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Yield Analysis Engineer Jobs in Michigan (NOW HIRING)

Niowave Inc.

Controls Engineer

Lansing, MI · On-site

$76K - $98K/yr

Implement feedback loops for beam stability and isotope yield maximization * Design and validate ... Conduct hazard analyses and perform system qualification testing in controlled radiation fields

HDR

Mechanical Engineer

Ann Arbor, MI · On-site

... economists, builders, analysts and artists. That's why we believe diversity is our greatest ... And that small details yield important realizations. Above all, we believe that collaboration is ...

HDR

Mechanical Engineer

Ann Arbor, MI

... economists, builders, analysts and artists. That's why we believe diversity is our greatest ... And that small details yield important realizations. Above all, we believe that collaboration is ...

Perrigo Company plc

Operations Support Engineer

Allegan, MI · On-site

$60K - $82K/yr

The Operations Support Engineer identifies and drives continuous improvement opportunities, leads ... downtime losses, and yield, using data analytics, Pareto analysis, and work center-based ...

Perrigo

Operations Support Engineer

Allegan, MI · On-site

$60K - $82K/yr

The Operations Support Engineer identifies and drives continuous improvement opportunities, leads ... downtime losses, and yield, using data analytics, Pareto analysis, and work center-based ...

Standex International

Manufacturing Engineer

Fraser, MI

$65K - $84K/yr

Optimize process parameters to reach stable levels of scrap, yield, cycle time, and throughput ... Lead structured root cause analysis using 8D or equivalent methodologies * Define and implement ...

Standex International

Manufacturing Engineer

Fraser, MI · On-site

$65K - $84K/yr

Optimize process parameters to reach stable levels of scrap, yield, cycle time, and throughput ... Lead structured root cause analysis using 8D or equivalent methodologies * Define and implement ...

Dart Container

Plastic Process Engineer

Mason, MI · On-site

Improve cycle times, scrap reduction, yield, and repeatability * Support new product launches and ... Proven experience analyzing production equipment, processes, and materials to resolve manufacturing ...

Standex International

Manufacturing Engineer

Fraser, MI · On-site

$65K - $84K/yr

Optimize process parameters to reach stable levels of scrap, yield, cycle time, and throughput ... Lead structured root cause analysis using 8D or equivalent methodologies * Define and implement ...

Norsk Hydro

Automation Engineer (20830)

Cassopolis, MI · On-site

Analyze process data (temperature profiles, throughput, fuel/energy usage, emissions) and implement ... Optimize process parameters to improve yield, metal recovery, energy efficiency, and reduce ...

Dart Container

Plastic Process Engineer

Mason, MI

Improve cycle times, scrap reduction, yield, and repeatability * Support new product launches and ... Proven experience analyzing production equipment, processes, and materials to resolve manufacturing ...

Dart Container

Plastic Process Engineer

Mason, MI · On-site

Improve cycle times, scrap reduction, yield, and repeatability * Support new product launches and ... Proven experience analyzing production equipment, processes, and materials to resolve manufacturing ...

OneStream Software

Senior SysOps Engineer

Birmingham, MI · Remote

$99K - $136K/yr

In addition to deep technical execution, this position requires strong analytical skills to ... Deliver automated and scalable solutions that yield operational efficiencies for Cloud Operations ...

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Yield Analysis Engineer information

What are Yield Analysis Engineers?

Yield Analysis Engineers are professionals who focus on analyzing and improving the manufacturing yield of products, particularly in industries like semiconductor fabrication. They collect and interpret process data to identify patterns, root causes of yield loss, and opportunities for process optimization. Their work helps companies maximize production efficiency and minimize defects, ultimately reducing costs and increasing profitability. Yield Analysis Engineers collaborate with cross-functional teams, including manufacturing, quality assurance, and process engineering, to implement solutions that improve yield.

What is the difference between Yield Analysis Engineer vs Process Engineer?

AspectYield Analysis EngineerProcess Engineer
Primary FocusAnalyzing and improving manufacturing yields through data analysisDesigning, implementing, and optimizing manufacturing processes
Skills & CertificationsData analysis, statistical tools, engineering fundamentalsProcess design, engineering principles, certifications like Six Sigma
Work EnvironmentManufacturing plants, R&D labs, data analysis teamsProduction floors, process development departments

While both roles are integral to manufacturing, Yield Analysis Engineers focus on analyzing yield data to identify issues and improve output, whereas Process Engineers develop and optimize manufacturing processes. Both roles require strong analytical skills and engineering knowledge, often working closely to enhance production efficiency.

How does a Yield Analysis Engineer typically collaborate with cross-functional teams to address manufacturing issues?

Yield Analysis Engineers regularly work alongside process engineers, product engineers, and quality assurance teams to identify and resolve manufacturing bottlenecks or defects. They analyze data from production lines, share findings with relevant teams, and participate in root cause analyses to implement corrective actions. This collaborative approach ensures that yield improvements are based on comprehensive insights and that solutions are effectively integrated into existing workflows. Strong communication and teamwork skills are essential in this role, as addressing yield challenges often requires input from multiple technical disciplines.

What are the key skills and qualifications needed to thrive as a Yield Analysis Engineer, and why are they important?

