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Job Description Template

Manufacturing Engineer (SMB) Job Description Template

- Function: A Manufacturing Engineer in an SMB is an on-site engineering specialist focused on the production/manufacturing function. They design, implement, and refine the processes and equipment used to produce the company"s goods . This role bridges the gap between product design and production, ensuring that factory floor operations are safe, efficient, and cost-effective. - Core Focus: The core focus is optimizing production workflows, maintaining quality standards, and reducing waste/costs through continuous improvement. This includes evaluating and improving manufacturing systems and layouts, introducing process innovations (e.g. automation or new tooling), and troubleshooting production issues to eliminate bottlenecks . The Manufacturing Engineer also ensures compliance with safety and regulatory requirements at all times . - Typical SMB Scope: In a 10-400 employee company, a mid-level Manufacturing Engineer wears many hats. They often handle end-to-end process engineering - from developing work instructions and training operators, to coordinating maintenance, quality assurance, and even some supply chain/vendor interactions. The scope is broad: rather than specializing in one narrow process area, they improve whatever processes most impact throughput and quality. They interact directly with shop-floor staff and management, adapting best practices to a smaller scale operation. (Assumption: mid-level ~3-7 years experience, reporting to an operations or plant manager.)

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Manufacturing Engineer (SMB) Responsibilities

  • Process Design & Improvement: Develop, document, and implement efficient manufacturing processes and standard operating procedures for production . Continuously analyze workflow and floor layout to improve throughput and reduce waste (applying Lean methods such as 5S or Kaizen)
  • Quality Control & Compliance: Monitor product quality and process outputs; design testing/ inspection methods to ensure products meet specifications
  • . Proactively recommend process adjustments to improve quality. Ensure all manufacturing activities comply with required safety standards and government regulations

  • Troubleshooting & Maintenance Coordination: Identify production bottlenecks or equipment issues and drive timely resolution
  • . This includes hands-on troubleshooting of machinery or process problems and coordinating with maintenance technicians for preventive maintenance or repairs to minimize downtime

  • Data Analysis & Reporting: Collect and analyze production data (cycle times, throughput, defect rates, etc.) and turn it into actionable insights
  • . Provide reports and recommendations to management based on trends - for example, capacity constraints or cost per unit analyses

    . Use statistical tools to validate process changes and maintain process capability.

  • Tooling & Equipment Optimization: Design or specify tooling, jigs, fixtures, and equipment needed for production
  • . Optimize equipment settings and placement to improve efficiency

    . Work with external vendors or integrators as needed for equipment upgrades, ensuring new equipment is safely integrated into the line.

  • Cross-Functional Collaboration: Work closely with other teams - e.g. product design/engineering, quality, supply chain, and production supervisors - to ensure smooth introduction of new products and changes. For example, review product designs for manufacturability, and participate in change control boards or design reviews to represent manufacturing needs
  • . Liaise with suppliers on technical requirements when troubleshooting material or component issues impacting production.

  • Training and Guidance: Provide technical guidance or training to production staff and machine operators on new processes or equipment. Develop training materials and ensure operators follow the correct procedures. Serve as the go-to person on the floor for process-related questions or troubleshooting.
  • Required Skills & Qualifications

  • Process Engineering & Lean Knowledge: Strong understanding of manufacturing processes and continuous improvement methodologies (Lean, Six Sigma). Ability to analyze workflows and identify waste or inefficiencies
  • . Familiarity with techniques like 5 Why"s, Kaizen, Value Stream Mapping, etc.

  • Manufacturing Equipment & Tooling: Hands-on knowledge of production equipment and tooling design. Capable of specifying or designing jigs/fixtures and optimizing machine settings. Understands preventive maintenance needs and basic automation/PLC concepts.
  • CAD/CAM & Technical Drawing Literacy: Proficiency with CAD software (e.g. SolidWorks, AutoCAD) for reviewing or creating technical drawings and tooling designs . Ability to interpret engineering drawings, schematics, and 3D models to ensure manufacturability. Exposure to CAM or CNC programming is a plus for an SMB environment.
  • Data Analysis & Statistics: Solid skills in using data to make decisions - e.g. competent with Excel for data analysis, able to calculate production metrics (cycle time, throughput, yield, OEE). Comfortable with basic statistics (control charts, capability studies) to analyze process performance
  • . Experience with quality software or even basic Minitab for Six Sigma is beneficial.

  • Materials and Methods Knowledge: Familiarity with the materials and fabrication processes relevant to the business (e.g. machining, welding, assembly, injection molding, etc.). Knows how material properties and manufacturing methods influence product quality and process choices. Able to recommend process parameters or alternate methods based on engineering principles.
  • Project Management Basics: Ability to manage small to mid-scale projects, such as process change implementations or new equipment installation. Skills in planning, scheduling, and coordinating resources to meet deadlines. Uses tools like Gantt charts or project checklists to ensure smooth execution.
  • Preferred Soft Skills

  • Problem-Solving & Analytical Thinking: Excellent analytical skills to systematically troubleshoot complex production problems and identify root causes
  • . Creative in generating practical solutions under real-world constraints.

