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Description

Description

About Manufacturing Maintenance Solutions (MMS)

Since 2002, Manufacturing Maintenance Solutions (MMS) has been a trusted name in industrial maintenance, partnering with top-tier manufacturers and Fortune 100 companies to deliver unmatched service and results. Founded on a vision to exceed customer expectations, MMS has built a reputation for excellence, innovation, and unwavering dedication to client success.

At MMS, we don’t just maintain machines—we Maintain Your Success. Our team of highly skilled technicians and engineers is the backbone of our business, and we are committed to attracting, developing, and retaining the very best talent. We provide a supportive and safety-focused environment where our people thrive and deliver exceptional value to our customers.

Why Work with MMS?

• A People-First Culture – We invest in our team so they can deliver excellence.
• Top-Notch Talent – Join a company that values your skills and supports your growth.
• Customer-Centric Approach – Be part of a team that tailors its services to meet real-world client needs.
• Proven Industry Leader – With over two decades of experience, MMS offers the stability and growth opportunities you’re looking for.
• Commitment to Quality – We continually improve our processes and prioritize workplace safety to ensure the best outcomes for our clients and team.

If you’re ready to join a company that values innovation, teamwork, and long-term success, for both our clients and our employees, then MMS is the place for you.

Position: Manufacturing Engineer
Shift: 1st Shift
Compensation: $29-$33/ hour DOE

Overview of role:

The Manufacturing Engineer is responsible for designing, developing, and optimizing manufacturing processes, systems, and equipment to support the efficient, safe, and cost-effective production of high-quality products. This role serves as a key link between engineering design and manufacturing operations, ensuring product designs are effectively translated into reliable and scalable production processes.

The Manufacturing Engineer supports new product introductions, resolves production and quality issues, and leads continuous improvement initiatives to enhance productivity, process capability, and overall operational performance. Working collaboratively with cross-functional teams—including engineering, quality, operations, maintenance, and suppliers, the Manufacturing Engineer ensures manufacturing processes meet quality, safety, and regulatory requirements while aligning with organizational goals.

Primary Responsibilities:

• Create and maintain manufacturing documentation including work instructions, tool lists, inspection guides, Control Plans, and Process Failure Mode Effects Analysis (PFMEA).
• Lead and participate in Lean Manufacturing initiatives such as Kaizen events, 5S improvements, and waste-reduction projects.
• Apply creative problem-solving to address operational challenges including ergonomics, safety, efficiency, process bottlenecks, and quality issues.
• Collaborate with internal stakeholders and external suppliers to develop and manage manufacturing projects, ensuring cost-effective and efficient production systems.
• Provide technical manufacturing support related to process control and internal certification requirements.
• Monitor and improve equipment reliability by identifying problem areas, performing root cause analysis, and serving as the technical expert for assigned value streams.
• Ensure compliance with all manufacturing standards, internal procedures, safety requirements, and OSHA regulations.

Core Competencies:

• Automation and Advanced Manufacturing: Demonstrated expertise in collaborative automation technologies and methodologies, with the ability to design, implement, and optimize automated manufacturing systems.
• Analytical Decision-Making: Strong critical thinking and data analysis skills, enabling effective evaluation of complex situations, risk assessment, and sound technical decision-making.
• Manufacturing Engineering Expertise: Comprehensive understanding of manufacturing engineering principles, including the design, development, and implementation of machines, tooling, materials, and production systems.
• Lean Manufacturing and Continuous Improvement: Proficient in lean manufacturing principles and methodologies, with the ability to apply and sustain lean practices to improve efficiency, quality, and flow within production environments.
• Manufacturing Process Management: In-depth knowledge of manufacturing processes, technologies, and workflows, with the capability to plan, control, and continuously improve end-to-end manufacturing operations.
• Structured Problem Solving: Skilled in applying structured problem-solving tools and techniques to identify root causes, resolve operational challenges, and prevent recurrence of process and quality issues.

