Dyno Technician – 2nd Shift in Dearborn, Michigan at MARTIN Technologies

We are seeking an experienced Dynamometer (Dyno) Technician to support engine and vehicle testing in an automotive environment. This role involves hands-on operation of dynamometer systems to conduct performance, durability, and emissions testing while ensuring accurate data collection and adherence to testing standards.

• Operate engine and chassis dynamometers for gasoline, diesel, hybrid, and electric powertrains
• Conduct performance, durability, and emissions testing per defined test procedures
• Set up and configure test cells, instrumentation, and data acquisition systems
• Monitor test runs to ensure data accuracy and equipment performance
• Troubleshoot test setups, dyno systems, and vehicle-related issues
• Support engineers with test execution, calibration validation, and data review
• Perform pre-test and post-test inspections of engines and vehicles
• Document test results, anomalies, and observations clearly and accurately
• Follow safety protocols and lab operating procedures
• Assist with maintenance and calibration of dynamometer equipment

• High School Diploma or Associate degree in Automotive Technology, Mechanical, or related field
• 2+ years of experience with engine or chassis dynamometers
• Strong knowledge of engine systems and/or electrified powertrains
• Experience with data acquisition systems and test instrumentation
• Ability to read and interpret technical test procedures

• Experience in an automotive OEM or testing environment
• Familiarity with AVL, Horiba, INCA, or similar dyno/testing tools
• Knowledge of emissions testing and regulatory standards
• Basic understanding of engine calibration and controls
• Experience with prototype or development vehicles

• Dyno Operation
• Troubleshooting
• Mechanical Aptitude
• Data Analysis
• Attention to Detail
• Team Collaboration
• Time Management

• Automotive test labs and dyno cells
• Exposure to noise, heat, and rotating equipment
• 2nd shift schedule with potential overtime based on project demands