Career Spotlight: How to Become a Mechanic

• Mechanics are experts in diagnosing, maintaining, and repairing complex machinery and engines.
• NASA employs mechanics for diverse equipment, including research aircraft, massive rocket-transport vehicles, and specialized maritime barges.
• Essential preparation includes high school coursework in math, science, and technology, followed by specialized trade training or certification.
• Key skills include logical troubleshooting, attention to detail, and a commitment to adapting to rapidly evolving technologies like electric vehicles.

Mechanic Roles at NASA

• Aerospace Mechanics: Maintain research aircraft and experimental designs at the Armstrong Flight Research Center.
• Heavy Equipment Mechanics: Keep massive crawler-transporters at the Kennedy Space Center operational to move rockets to launch pads.
• Maritime Mechanics: Ensure barges at the Michoud Assembly Facility are ready to transport critical rocket sections.
• Engine Specialists: Perform inspections and diagnostic work on high-stakes hardware like the RS-25 rocket engine at the Stennis Space Center.

Career Pathways

• Automotive Mechanics: Require a high school diploma followed by vocational training and hands-on certification.
• Heavy Equipment Mechanics: Typically involve a two-year degree or apprenticeship starting immediately after high school, requiring three to four years of supervised training.
• Aircraft Mechanics: Necessitate Federal Aviation Administration (FAA)-approved programs at technical schools for rapid certification.
• Military Service: Offers an alternative route to gain technical training and certifications for various mechanical roles.

Getting Started

• Academic Focus: Take courses in math, science, and industrial technology during high school.
• Practical Experience: Seek part-time work or shadowing opportunities at local repair shops and study online repair tutorials.
• Skill Development: Cultivate logical thinking and patience; mechanics must be comfortable using electronic sensors and computer diagnostic tools.
• Safety Mindset: Mechanics must be detail-oriented because safety specifications are critical for successful launches and safe flight operations.