Chad Woods
About Chad Woods
Chad Woods is a Technical Lead and Quality Engineer at Bastion Technologies, where he has worked since 2004. He has a background in engineering with significant contributions to NASA projects, including the Space Shuttle's External Tank and the Space Launch System.
Work at Bastion Technologies
Chad Woods has been employed at Bastion Technologies since 2004, serving as a Technical Lead and Quality Engineer. His role involves overseeing quality assurance processes and leading technical projects. With 20 years of experience in this position, he has contributed to various initiatives that enhance the company's engineering capabilities. His work is based in Houston, Texas, where he collaborates with teams to ensure project deliverables meet industry standards.
Previous Employment History
Before joining Bastion Technologies, Chad Woods held several engineering positions. He worked as a Robotics Application Engineer at Dana Holding Corporation for eight months in 1996-1997. He then served as a Senior Manufacturing Engineer at Lithonia Lighting from 1999 to 2001. Following this, he was employed as a Manufacturing Engineer at Calsonic Kansei from 2001 to 2004, and briefly as a Senior Production Engineer at Carrier Corporation in 2001.
Education and Expertise
Chad Woods earned a Bachelor's degree in Electronics Engineering from Murray State University, where he studied from 1990 to 1996. His educational background provides a strong foundation for his technical roles in engineering and quality assurance. This expertise is evident in his contributions to significant aerospace projects.
Contributions to Aerospace Projects
Chad Woods has played a significant role in several key aerospace projects. He contributed to the redesign of the Space Shuttle's External Tank, improving its performance for multiple launches. He was also involved in the development and testing of the Ares I-X, a critical component of NASA's Constellation program. Additionally, he participated in the Pad Abort 1 project, a vital safety test for NASA's crewed spacecraft, and is currently engaged in the development of the Space Launch System, NASA's next-generation heavy lift launch vehicle.