Tracy Reynolds
About Tracy Reynolds
Tracy Reynolds is a Mechanical Designer with extensive experience in designing electronic enclosures and other components using various materials. Currently employed at General Atomics since 2019, Reynolds has a strong background in engineering software and adherence to industry standards.
Work at General Atomics
Tracy Reynolds has been employed at General Atomics as a Mechanical Designer since 2019. In this role, Reynolds applies expertise in designing electronic enclosures, card cages, camera housings, and rack mounts. The position involves utilizing various materials, including sheet metal, machined metals, and injection molded polymers. Reynolds contributes to the development of products that meet industry standards and specifications.
Previous Experience in Mechanical Design
Prior to joining General Atomics, Tracy Reynolds worked as a Mechanical Designer at Technology Unlimited Group for a brief period in 2014. Additionally, Reynolds served as a Senior Mechanical Designer at Cubic Defense Applications from 2010 to 2013. These roles provided valuable experience in mechanical design and reinforced Reynolds' skills in creating and maintaining departmental procedures in accordance with ASME and ISO standards.
Education and Expertise
Tracy Reynolds studied at Grossmont College, where they pursued General Studies and earned an Associate of Arts (AA) degree over a span of 15 years, from 1987 to 2002. This educational background laid the foundation for a career in mechanical design. Reynolds possesses proficiency in engineering software platforms, including Solidworks, AutoCAD, CREO, and CADDS5, and utilizes tools such as ePDM, PDM Works, Windchill, and Arena PLM for product lifecycle management.
Skills in Mechanical Design
Tracy Reynolds has developed a strong skill set in mechanical design, specifically in the creation of electronic enclosures, card cages, camera housings, and rack mounts. Reynolds is experienced in working with various materials, including sheet metal, machined metals, and injection molded polymers. This expertise is complemented by a thorough understanding of industry standards, including ASME and ISO, ensuring compliance in all design processes.