Adrian Aldama
About Adrian Aldama
Adrian Aldama is a CT Scan Technologist specializing in metrology, currently working at Carbon, Inc. He has extensive experience in dimensional analysis and previously worked at Tesla Motors Inc. as an Engineering Technician III in metrology for seven years.
Work at Carbon
Adrian Aldama has been employed at Carbon, Inc. as a CT Scan Technologist specializing in Metrology since 2015. In this role, he contributes to the production of traceable, final-quality parts utilizing CLIP technology. His work involves applying dimensional analysis techniques, including CT scanning and 3D surface scanning, to ensure precision in manufacturing processes. Aldama's expertise supports the integration of advanced technologies in metrology, enhancing the quality and reliability of products produced by Carbon.
Previous Experience at Tesla Motors Inc.
Prior to his current position, Adrian Aldama worked at Tesla Motors Inc. as an Engineering Technician III in Metrology from 2008 to 2015. During his seven years in this role, he was based in Fremont, California. His responsibilities included performing dimensional analysis and supporting engineering projects that required precise measurement and quality assurance. This experience provided him with a solid foundation in metrology practices within the automotive industry.
Education and Expertise
Adrian Aldama studied at De Anza College from 1995 to 1998, focusing on Automotive Technology. He earned three certifications during his studies: Engine Machining and Repair, Engine Performance Technology, and Chassis and Powertrain. This educational background has equipped him with a strong technical foundation in automotive systems, which he applies in his current role in metrology.
Metrology Projects and Contributions
In his professional career, Adrian Aldama has been involved in projects that integrate hardware, software, and molecular science to enhance metrology processes. His contributions focus on improving the accuracy and efficiency of dimensional analysis techniques, particularly through the use of CT scanning and 3D surface scanning. These projects aim to advance the field of metrology and support the production of high-quality components in manufacturing.