Patrick Dubiel
About Patrick Dubiel
Patrick Dubiel is an Aerospace Systems Engineer II at Belcan, with a strong academic background in Mechanical Engineering from the University of Hartford, where he graduated with a GPA of 3.95. He has experience in various roles, including research and teaching assistant positions, and has worked on significant projects related to the eFAST system for Airbus Canada.
Work at Belcan
Patrick Dubiel has been employed at Belcan as an Aerospace Systems Engineer II since 2019. In this role, he has contributed to various projects, including the eFAST system development for Airbus Canada's A220 aircraft. He has organized and led weekly status meetings to keep customers informed about project progress. Additionally, he has implemented new processes to manage team workloads effectively during periods of turnover. His responsibilities also include overseeing customer onboarding for the eFAST system, which involves integrating new airlines and users into the system.
Education and Expertise
Patrick Dubiel graduated from the University of Hartford with a Bachelor of Science in Mechanical Engineering in 2019. He achieved a GPA of 3.95, graduating at the top of his class. His academic background includes extensive knowledge in mechanical engineering principles, which he has applied in his professional roles. He also served as a Research Assistant and Teaching Assistant at the University of Hartford, gaining practical experience in engineering research and education.
Background
Prior to his current role at Belcan, Patrick Dubiel worked at Walgreens as a Photo Technician from 2016 to 2018 in West Hartford, CT. He transitioned to the University of Hartford, where he held positions as a Research Assistant for one year and as a Teaching Assistant for four months in 2018. These experiences provided him with a foundation in both technical skills and teamwork, which he has further developed in his engineering career.
Achievements
During his tenure at Belcan, Patrick Dubiel has led a team in collaboration with Pratt and Whitney on the eFAST system, focusing on data flow management and troubleshooting. He has also conducted significant analyses, such as an acoustical analysis of a dual-stream nozzle on jet engines as part of a computational fluid dynamics (CFD) project. His work includes investigating calibration processes for multi-hole pressure probes, contributing to the overall quality and stability of the eFAST system.