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From Nepal to India: A Passion for Engineering
I was born and raised in Nepal, a country where daily challenges often spark innovative solutions. From an early age, I was fascinated by technology and its ability to solve real-world problems. This fascination led me to pursue a Bachelor’s degree in Electrical and Electronics Engineering at Anna University’s Sona College of Technology in India.
My undergraduate years were filled with opportunities to innovate and make a tangible impact. Among my most significant projects were:
Color Following Robot for Disabled Individuals: This award-winning project was designed to improve mobility for people with disabilities and won first prize in a competitive robotics event with over 400 participants.
AQUAPUR: Eco-Friendly Water Pollution Control Device: This environmentally sustainable solution was implemented within my college and showcased my commitment to addressing global environmental challenges.
Electrical Deregulation and Market Analysis: These projects earned multiple accolades, including a patent for an automated control system for deregulated electricity markets.
These experiences, coupled with academic excellence—cemented my belief in the power of interdisciplinary engineering to address societal challenges.
A New Chapter in France: Advanced Studies and Research
Eager to expand my horizons, I moved to France to pursue a Master’s degree in International Research in Electronics, Electrical Energy, and Automation at INSA Centre Val de Loire. This program offered me a global perspective and equipped me with advanced technical skills in robotics, power systems, and automation technologies.
This transformative phase of my academic journey prepared me for the challenges of cutting-edge research and laid the foundation for my doctoral studies.
Doctoral Research: Pioneering Robotic Innovation in Healthcare
In 2020, I embarked on a Ph.D. at the University of Orléans in collaboration with the PRISME Laboratory and the PROTEOR Group. My research focused on developing a robotic exoskeleton for scoliosis treatment, an innovative project at the intersection of robotics, mechatronics, and healthcare.
This ambitious endeavor involved designing a 3D exoskeleton based on the Stewart-Gough platform’s parallel robotics architecture. Key milestones from this journey include:
High-Impact Publications: My work was published in leading journals such as ROBOTICA by Cambridge University Press and presented at prestigious international conferences like RAAD and MEDER.
Prototyping a Functional Robotic Brace: This device aimed to revolutionize scoliosis treatment through precision engineering and patient-centered design.
International Recognition: Participating in events like the Surgical Robotics Summer School and the National Congress of Research in IUT helped broaden my expertise and establish a global professional network.
The rigorous demands of this research shaped my technical expertise, honed my problem-solving skills, and taught me the importance of resilience and clear communication.
Professional Transition: Engineering Innovation at ASTRONICS PGA
After completing my Ph.D., I joined ASTRONICS PGA in Châteauroux, France, as an Electronics Engineer specializing in mechatronic design and integration. In this role, I apply my academic expertise to develop innovative solutions for the aerospace and electronics industries.
This position allows me to contribute to cutting-edge advancements in engineering while continuing to grow as a professional in a dynamic and collaborative environment.
Challenges and Lessons Learned
The journey from Nepal to India and eventually to France has been filled with challenges that have shaped me both personally and professionally. Adapting to new cultures, academic environments, and high-pressure scenarios taught me resilience and adaptability.
Communicating my research in diverse forums, including the "180 seconds" Ph.D. presentations, required me to synthesize complex ideas effectively and build strong professional relationships. Each challenge has been a stepping stone toward greater growth and understanding.
Vision for the Future
Looking ahead, my ambition is to push the boundaries of robotics, electronics, and automation to address critical global challenges. Whether through medical innovations, sustainable energy solutions, or advancements in automation, I aim to lead projects that have a meaningful impact on society.
I believe that by combining technical excellence with a human-centered approach, we can create technologies that not only solve problems but also enhance quality of life and contribute to a sustainable future.
Final Reflections
From my early days in Nepal to designing medical robotics in France, my journey has been one of growth, perseverance, and a relentless pursuit of innovation. Each experience has reinforced my belief in the power of engineering to drive positive change. I am proud to contribute to this transformation and hope to inspire others to harness technology for the betterment of our world.