About me
I am a Mechanical Engineering student at Pulchowk Campus, Institute of Engineering, Nepal, with a strong interest in robotics, product design, and computational engineering. My work lies at the intersection of mechanical systems, control, and intelligent design tools.
I represented Nepal at the ABU Robocon 2023 international robotics competition in Phnom Penh, where our team received the Mabuchi Motor Award. This experience strengthened my practical understanding of robotics systems, embedded control, and collaborative engineering.
My technical interests include 3D product design, robotics mechanisms, and engineering simulation. I frequently work with tools such as SolidWorks, CATIA, ANSYS, CadQuery, and Python, developing mechanical components, surface designs, and mechanism models. I am particularly interested in combining machine learning with mechanical design and optimization, exploring how intelligent systems can assist engineering workflows.
Beyond design, I enjoy translating theoretical concepts into working systems—whether through robotics prototypes, CAD models, or computational simulations. I am continuously exploring how mathematics, computation, and engineering design interact to create efficient and innovative mechanical systems.
What i'm doing
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Product Design and Development
I work on the design and development of mechanical products, including surface design, 3D modeling, prototyping, and validation. I am proficient in CAD tools such as SolidWorks and CATIA, and I develop detailed engineering drawings while ensuring manufacturability and design efficiency.
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AI-ML and Robotics
I develop intelligent robotic systems by integrating machine learning, control algorithms, and embedded electronics. My experience includes building robotic mechanisms, implementing automation using microcontrollers, and applying AI/ML techniques for system modeling, optimization, and intelligent decision-making.
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Machine Learnig
I explore the intersection of control systems and machine learning, focusing on applying data-driven methods to engineering problems. My work involves developing models using Python and PyTorch, with interests in physics-informed neural networks and intelligent design optimization.
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Current Work
I have gained industry experience through internships in product design and computational engineering. My work includes mechanical design, simulation, and research in machine learning applications for engineering systems, contributing to practical and research-driven projects.
Projects
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ABU Robocon, Robotics Club, Pulchowk Campus (2021 - 2025)
I have been actively involved in assisting seniors with design thinking, manufacturing, and setting up the arena for ABU Robocon 2021 (Jimo, China) and 2022 (Delhi, India). As my role evolved, I took on the responsibility of designing and fabricating the RR and ER robots for ABU Robocon 2023 (Phnom Penh, Cambodia).
This included developing mechanisms for targeting, throwing, and picking rings, as well as constructing a 4-wheeled omni drive base. I oversaw every step, from conceptualization to manufacturing, ensuring precision, quality, and adherence to functional requirements. Additionally, I optimized the designs for enhanced performance and efficiency, contributing to the success of the robotics systems.
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Mobile Microscope
In collaboration with KIAS and NAAMII, I successfully designed a microscope that operates using a mobile camera. Through multiple iterations of CAD design, I developed a fully functional product design assembly, focusing on portability, aesthetic appeal, affordability, and user-friendliness to ensure accessibility for non-technical users.
I meticulously assembled the components, prioritizing user accessibility and convenience. The microscope operates on both battery and direct electricity, with motorized controls integrated through a mobile interface, enhancing its efficiency and ease of use.
Certificates
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Python
Samsung Innovation Campus
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Solidworks
Instructor