  • Communication Skills: Strong written and verbal communication skills are essential
  • . Can clearly document processes, write reports, and create work instructions. Able to communicate changes or technical information to non-engineers (e.g. operators or management) in an understandable way.

  • Teamwork & Collaboration: Effective at working with cross-functional teams and building rapport with shop floor staff
  • . Listens to input from operators and colleagues, and works together to solve issues. A cooperative approach is vital in an SMB where departments (engineering, quality, operations) must closely collaborate.

  • Adaptability & Working Under Pressure: Able to stay calm and effective under the pressures of production deadlines or unexpected issues
  • . Adapts quickly to changes in production schedules or priorities. Willing to take on a variety of tasks as needed in a dynamic SMB setting (flexible and not "that"s not my job" attitude).

  • Attention to Detail: Diligent in following procedures and catching small details that could affect quality or safety
  • . This includes accurate record-keeping, noticing subtle trends in data, or spotting when a machine isn"t calibrated correctly. Ensures that nothing "falls through the cracks" in process changes or documentation.

  • Leadership & Influence: Even at mid-level, should demonstrate informal leadership - for example, leading a process improvement team or mentoring junior technicians. Able to influence others to follow best practices and foster a culture of safety and quality. (Note: This is not a management role, but leadership skills help in driving initiatives.)
  • Interview Questions for Manufacturing Engineer (SMB)

    1. Fit: "What do you enjoy most about working as a manufacturing engineer, and what keeps you motivated on tough days on the factory floor?
    2. If the candidate has difficulty clearly explaining technical concepts or past projects, it may indicate trouble communicating on the job. Similarly, if they cast blame on others (operators, management) for past failures instead of demonstrating accountability, it"s a red flag. It suggests they may not work well in a team-centric SMB environment.
    3. Drawing (textual): Question: "According to a process document, a drill hole depth is specified as 10.0 "0.1 mm. An operator"s log shows holes drilled mostly at 10.3 mm depth. What does this indicate and what action should you take?
    4. If you notice a coworker struggling to keep up with their tasks on the line, what would you do? (This assesses teamwork and leadership.) -Correct Answer (best action): Offer assistance or reallocate resources: e.g.
    5. How do you handle stress when multiple urgent issues occur at once in production? (Assesses composure and time management.) -Preferred Answer: Demonstrate calm prioritization: e.g.
    6. Process Improvement: "Tell me about a time when you implemented a significant improvement or change to a manufacturing process. What was the situation, what actions did you take, and what was the result?
    7. Handling Failure/Conflict: "Describe a time when a project or solution you worked on did not go as planned or failed. How did you handle it and what did you learn?
    8. Deep-Dive - Designing for Manufacturability: "Walk me through how you would plan and set up the manufacturing process for a new product our company is going to make. What steps would you take from design hand-off to full production?

    Frequently Asked Questions

    What does a Manufacturing Engineer (SMB) do?

    - Function: A Manufacturing Engineer in an SMB is an on-site engineering specialist focused on the production/manufacturing function. They design, implement, and refine the processes and equipment used to produce the company"s goods . This role bridges the gap between product design and production, ensuring that factory floor operations are safe, efficient, and cost-effective. - Core Focus: The core focus is optimizing production workflows, maintaining quality standards, and reducing waste/costs through continuous improvement. This includes evaluating and improving manufacturing systems and layouts, introducing process innovations (e.g. automation or new tooling), and troubleshooting production issues to eliminate bottlenecks . The Manufacturing Engineer also ensures compliance with safety and regulatory requirements at all times . - Typical SMB Scope: In a 10-400 employee company, a mid-level Manufacturing Engineer wears many hats. They often handle end-to-end process engineering - from developing work instructions and training operators, to coordinating maintenance, quality assurance, and even some supply chain/vendor interactions. The scope is broad: rather than specializing in one narrow process area, they improve whatever processes most impact throughput and quality. They interact directly with shop-floor staff and management, adapting best practices to a smaller scale operation. (Assumption: mid-level ~3-7 years experience, reporting to an operations or plant manager.)

    What qualifications does a Manufacturing Engineer (SMB) need?

    Process Engineering & Lean Knowledge: Strong understanding of manufacturing processes and continuous improvement methodologies (Lean, Six Sigma). Ability to analyze workflows and identify waste or inefficiencies. . Familiarity with techniques like 5 Why"s, Kaizen, Value Stream Mapping, etc.. . - Manufacturing Equipment & Tooling: Hands-on knowledge of production equipment and tooling design. Capable of specifying or designing jigs/fixtures and optimizing machine settings. Understands preventive maintenance needs and basic automation/PLC concepts..

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