Automotive Service Technicians vs Machinists
Side-by-side comparison of salary, job growth, and training requirements based on BLS data.
Overview
Both automotive service technicians and machinists offer solid blue-collar careers with nearly identical growth prospects at 8.0% and 8.3% respectively. Automotive techs earn a median of $49,670 diagnosing and repairing cars and light trucks, while machinists make $56,150 operating precision machinery to create parts and instruments. The $6,480 salary difference favors machinists by 11.5%. Training requirements are similar—2-4 years for automotive techs through trade school plus ASE certification, versus 2-5 years for machinists through apprenticeships or community college with NIMS certifications. Both trades require technical skill, problem-solving abilities, and continuous learning as technology evolves in each field.
Salary Breakdown
Machinists hold a $6,480 median salary advantage at $56,150 versus automotive techs at $49,670. Entry-level automotive techs typically start around $35,000-40,000, while experienced technicians specializing in areas like transmissions or hybrid vehicles can reach $70,000-80,000. Machinists often begin at $40,000-45,000, with skilled CNC programmers and tool-and-die makers earning $75,000-90,000 or more. Both trades offer solid overtime opportunities. Automotive techs benefit from flat-rate pay systems that reward efficiency, while machinists in manufacturing often see consistent overtime during busy production periods.
Work Environment
Automotive techs work primarily in service bays, facing physical demands like lifting, crawling under vehicles, and working in awkward positions. Exposure to chemicals, hot engines, and potential safety hazards requires constant vigilance. Machinists typically work in climate-controlled manufacturing facilities operating precision equipment. Both trades involve standing for long periods, but machining generally offers more ergonomic working conditions. Automotive work varies daily with different vehicles and problems, while machining involves more repetitive, precision-focused tasks. Neither typically requires travel, though automotive techs might do occasional roadside service calls.
Career Growth
Automotive techs can specialize in transmissions, brakes, electrical systems, or emerging technologies like electric vehicles. Career paths include shop supervisor, service manager, or opening an independent shop. Master technicians at dealerships can earn $80,000+. Machinists can advance to CNC programming, tool and die making, or quality control. Leadership roles include shop supervisor or manufacturing engineer. Many successful machinists become independent contractors or start machine shops. Both trades benefit from continuous technology advancement—automotive techs with hybrid/electric systems, machinists with advanced CNC and automation technologies.
Who should choose Automotive Service Technicians?
Choose automotive service technician if you enjoy variety, problem-solving different issues daily, and working with your hands on tangible problems. You should like figuring out complex diagnostic puzzles and seeing immediate results from your work. This career suits people who enjoy customer interaction, don't mind physical demands, and want to stay current with evolving automotive technology. It's ideal for those who prefer project-based work over repetitive tasks and enjoy the satisfaction of getting someone's vehicle running properly again.
Typical path: Trade school or community college + ASE certification; on-the-job training
Explore Automotive Service Technicians →Who should choose Machinists?
Choose machinist if you value precision, enjoy working with sophisticated equipment, and prefer consistent, controlled work environments. You should have strong attention to detail, mathematical aptitude, and patience for exacting work. This career suits people who like creating tangible products, working independently, and mastering complex machinery. It's ideal for those who prefer steady, methodical work over varied daily challenges, enjoy the intersection of traditional craftsmanship with modern technology, and take pride in producing parts that meet exact specifications.
Typical path: Apprenticeship or community college; NIMS certifications; CNC programming skills valued
Explore Machinists →The Bottom Line
Both are excellent careers with strong job security. Choose automotive if you want variety and customer interaction; choose machinist if you prefer precision work and higher earning potential in manufacturing.