Michael Avila
About Michael Avila
Michael Avila is an Automation Specialist at Chevron, working on the Eugene Island 252I platform in the Gulf of Mexico. He has over 14 years of offshore experience and a background in Computer Electronics and Robotics from Lamar University.
Title
Michael Avila is an Automation Specialist currently employed at Chevron. He works on the Eugene Island 252I platform in the Gulf of Mexico, focusing on automation technology and its applications in offshore oil and gas production.
Education and Expertise
Michael Avila studied Computer Electronics and Robotics at Lamar University, where he earned an Associate of Arts and Sciences (A.A.S.) degree from 1989 to 1991. His academic background equipped him with foundational knowledge in computer electronics and robotics, which he has applied throughout his professional career.
Background
Michael Avila has amassed over 14 years of experience working offshore on production platforms. His career commenced at Linear Controls, where he worked as an Automation Specialist from 2005 to 2014, focusing on oil and gas operations in the Gulf of Mexico. He has been with Chevron since January 2014, leveraging his expertise to maintain high operational standards.
Professional Experience at Chevron
At Chevron, Michael Avila's role involves maintaining and troubleshooting a range of automation equipment including multimeters, calibrators, PLCs, transmitters, controllers, limit and proxy switches, switch gear, motor control, and pneumatics. His responsibilities are critical for the accurate measurement and containment of oil and gas, ensuring operational efficiency and safety on the Eugene Island 252I platform.
Skills and Technical Proficiencies
Michael Avila is proficient in maintaining and troubleshooting essential automation and control systems. His skill set includes working with multimeters, calibrators, PLCs, transmitters, controllers, limit and proxy switches, switch gear, motor control, and pneumatics. These technical proficiencies are integral to his role in offshore oil and gas production, ensuring accurate operations and minimizing downtime.