Kyle Boswell
About Kyle Boswell
Kyle Boswell is the Technical Recruiting Team Lead and Project Engineer at Chevron in El Segundo, California, with a background in mechanical engineering and NCAA division 1 basketball.
Current Role at Chevron
Kyle Boswell currently holds two significant roles at Chevron in El Segundo, California. He serves as both the Technical Recruiting Team Lead and a Project Engineer. In these capacities, he is responsible for recruiting and managing technical talent as well as overseeing engineering projects.
Previous Experience at Chevron
Kyle Boswell has accumulated extensive experience at Chevron. Prior to his current roles, he worked as a Design Engineer from 2015 to 2020 in El Segundo, California. Additionally, he served as a Design Engineer Intern for two months in 2014, gaining early exposure to the company’s engineering operations.
Experience at FLIR Systems
Before returning to Chevron, Kyle Boswell worked at FLIR Systems as a Lead Mechanical Engineer. During his 8-month tenure from 2014 to 2015 in Goleta, California, he provided leadership in mechanical engineering projects.
Education and Athletics at UC Santa Barbara
Kyle Boswell earned his Bachelor of Science (BS) in Mechanical Engineering from UC Santa Barbara, where he studied from 2010 to 2015. During his time at the university, he also played NCAA Division 1 basketball for four years, finishing his career second on UCSB's all-time 3-pointer list.
Professional Contributions at Chevron
In his role as Technical Recruiting Team Lead at Chevron, Kyle Boswell has led multiple information sessions, career fairs, and interviews. His efforts have focused on evaluating and promoting technical talent and future contributors for the company, augmenting Chevron’s workforce with skilled professionals.
Leadership and Community Involvement
Kyle Boswell serves as the President of his Homeowners Association (HOA), demonstrating his leadership skills outside of his professional career. This role involves managing community affairs and ensuring the smooth operation of the association.