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Freelance Additive Manufacturing Engineer Jobs in Michigan

... additive manufacturing data preparation using MAGICS and/or SolidWorks. • Thorough product ... engineering instructions. • Possess computer knowledge (PC-configuration, MS-Windows, Network ...

Associate Engineering Technician Location: Portage, MI Type: Contract Compensation: $25-29/hour ... Experience in additive manufacturing. System One, and its subsidiaries including Joulé and ...

Field Service Engineer Responsible Manager: Service Manager, SE/WEST Location: Atlanta We are ... Experience in additive manufacturing data preparation using MAGICS and/or SolidWorks. * Thorough ...

Experience in additive manufacturing data preparation. Thorough product knowledge on industrial lasers and axis motion systems. Skilled in using written, oral, schematic and diagram engineering ...

Field Service Engineer Responsible Manager: Service Manager, SE/WEST Location: Atlanta We are ... Experience in additive manufacturing data preparation using MAGICS and/or SolidWorks. * Thorough ...

Associate Engineering Technician Location: Portage, MI Type: Contract Compensation: $25-29/hour ... Experience in additive manufacturing. System One, and its subsidiaries including Joulé and ...

Field Service Engineer, Northeast Responsible Manager: SCCT Service Manager, Northeast Location ... Experience in additive manufacturing data preparation using MAGICS and/or SolidWorks. Thorough ...

... additive manufacturing data preparation. • Thorough product knowledge on industrial lasers and axis motion systems. • Skilled in using written, oral, schematic and diagram engineering ...

Mechanical Design Engineer

Wixom, MI · On-site

$72K - $98K/yr

Analyze Engineering, Automation, and Sales teams to define and design required fixtures and ... house additive manufacturing system or outside vendors. * Utilize Design for Manufacturing ...

... additive manufacturing data preparation using MAGICS and/or SolidWorks. • Thorough product ... engineering instructions. • Possess computer knowledge (PC-configuration, MS-Windows, Network ...

Mechanical Design Engineer

Wixom, MI

$72K - $98K/yr

Analyze Engineering, Automation, and Sales teams to define and design required fixtures and ... house additive manufacturing system or outside vendors. * Utilize Design for Manufacturing ...

Showing results 21-40

Freelance Additive Manufacturing Engineer information

What is the difference between Freelance Additive Manufacturing Engineer vs Additive Manufacturing Technician?

AspectFreelance Additive Manufacturing EngineerAdditive Manufacturing Technician
CredentialsTypically requires engineering degree, certifications in CAD and 3D printing technologiesUsually technical diploma or certification in additive manufacturing or related fields
Work EnvironmentConsulting projects, client sites, or remote work; focus on design and process optimizationManufacturing facilities, labs; focus on machine operation and maintenance
Employer & Industry UsageFreelance basis serving multiple clients in aerospace, automotive, healthcareManufacturers, print service providers, research labs

The Freelance Additive Manufacturing Engineer focuses on designing, optimizing, and consulting on additive manufacturing processes, often working independently across various projects. In contrast, the Additive Manufacturing Technician primarily operates and maintains 3D printing equipment within manufacturing settings. Both roles require technical knowledge, but the engineer's role is more design and process-oriented, while the technician's role is hands-on with equipment.

What is a freelance additive manufacturing engineer?

A Freelance Additive Manufacturing Engineer is a professional who specializes in designing, developing, and improving products using 3D printing and other additive manufacturing technologies on a contract or project basis. They work independently rather than being employed full-time by a single company, often collaborating with different clients across various industries such as aerospace, automotive, healthcare, and consumer goods. Their responsibilities typically include creating CAD models, selecting suitable materials, optimizing print processes, and ensuring the quality and functionality of the final products.

What are common challenges faced by freelance additive manufacturing engineers, and how can they be overcome?

Freelance additive manufacturing engineers often face challenges such as acquiring diverse projects, keeping up with rapidly evolving technologies, and managing client expectations on timelines and deliverables. Staying competitive requires continuous learning and investment in new software or equipment. Building a strong professional network and maintaining clear communication with clients can help overcome these challenges, ensuring successful project delivery and repeat business.

What skills and qualifications are needed to thrive as a freelance additive manufacturing engineer?

