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458 Manufacturing Engineering Technicians Jobs

The shift moves between the production floor and the test lab, troubleshooting equipment failures and validating process improvements before the next run begins.

Manufacturing Engineering Technicians jobs by city

• Juárez13
• Chihuahua11
• Rayong8
• Mexicali7
• Bayan Lepas6
• San Luis Potosí5
• Hermosillo5
• Humacao5
• Linköping5
• Reynosa5

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Questions

• What qualifications do you need to become a Manufacturing Engineering Technician?

  Most employers require a two-year associate degree or diploma in manufacturing technology, mechanical engineering technology, or a closely related technical field. Some accept trade certificates combined with shop floor experience, while others prefer candidates who've completed internships or co-op placements in manufacturing settings.

• What does a typical day look like for a Manufacturing Engineering Technician?

  Days split between the production floor and technical workspace, checking equipment performance, collecting process data, updating documentation and assisting engineers with trials or modifications. Mornings might involve investigating why a production line stopped overnight, afternoons running tests on a new fixture, with ongoing measurement and reporting throughout.

• How does this role differ from a Manufacturing Engineer?

  Manufacturing Engineering Technicians execute and support the work that engineers design and specify, focusing on hands-on implementation, testing and data collection rather than process design. Engineers develop solutions and make decisions about manufacturing methods; technicians build prototypes, validate those solutions and maintain the systems engineers put in place.

• What technical skills matter most in this role?

  Proficiency with precision measuring instruments—calipers, micrometers, CMMs—is essential, along with the ability to read engineering drawings and interpret geometric tolerancing. Familiarity with CAD software, statistical process control, and troubleshooting methodology also feature prominently in most positions.

• Is this role based entirely on the production floor?

  No, Manufacturing Engineering Technicians move between multiple environments depending on the task at hand. Time splits between the shop floor observing production, quality labs conducting tests, engineering offices updating documentation, and sometimes supplier or customer sites during equipment installations or audits.

• What are the physical demands of this work?

  The role requires standing for extended periods, climbing ladders or platforms to access equipment, and occasionally lifting tooling or components weighing up to 50 pounds. Factory environments can be noisy, requiring hearing protection, and some positions involve exposure to machining coolants, adhesives or industrial chemicals.

• Can you progress into engineering roles without a bachelor's degree?

  Progression into full engineering positions typically requires a four-year degree, though some technicians transition by completing their bachelor's part-time while working. More common paths lead to senior technician roles, process specialist positions, or supervision of technician teams within manufacturing support functions.

• Do Manufacturing Engineering Technicians work standard hours?

  Many positions follow day shifts aligned with engineering teams, but others rotate through evening or night shifts to support continuous production operations. Some facilities require on-call availability when critical equipment fails or during new product launches that demand round-the-clock technical support.

• How much independence do technicians have in this role?

  Manufacturing Engineering Technicians work from specifications and procedures established by engineers, but exercise considerable judgment in execution, troubleshooting and data interpretation. Experienced technicians often run trials and validation studies independently, escalating to engineers when results fall outside parameters or when design changes become necessary.

• What makes someone successful as a Manufacturing Engineering Technician?

  Success comes from combining technical precision with practical problem-solving, staying methodical under production pressure, and communicating clearly across trades, operators and engineers. The best technicians balance attention to measurement accuracy with understanding how manufacturing systems actually behave, recognizing when something's wrong before data confirms it.