I am a Mechanical Engineer specializing in Design and Manufacturing, with a strong interest in industrial engineering and product development. I aim to work in a nationally recognized organization where I can gain hands-on exposure to real manufacturing environments, learn professional engineering practices, and contribute to production process improvement through innovation.
0 + Projects completed
I am a Mechanical Engineer specializing in Design and Manufacturing, with a strong interest in industrial engineering and product development. I aim to work in a nationally recognized organization where I can gain hands-on exposure to real manufacturing environments, learn professional engineering practices, and contribute to production process improvement through innovation.
Led the technical execution of Aavishkar 25, a national-level tech festival . Oversaw a wide range of engineering competitions and workshops, coordinating a multidisciplinary team and ensuring smooth event delivery across all technical domains.
Propulsion System Researcher (Nov 2023 - Dec 2024) & Structure Lead (Dec 2024 - Aug 2025).
Organized by Kathmandu University Robotics Club & Association of Mechanical Engineering Students (AMES)
Organized by the Association of Mechanical Engineering Students (AMES), one of the clubs under the Department of Mechanical Engineering, Kathmandu University. Aviyantaa 2024 is an annual event by AMES that showcases projects from various fields, including national-level competitions.
Organized by Association of Mechanical Engineering Students (AMES).
Non-uniform airflow in heat pump dryers causes uneven moisture removal during fruit drying, leading to inconsistent product quality. To address this issue, different drying chamber configurations were analyzed using COMSOL Multiphysics to study heat and mass transfer behavior. Three chamber designs were simulated under identical operating conditions. The results showed that the chamber configuration with multiple parallel inlets and outlets provided the most uniform drying, validated by the airflow uniformity index. The selected design reduced apple moisture content from 80% to 20% (wet basis) in 3.3 hours, with improved temperature and moisture uniformity observed at inlet velocities up to 2.5 m/s.
This is the complete CAD model of the Trash Collection Boat, featuring all mechanical components and electronic systems as shown in the image. Designed for efficient water surface cleanup, this model integrates structural, propulsion, and automation elements to enhance performance.
This propulsion test stand is designed for precise testing, featuring multiple components to accommodate a load cell, securely support the motor containing fuel, and ensure proper alignment for different motor sizes. It includes screws for fixation, ensuring stability and accuracy during testing.
A token of appreciation designed for 3D printing! 🎉 This model consists of three parts: the AMES logo, a special 'Celebrating 10 Years' emblem, and a sturdy base. Designed to commemorate a decade of excellence at the Association of Mechanical Engineering Students (AMES), this piece reflects precision, creativity, and the spirit of innovation.
This project showcases the optimization of a converging-diverging nozzle into a bell nozzle using Python for calculations and SolidWorks for CAD modeling. The design enhances efficiency by minimizing losses and improving flow characteristics.
As part of the first-ever KU Running Shield Sports Competition, we designed and manufactured 50 personalized tokens of love to represent and celebrate our university. These tokens were presented to key participants and dignitaries to reflect KU's spirit and innovation.My role involved:Designing the complete 3D model of the token using SolidWorks ,Preparing detailed technical drawings and drafts for 3D printing and manufacturing,Collaborating in the fabrication and finishing process alongside my team members.
Explored key parameters affecting fiber loss in paper recycling using froth flotation. Focused on optimizing pulp consistency, agitation, and bonding agents to improve recycling efficiency.
My Roles
Researched factors affecting fiber retention such as pulp consistency, agitation speed, and bonding agents., Designed and built temperature control and parameter display circuits for the test unit., Conducted experimental trials under varied conditions to analyze fiber loss patterns.
0 + Achievements
0 + Projects completed
0 + Mentored Students
Below are the details to reach out to me!
Jeetpursimara Sub-metropolitan City, Nepal