To thrive as a Freelance Additive Manufacturing Engineer, you need a solid background in mechanical engineering, CAD design, and 3D printing technologies, often supported by a relevant degree or certification. Familiarity with additive manufacturing software (such as SolidWorks or AutoCAD), various 3D printer systems, and industry standards like ISO/ASTM 52900 is typically required. Strong project management, problem-solving, and client communication skills help you stand out in a freelance capacity. These competencies ensure you can deliver innovative, high-quality solutions that meet client needs and adapt to rapidly changing technology in the field.

What are the most commonly searched types of Additive Manufacturing Engineer jobs in Michigan?

The most popular types of Additive Manufacturing Engineer jobs in Michigan are:

What are popular job titles related to Freelance Additive Manufacturing Engineer jobs in Michigan?

For Freelance Additive Manufacturing Engineer jobs in Michigan, the most frequently searched job titles are:

What job categories do people searching Freelance Additive Manufacturing Engineer jobs in Michigan look for?

The top searched job categories for Freelance Additive Manufacturing Engineer jobs in Michigan are:

What cities in Michigan are hiring for Freelance Additive Manufacturing Engineer jobs?

Cities in Michigan with the most Freelance Additive Manufacturing Engineer job openings:

Infographic showing various Freelance Additive Manufacturing Engineer job openings in Michigan as of August 2026, with employment types broken down into 88% Full Time, 4% Part Time, 1% Temporary, 4% Contract, and 3% Nights. Highlights an 96% Physical, 2% Hybrid, and 2% Remote job distribution.

Director, Advanced Tooling, Advanced Manufacturing & Automation

Teijin Automotive Technologies

Auburn Hills, MI • On-site

$81K - $105K/yr

Full-time

Medical, Dental, Vision, Life, Retirement

Posted 9 days ago


Teijin Automotive Technologies rating

5.9

Company rating: 5.9 out of 10

Based on 28 frontline employees who took The Breakroom Quiz


Job description

CSP is the industry leader in the formulation and molding of lightweight, advanced composite components for the transportation industries. As an innovative, full-service Tier One supplier, we offer an entrepreneurial environment where you're only limited by your own imagination. In addition to our team-focused environment, we provide industry-leading benefits, called BENEfits4U. Our comprehensive offering includes: affordable medical, dental, and vision care; flexible spending accounts; life insurance; 401k with company match and much, much more.

