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Apprentice Prototype Build Engineer Jobs in Michigan

Rigaku

Mechanical Engineer

Auburn Hills, MI

Support prototype build, optical alignment, integration, and verification test * Troubleshoot ... Document designs, analyses, test results, engineering changes, and design iterations Reasonable ...

ITW Avery Weigh-Tronix

Embedded Software Engineer

MI

$118K - $156K/yr

... Prototype build and evaluation o Engineering documentation o Production transition • Work closely with electrical engineering during schematic review, component selection and prototype bring-up to ...

Kids for the Future

Product Engineer

Holland, MI · On-site

$72 - $88/hr

Hands-on engineering approach with the ability to prototype, build, test, and validate product solutions. * Demonstrated leadership skills with the ability to collaborate, influence, and support ...

Dtna

Engineering Technician - Vehicle Test

Detroit, MI

$65K - $105K/yr

Build, modify, repair, and maintain prototype and production-intent vehicles. * Install instrumentation, sensors, and data acquisition systems to support engineering test objectives. * Conduct ...

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Apprentice Prototype Build Engineer information

What is an apprentice prototype build engineer?

Apprentice Prototype Build Engineers are entry-level professionals who assist in the design, assembly, and testing of prototype products or components, typically in the automotive, aerospace, or manufacturing industries. They work under the guidance of experienced engineers and technicians, gaining hands-on experience with new technologies and processes. Their responsibilities often include interpreting technical drawings, using specialized tools, and recording test results. This role is usually part of a structured apprenticeship program that combines on-the-job training with classroom learning, helping apprentices develop the skills needed to become qualified build engineers.

What are the typical responsibilities and learning opportunities for an apprentice prototype build engineer during the initial months on the job?

As an Apprentice Prototype Build Engineer, your early responsibilities will focus on supporting senior engineers in assembling, testing, and refining prototype components. You'll learn hands-on skills such as interpreting technical drawings, using fabrication tools, and following build processes in a workshop environment. Collaboration is key—expect to work closely with multidisciplinary teams, including design engineers and technicians, to troubleshoot and implement design changes. This role offers significant learning opportunities, from gaining familiarity with new manufacturing technologies to developing problem-solving abilities essential for advancement.

What are the key skills and qualifications needed to thrive as an apprentice prototype build engineer, and why are they important?

To thrive as an Apprentice Prototype Build Engineer, a solid understanding of mechanical and electrical principles, hands-on fabrication skills, and a relevant technical qualification or apprenticeship are essential. Familiarity with CAD software, workshop machinery, and safety regulations is typically required, along with any industry-specific certifications. Strong problem-solving abilities, attention to detail, and effective teamwork are key soft skills that set candidates apart. These competencies ensure accurate prototype assembly, efficient troubleshooting, and safe, collaborative progress throughout the engineering development process.

What is the difference between Apprentice Prototype Build Engineer vs Mechanical Technician?

AspectApprentice Prototype Build EngineerMechanical Technician
CredentialsHigh school diploma or equivalent; technical training or apprenticeshipHigh school diploma; technical certification or associate degree often preferred
Work EnvironmentManufacturing or R&D labs; hands-on prototype assemblyManufacturing plants; equipment maintenance and assembly
Industry UsageCommon in aerospace, automotive, and product development sectorsWidespread across manufacturing and industrial sectors
Job FocusAssisting in prototype build, learning manufacturing processesMaintaining, repairing, and assembling mechanical systems

The Apprentice Prototype Build Engineer typically focuses on learning and assisting in prototype assembly within manufacturing or R&D environments, often as part of an apprenticeship. In contrast, a Mechanical Technician performs maintenance, repairs, and assembly of mechanical systems, usually with more experience and certification. Both roles are essential in manufacturing industries but differ in experience level and specific responsibilities.

What are the most commonly searched types of Prototype Build Engineer jobs in Michigan?

The most popular types of Prototype Build Engineer jobs in Michigan are:

What cities in Michigan are hiring for Apprentice Prototype Build Engineer jobs?

Cities in Michigan with the most Apprentice Prototype Build Engineer job openings:

Apprentice Prototype Build Engineer jobs near you

Mechanical Engineer

Rigaku

Auburn Hills, MI

Full-time

Re-posted 8 days ago

Job description

Join Rigaku in shaping a better world through new perspectives!

Essential Functions:

  • Design and develop precision opto-mechanical systems for X-ray optics, including mirrors, monochromators, x-ray sources, and other elements.

  • Collaborate with X-ray optical scientists and engineers to translate optical and experimental requirements into mechanical designs

  • Perform tolerance, thermal, and structural analyses to ensure optical performance and mechanical stability

  • Design ultra-stable mounts, stages, vacuum-compatible structures, housings and alignment mechanisms

  • Create detailed 3D CAD models and engineering drawings with appropriate GD&T

  • Support laboratory experiments including assembly, integration, alignment, and testing of X-ray optical systems

  • Participate in system characterization, and performance optimization

  • Troubleshoot mechanical and opto-mechanical issues during experimental operation

  • Support prototype build, optical alignment, integration, and verification test

  • Troubleshoot mechanical and opto-mechanical issues during development and production

  • Work with manufacturing partners to ensure designs are manufacturable, testable, and cost-effective

  • Document designs, analyses, test results, engineering changes, and design iterations

Reasonable Accommodations Statement

To perform this job successfully, an individual must be able to perform each essential duty satisfactorily.

POSITION QUALIFICATIONS

Education:

  • Bachelor's or Master's degree in Mechanical Engineering, Opto-Mechanical Engineering, Applied Physics, or a related field

Experience:

  • Experience with precision motion systems, nanopositioning devices, and interferometric alignment

  • Familiarity with vacuum systems, vacuum compatible materials, and clean assembly practices

  • Background in supporting experiments at synchrotron or laboratory X-ray sources

  • Experience collaborating with scientists on exploratory or R&D projects

  • Research experience in X-ray optics, synchrotron instrumentation, or related fields

  • Hands-on capability and experience with X-ray optical components (mirrors, monochromators, multilayers, zone plates, etc.)

Competencies:

  • Proficiency with 3D CAD software (e.g., SolidWorks)

  • Understanding of opto-mechanical principles: alignment sensitivity, thermal effects, vibration, and stability

  • Strong analytical and experimental problem-solving skills

  • High attention to detail and precision

  • Ability to work independently in a research setting while collaborating across disciplines

  • Comfortable with iterative design and experimental uncertainty

  • Good technical communication skills (written and verbal)

  • The following are not required but highly appreciated:

    • Hands-on capability and experience with X-ray optical components (mirrors, monochromators, multilayers, zone plates, etc.)

    • Familiarity with vacuum systems, vacuum compatible materials, and clean assembly practices

    • Experience with precision motion systems, nano positioning stages, and interferometric alignment

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