Paul G.
About Paul G.
Paul G. is a Manufacturing Engineer specializing in Customer Success, currently working at First Resonance in Los Angeles. He has a background in manufacturing engineering and has held various internships in the aerospace and defense sectors.
Current Role at First Resonance
Paul G. currently serves as a Manufacturing Engineer in Customer Success at First Resonance, a position he has held since 2023 in Los Angeles, California. In this role, he focuses on implementing Manufacturing Execution Systems (MES) to enhance partner success. He is responsible for developing custom features and reports that support the company's manufacturing processes and customer needs.
Previous Experience in Manufacturing Engineering
Prior to his current role, Paul G. gained valuable experience as a Manufacturing Engineering Intern at Relativity Space from 2021 to 2022 in Long Beach, California. He also worked as an Additive Manufacturing Engineer at NAVSEA Warfare Centers for two months in 2021. His early experience includes an internship at Polymer Composites, Inc. in 2016 and a role as an intern at the Naval Surface Warfare Center in 2018.
Education and Academic Background
Paul G. has a solid educational background in Math and Physics. He studied at Norco College from 2017 to 2020, where he earned an Associate of Science degree. He later attended UC San Diego, where he is pursuing a Bachelor's degree from 2020 to 2024. Additionally, he completed his high school education at Biola Youth Academics, achieving a High School Diploma from 2015 to 2017.
Involvement in Engineering Projects
During his academic career, Paul G. was involved with SEDS UCSD as a Propulsion Member from 2020 to 2021. In this capacity, he contributed to engineering projects related to propulsion systems, enhancing his practical skills in the field of aerospace engineering.
Focus on Data and Software in Manufacturing
Paul G. is focused on leveraging data and software stacks to support the future of manufacturing. His work emphasizes the integration of technology in manufacturing processes, aiming to improve efficiency and effectiveness in production environments.