for MEMS Capacitive Pressure Sensors.Skills:*Programming : C, Embedded C, C++, Python, Assembly Language (ARM, x86), *Development Boards and Testing: STM32 Nucleo Boards, NodeMCU, Oscilloscope, Logic Analyzers*Communication and DSP: I2C, UART, MODBUS, SPI, TCP/IP, UDP, Digital Filter Design*Frameworks and Tools: Linux Kernel Programming, GDB, Git, Make, FreeRTOS (CMSIS RTOS2)