To thrive as a Yield Analysis Engineer, you need a solid background in electrical engineering, semiconductor manufacturing, and data analysis, typically supported by a relevant engineering degree. Experience with statistical analysis tools (like JMP or Minitab), data visualization software, and familiarity with yield management systems are commonly required. Strong problem-solving abilities, attention to detail, and effective communication skills help you identify issues and collaborate with cross-functional teams. These skills are crucial for optimizing manufacturing processes, reducing defects, and ensuring high product yield in a competitive semiconductor industry.
What are popular job titles related to Yield Analysis Engineer jobs in Michigan? For Yield Analysis Engineer jobs in Michigan, the most frequently searched job titles are:
What job categories do people searching Yield Analysis Engineer jobs in Michigan look for? The top searched job categories for Yield Analysis Engineer jobs in Michigan are:
What cities in Michigan are hiring for Yield Analysis Engineer jobs? Cities in Michigan with the most Yield Analysis Engineer job openings:
Yield Analysis Engineer jobs near you

Manufacturing Engineer

Infinity Staffing Professionals

Whitehall, MI • On-site

$70K/yr

Full-time

Medical, Dental, Vision, Life, Retirement, PTO

Posted 3 days ago

Job description

Manufacturing Engineer

Responsibilities
This position supports manufacturing by leading focused projects that improve throughput, reduce inventory, and reduce operating expenses. The Manufacturing Engineer drives labor cost reduction through cellular manufacturing and improved methods and equipment. This role applies standard engineering practices, analyzes data for accuracy, identifies discrepancies, and implements corrective actions. The position documents work, prepares technical reports, and collaborates with internal and external customers as required.

Compensation and Benefits
  • Starting pay: $70,000+ annually
  • Medical, dental, and vision insurance
  • 401(k) savings plan with employer match
  • Paid time off including vacation, holidays, and sick leave
  • Life insurance and employee assistance programs
  • Professional development and continuous improvement training opportunities

Job Roles
  • Systems thinker – Understands operations holistically; anticipates impacts; considers multiple pathways before decisions; thinks strategically with a long-view of scale and sustainability.
  • Optimizer – Challenges the organization to work smarter; ensures people have what they need to succeed.
  • Anticipation – Looks ahead to minimize issues and maximize advantages; prepares others for what is coming next.
  • Operational accelerator – Drives continuous improvement; understands automation impacts; advocates for safety, ergonomics, and scalable solutions.
  • Organization and structure – Works within existing systems while improving and standardizing them; provides accurate information; unites others around shared goals.
  • Influence – Uses knowledge, relationships, and data to persuade and educate; gains buy-in at scale; interacts effectively with diverse stakeholders.
  • Data informed – Focuses on quantifiable business outcomes; evaluates actions using data; explains the “why” behind decisions.
  • Prioritized reaction – Handles unforeseen issues without losing focus; reacts at the highest-leverage points.
  • Relationship – Builds rapport across shifts and functions; maintains a strong presence on the floor; serves as a liaison between shop floor and engineering.

Key Responsibilities
  • Develop manufacturing methods that consistently meet or exceed customer requirements.
  • Lead continuous improvement efforts by improving methods or creating new processes to increase yields and reduce labor content.
  • Conceive, evaluate, and implement problem-solving activities, cost reduction initiatives, and part/process improvements.
  • Investigate and analyze the root cause of customer issues; develop and implement corrective action plans.
  • Collect technical data, respond to customer requests, and provide general engineering support.
  • Prepare quotations by calculating material, scrap, and labor costs.
  • Participate in tooling development; support NPI activities, BOM creation, routings, and milestone planning; develop fixtures and dies.
  • Support process development for prototypes, instructions, and data analysis.
  • Troubleshoot, validate, and qualify equipment; support equipment design, build, or procurement.
  • Conduct time studies; develop cell layouts and standardized work.
  • Lead scrap reduction and yield improvement initiatives through data collection and analysis.
  • Provide floor coverage and daily process walk-throughs; collect and analyze manufacturing data.
  • Analyze labor efficiencies; reduce standard labor and process time through tooling and method improvements.
  • Review and disposition nonconforming parts.
  • Document work, maintain technical notes, and prepare reports.

Qualifications
Basic Qualifications
  • Bachelor’s degree in Engineering from an accredited institution
  • Legally authorized to work in the United States (no visa sponsorship available)

Preferred Qualifications
  • Internship, co-op, or work experience in a manufacturing or lab environment
  • Bachelor’s degree in Manufacturing, Industrial, or Mechanical Engineering or Manufacturing Technology
  • Experience with Kaizen, continuous improvement, and structured problem solving
  • Strong analytical, verbal, and written communication skills (including SOP development)
  • Ability to perform and analyze time studies and develop standardized work
  • Experience creating capacity analysis tools capturing cycle time, workload, and OEE
  • Experience implementing improved manufacturing processes, including new equipment (scoping, research, vendor quoting, budgeting, installation, start-up, project management)
  • Experience defining and implementing cell layouts, plant layouts, and ergonomic workstations
  • Experience with export control regulations
  • Ability to identify and eliminate non-value-added activities through observation and analysis
  • Ability to provide technical leadership through cross-functional teams
  • Ability to read and interpret blueprints
  • Experience with CAD (2D and/or 3D)