Kundan Lamsal
I'm Mechanical Engineer
About
Hello, I am Kundan Lamsal. I am a mechanical engineer with expertise in freelance, design engineering, and I am also an avid traveler.
ER. Kundan Lamsal
- Birthday: 16 May 1999
- Phone: +977 9862792277
- City: Nilkantha Municipality-09 Dhading
- Age: 26
- Degree: Bachelor
- Email: [email protected]
- Freelance: Available
I have demonstrated strong leadership skills through various roles, including serving as the Vice President of the Technical Club at SIMES, where I led technical initiatives and projects. As the Logistics Manager for VECTOR, our college's technical festival, I efficiently managed logistics and coordination, ensuring the smooth execution of events. Additionally, I contributed to community service as the Chair for the Hult Prize On-Campus event, organizing and overseeing service activities that made a positive impact on our community.
Skills
I have acquired a range of software and language skills throughout my career
Resume
Sumary
Kundan Lamsal
I am a skilled mechanical engineer and design engineer, proficient in AutoCAD, SolidWorks, CATIA, ANSYS, MATLAB etc. As a freelancer, I manage diverse projects independently, delivering tailored solutions. My passion for traveling enhances my adaptability and global perspective, allowing me to thrive in various environments.
- Nilkantha Municipality-09 Dhading
- +977 9862792277
- [email protected]
Education
Bachelor In Mechanical Engineering
2017 - 2022
Pashchimanchal Campus, Pokhara, Nepal
college(+2)
2015 - 2017
Trinity International college/SS , Pokhara, Nepal
Professional Experience
Design Engineeer
Jun 2023 - May 2024
Entegra Sources Pvt.Ltd, KTM, Nepal
- Creating detailed technical designs, specifications using CAD software and performing necessary FEM simulations.
- Involved in creating technical documentation such as design reports, engineering drawings and providing essential information for other team members and stakeholders
Service Engineeer (Intern)
Jun 2023 - May 2024
Autoways Pvt. Ltd, Pokhara, Nepal
- Gained knowledge of the engineering works and practices along with hands-on experience of operating various tools and machinery in the automotive workshop.
Research
During my bachelor's studies in engineering, I participated in various research projects, contributing to studies that explored innovative solutions and advanced technologies in the field.
Comparative study of Variable Air Volume and Variable and Refrigerant Volume for Automotive Workshop
I IOE Graduate Conference,
- Pokhara , Nepal
- Confrence Paper
- July 2022
- Created AC systems with OpenStudio software and simulated to determine overall energy usage under various load scenarios.
The purpose of this study is to compare Variable Air Volume (VAV) with Variable Refrigerant Volume (VRV) air conditioning systems, as well as to determine the thermal comfort conditions in a Tyre Retreading Center. The air conditioning systems (AC) are created with OpenStudio software and simulated to determine overall energy usage under various load scenarios. It was found out that VRV system was the most efficient in comparision to VAV system with regards to energy saving. The most suitable system for tyre retreading center was examined, and it was discovered that the VRV system was the most energy efficient. The most suitable system for tyre retreading center was discovered to be the ceiling cassette type VRV system.
Effect of orientation on heat transfer coefficient of Heat Pipe
RTSTI,
- Effect of gravity and capillary forces was seen when heat pipes were arranged in 0°, 45° and 90° respectively with the horizontal plane.
Heat pipes are fully sealed multiphase heat transfer devices that use fluids’ high lead heat vaporization to achieve systematic heat transfer. Heat pipes work in more or less isothermal conditions with low temperature difference across its length. The effectiveness of any heat pipe depends on the average temperature of the evaporator and condenser along with the heat input. The effect of gravity and capillary forces is seen when heat pipes are arranged in 0°, 45° and 90° respectively with the horizontal plane. All three different orientations of heat pipes are considered with evaporator maintained at temperatures 500K. 550K and 600K for three different cases. The heat transfer coefficient and heat flux of both evaporator and condenser are obtained and analyzed for different temperatures in the evaporator.
Services
I have delivered diverse services across fields such as engineering design, community outreach, and event management, demonstrating versatility and a strong commitment to excellence.
Treasurer (Rotaract Club of KNE, District 3292)
As Treasurer of the Rotaract Club, I managed the club's finances, handled budgeting, and maintained accurate records of all transactions. I ensured financial transparency and supported the club’s activities by overseeing the allocation of funds and preparing financial reports.
Member (College Youth Red Cross Circle)
As a member of the College Youth Red Cross Circle, I actively participated in organizing and supporting community service projects, promoting health and safety awareness, and engaging in various humanitarian activities to benefit our local community.
Freelancer
As a freelance mechanical engineer, I specialize in diverse engineering design tasks, including CAD modeling, simulations, and developing tailored solutions using advanced software tools.
Contact
How to reach me?