Job Description

1. Department Standards & Governance
  • Establish and own the enterprise-wide standards framework for the Advanced Tooling and Automation department, including equipment standards, design standards, build standards, and maintenance standards.
  • Develop, document, and enforce Standard Operating Procedures (SOPs) for all core department functions, including:
  • Tooling quote scope-of-work development
  • Tooling lineup planning and structuring
  • Cost breakdown methodology and templates
  • Vendor selection and evaluation criteria
  • Tooling and equipment acceptance/runoff criteria
  • Create and maintain a performance governance model - defining how standards are audited, how compliance is measured, and how deviations are escalated and corrected.
  • Serve as the final authority on tooling and equipment standards across all sites, ensuring consistency, cost control, and quality.
2. Tooling Quoting & Cost Standards
  • Define the standard format and process for tooling quote scope of work, ensuring quotes are complete, comparable across suppliers, and aligned to program requirements.
  • Establish standardized tooling lineup structures (e.g., mold sets, fixtures, secondary equipment, automation cells) for consistent program planning.
  • Develop standardized cost breakdown structures (material, labor, engineering, controls, freight, contingency, etc.) to improve quote accuracy, cost transparency, and negotiation leverage.
  • Own the RFQ process for tooling and capital equipment, ensuring apples-to-apples supplier comparisons.
3. Advanced Tooling Design & Development
  • Lead design, development, and validation of advanced tooling for composite molds, secondary equipment, and automation systems.
  • Oversee tooling readiness for new program launches, ensuring durability, repeatability, and on-time delivery.
  • Drive innovation into the tooling portfolio - evaluating new materials, processes, and design methodologies (e.g., additive manufacturing, simulation-driven design, modular/reconfigurable tooling) to improve cost, speed, and performance.
4. Advanced Manufacturing & Automation Development
  • Develop and implement advanced manufacturing technologies, including automation, robotics, predictive maintenance, and Industry 4.0 tools.
  • Lead automation development end-to-end: concept, business case, design, integration, validation, and scale-up to full production.
  • Validate new processes and automated systems through pilot lines, ensuring scalability and reliability prior to full deployment.
  • Identify and prioritize automation opportunities based on labor efficiency, ergonomics, throughput, and ROI.
5. Controls Standardization
  • Establish enterprise-wide controls standards (PLC platforms, HMI design, safety architecture, network/communication protocols, naming conventions, documentation standards) to ensure consistency, maintainability, and reduced spare-parts complexity across sites.
  • Partner with controls engineering and IT/OT teams to ensure new automation and tooling projects comply with controls standards from concept through commissioning.
  • Drive standardization of controls documentation, change management, and cybersecurity practices across all automated systems.
6. Supplier & Vendor Management
  • Partner with suppliers to deliver best-in-class tooling and automation solutions within budget and timing requirements.
  • Develop and administer a formal vendor evaluation program - scoring suppliers on quality, cost, delivery, engineering capability, and responsiveness - to guide sourcing decisions and build a preferred supplier base.
  • Lead supplier performance reviews and drive corrective action when standards are not met.
7. Continuous Improvement & Manufacturing Standards
  • Drive continuous improvement initiatives focused on throughput, scrap reduction, labor efficiency, and ergonomics.
  • Define and deploy enterprise standards for manufacturing layouts, material flow, ergonomics, and process optimization.
  • Benchmark industry trends and emerging technologies to keep the enterprise at the forefront of composite manufacturing and automation.
8. Cross-Functional Partnership
  • Work closely with Product Development, Facilities, and Asset Management to align tooling and equipment strategy with long-term business objectives.
  • Partner with Finance to validate ROI and payback for capital equipment, tooling, and process investments.
  • Collaborate with Quality to ensure advanced manufacturing processes meet customer standards and regulatory requirements.
9. Financial & Program Management
  • Manage budgets for tooling, equipment, and process engineering, including capital expenditures (CapEx).
  • Track project spend against budget and forecast, and report variances to leadership.
10. Performance Metrics & Reporting
  • Define and monitor department and program KPIs, including:
  • Tooling readiness (on-time, first-pass acceptance)
  • Overall Equipment Effectiveness (OEE)
  • Scrap and quality escape reduction
  • ROI on capital projects
  • Vendor performance scores
  • Controls standardization compliance
  • Report regularly to executive leadership on program readiness, risks, and performance against standards.
11. Team Leadership & Personnel Management
  • Build, lead, and develop the Advanced Tooling and Automation team, setting clear expectations and standards for individual performance.
  • Conduct structured personnel evaluations, including performance reviews, development planning, and succession planning for key roles.
  • Coach and mentor engineers and program leads to build technical depth in tooling, automation, and controls.
  • Foster a culture of accountability, innovation, and continuous improvement within the department.

Qualifications

Education

  • Bachelor's degree in Mechanical, Industrial, Manufacturing, or Electrical Engineering required; or equivalent work experience.
  • Experience
  • 10+ years of progressive experience in tooling design, advanced manufacturing, automation, or industrial engineering, including 5+ years in a leadership role.
  • Proven track record of leading tooling and automation programs from concept through production launch.
  • Experience with composite manufacturing tooling strongly preferred.
  • Demonstrated experience developing standards, SOPs, and governance frameworks at an enterprise or multi-site level.
  • Experience managing capital budgets and evaluating ROI on equipment/automation investments.
  • Experience with controls platforms (e.g., Allen-Bradley/Rockwell, Siemens) and Industry 4.0/data integration tools preferred.

Skills & Competencies

  • Strong technical knowledge of tooling design, robotics, automation integration, and controls architecture.
  • Skilled in supplier negotiation, vendor management, and cost analysis.
  • Strong leadership, coaching, and organizational development skills.
  • Excellent communication skills, with ability to present to executive leadership.
  • Strategic thinker with hands-on execution capability.

If you enjoy innovation, and an opportunity to learn and contribute to a growing organization, CSP is the place for you!


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