MIYUKI MANN

Miyuki Mann serves as a Facilities Engineer for the Rocky Mountain Base Business Operations at Chevron. She has been with the company for 12 years. Miyuki's educational path began at Baylor University, where she
earned her first degree with a Bachelor of Science in Forensic Science.

This degree provided her with a solid foundation in the principles of scientific investigation, critical thinking, and analytical skills. Her academic
journey is as impressive as her professional one, reflecting a profound dedication to both science and engineering. Miyuki worked as a crime scene investigator and considered medical school to become a forensic pathologist.

Upon life events happening, Miyuki decided to make a career change and pursued
further education at Texas A&M University, obtaining a second degree with a Bachelor of Science in Chemical Engineering. This second degree broadened her expertise, equipping her with the technical knowledge and skills necessary to go into the oil and gas industry.
 

At Chevron, Miyuki plays a crucial role in the Facilities Engineering department, focusing on Base Business Operations. Her responsibilities include overseeing the maintenance and optimization of surface facilities, ensuring they operate e1iciently, safely, and in compliance with state regulations, providing a1ordable,
reliable, ever cleaner energy to meet state needs.

Additionally, Miyuki's role involves designing expansions to these existing facilities in accordance with company, industry, engineering, and environmental standards.
Her dual background in forensic science and chemical engineering uniquely positions her to approach problems with a comprehensive and analytical mindset.

Miyuki Mann’s blend of expertise in forensic science and chemical engineering, coupled with her role at Chevron, underscores her commitment to excellence and
innovation in her field. Her academic accomplishments and professional contributions reflect a career dedicated to advancing engineering practices and enhancing operational efficiencies.