Dipesh Kunwar is an Aerospace Engineer with a Bachelor’s degree with honors from Tribhuvan University, Institute of Engineering, Pulchowk Campus. With previous experience in UAV systems, aircraft performance, and flight operations, his research work spans aerospace systems design, design optimization, and sustainable propulsion powertrains. While still in the early stages of his academic career, his passion lies in sustainability and environmental responsibility in commercial aviation through explorations in design, performance, and operations.
Dipesh is actively seeking to contribute his expertise to innovative engineering and research teams.
B.Eng in Aerospace Engineering
Tribhuvan University
High School Diploma, Physical Sciences - NEB
Karunanidhi Education Foundation (KEF) Higher Secondary School
School Leaving Certificate (SLC) Examination - GoN
Karunanidhi Education Foundation (KEF) Higher Secondary School
Working on systems design and integration of a fuel cell-battery hybrid propulsion system for maritime and aviation applications.
Developing optimization frameworks for sizing and control of conceptual integrated fuel cell-battery powertrains in regional commercial airliners.
Oversaw ground operations and flight planning, including creating weight and balance charts and route layouts for gyrocopter missions.
Assisted the maintenance team in record keeping and managing technical logs for daily and routine maintenance.
Digitized performance charts for the DHC-6 Series 300 aircraft operated by Nepal Airlines Corporation, utilizing advanced analytical techniques.
Contributed to flight route planning by generating Regulated Takeoff Weight (RTOW) and aircraft weight and balance data.
Designed and implemented a MATLAB-based application for aircraft performance calculations tailored to the DHC-6 Series 300.
Relevant Coursework: Flight Dynamics, Aircraft Preliminary Design, UAV Synthesis, Aerodynamics, Computational Fluid Dynamics, Aircraft Propulsion
Electives: Compressible Aerodynamics, Hypersonics, Advanced Propulsion System
You can visit my Google Scholar profile here to see my publicly available publications. Details on previous research and academic projects can be found in the projects tab.