About Me

I am an embedded systems engineer with a fundamental foundation in vehicle software and a growing focus on intelligent, connected systems. Currently, I am pursuing the Erasmus Mundus Joint Master’s in Embedded Intelligent Nanosystems Engineering (EMINENT), a program that has taken me across multiple European countries and deeply shaped both my technical skills and my perspective as an engineer.

I completed my bachelor’s degree in Electronics and Communication Engineering at the Institute of Engineering, Pulchowk Campus, Tribhuvan University, Nepal. During this time, I was actively involved in the college Robotics Club, where I gained hands-on experience in PCB design, circuit fabrication, and robotics projects, and where I learned the value of teamwork, persistence, and learning by doing.

My professional journey began at Yatri Motorcycles, where I joined as an Embedded Systems Intern and later transitioned into a full-time Embedded Vehicle Software Engineer. There, I worked on real-world automotive systems, including the design and implementation of an Over-The-Air (OTA) firmware update system for electric motorcycles and charging stations. I also contributed to projects involving STM32-based firmware, internal servers for charging infrastructure, OBD flashing, and sensor integration. This experience grounded me in practical engineering and confirmed my interest in embedded systems at scale.

I was involved in the Robotics Club, Pulchowk Campus, which participates in the annual ABU Robocon. Here, I learned PCB designing, printing, and fabricating the circuits, along with some basics of programming. This experience inspired me to do various other projects related to robotics.
Furthermore, joining this club was immensely challenging for me due to the abysmal number of girls, along with no affiliation for the stay and lavatory for girls.

Seeking to expand my technical horizon, I moved to Europe for my master’s degree. My academic journey has taken me through Greece, Germany, and France, exposing me to diverse teaching styles, research cultures, and collaborative environments. Through coursework and projects, I have worked with topics such as embedded systems, control, robotics, IoT/IIoT, and intelligent sensing, while also learning to adapt quickly, work across cultures, and manage complex technical challenges independently. Beyond academics and engineering, I value creativity and balance. I enjoy writing—both technical blogs and occasional poetry—along with painting and reading novels. I am an avid traveler and enjoy hiking, sightseeing, and outdoor activities. I have also played basketball competitively during my college years. These interests keep me grounded and curious, both as an engineer and as a person. Looking ahead, I am motivated to work at the intersection of embedded systems, intelligent control, and real-world industrial or automotive applications. I am particularly interested in roles that combine strong engineering fundamentals with innovation, responsibility, and meaningful impact.

About Me

Contribution on a book chapter

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