Key Deliverables:

The Manufacturing Engineer is accountable for delivering solutions and documentation that ensure safe, efficient, high-quality, and cost-effective manufacturing operations. Typical key deliverables include:

Manufacturing Processes and Systems

• Defined, validated, and optimized manufacturing processes
• Process flow diagrams and production layouts
• Standardized work methods and cycle time optimization

Manufacturing Documentation

• Work instructions and standard operating procedures (SOPs)
• Control Plans, PFMEAs, and process capability documentation
• Tool lists, inspection plans, and quality checkpoints

New Product Introduction (NPI) Support

• Manufacturability assessments and design-for-manufacturing (DFM) feedback
• Process validation and production readiness for new products
• Equipment, tooling, and fixture requirements for new launches

Tooling, Equipment, and Capital Projects

• Tooling and fixture designs or specifications
• Equipment selection, justification, and commissioning
• Capital project documentation from business case through installation and validation

Continuous Improvement Outcomes

• Lean manufacturing initiatives (Kaizen, 5S, waste reduction)
• Measurable improvements in cost, quality, delivery, and productivity
• Process improvements driven by data and performance metrics

Quality and Reliability Improvements

• Root cause analysis and corrective action implementation
• Process capability improvements and defect reduction
• Equipment reliability and uptime improvements

Automation and Technology Implementation

• Automated or semi-automated manufacturing solutions
• Integration of collaborative automation and advanced manufacturing technologies

Safety and Compliance

• Ergonomically sound and OSHA-compliant processes
• Risk assessments and mitigation actions for manufacturing operations

Cross-Functional Collaboration

• Technical support for operations, quality, maintenance, and supply chain
• Supplier collaboration and technical oversight for manufacturing solutions

Requirements

Required Qualifications:

• Bachelor’s degree in Manufacturing Engineering, Mechanical Engineering, Industrial Engineering, or a related engineering discipline.
• Working knowledge of manufacturing processes, production systems, and industrial equipment.
• Experience developing and maintaining manufacturing documentation such as work instructions, SOPs, Control Plans, and PFMEAs.
• Familiarity with Lean Manufacturing principles and continuous improvement methodologies.
• Strong analytical, problem-solving, and root cause analysis skills.
• Ability to interpret engineering drawings, specifications, and technical data.
• Experience supporting new product introductions and process validation activities.
• Knowledge of quality systems, process control, and inspection methods.
• Understanding of workplace safety requirements and OSHA regulations.
• Effective communication skills with the ability to collaborate across cross-functional teams and with external suppliers.
• Proficiency with standard engineering and manufacturing software tools (e.g., CAD, ERP, MES, or similar systems).

Desired Qualifications:

• Master’s degree in Manufacturing Engineering, Mechanical Engineering, Industrial Engineering, or a related field.
• Previous experience in a high-volume, regulated, or complex manufacturing environment (e.g., automotive, aerospace, medical devices, or electronics).
• Hands-on experience with automation, robotics, or collaborative automation systems.
• Demonstrated success leading Lean Manufacturing initiatives such as Kaizen events, value stream mapping, and waste reduction projects.
• Experience with tooling and fixture design, cutting tool selection, and machining processes.
• Knowledge of statistical process control (SPC), Six Sigma methodologies, and data-driven quality improvement.
• Familiarity with capital equipment projects, including business case development, installation, and commissioning.
• Experience working with suppliers on technical development, cost reduction, or process improvements.
• Proficiency with advanced CAD, simulation, or manufacturing analysis tools.
• Professional certifications such as Lean Six Sigma Green Belt/Black Belt, Certified Manufacturing Engineer (CMfgE), or equivalent.
• Strong project management skills with the ability to manage multiple priorities and timelines effectively.
• Demonstrated ability to mentor technicians or junior engineers and influence cross-functional teams.

Technology Requirements:

• CAD and Design Tools: Proficiency with CAD software (e.g., AutoCAD, SolidWorks, Creo, or similar) for reviewing product designs, creating layouts, and supporting tooling or fixture design.
• Manufacturing Systems: Experience using ERP, MES, or MRP systems for production planning, routings, bills of material, and manufacturing data management.
• Process Documentation Tools: Ability to create and maintain manufacturing documentation using standard office and documentation tools (e.g., Microsoft Office, SharePoint, or similar platforms).
• Data Analysis and Reporting: Familiarity with data analysis tools such as Excel (advanced functions), statistical software, or business intelligence tools to analyze process performance and drive improvements.
• Quality and SPC Software: Experience with quality management systems, SPC software, and inspection tools for monitoring process capability and compliance.
• Automation and Controls: Working knowledge of automation technologies, PLCs, robotics, collaborative automation, sensors, and control systems used in manufacturing environments.
• Equipment and Maintenance Systems: Experience with CMMS or maintenance tracking systems to support equipment reliability and uptime improvements.
• Project Management Tools: Familiarity with project management software or tools used to track timelines, resources, and deliverables.
• Digital Manufacturing Tools: Exposure to simulation, digital work instructions, or smart manufacturing technologies is preferred.
• Cybersecurity and IT Awareness: Basic understanding of IT and cybersecurity best practices as they relate to manufacturing systems and connected equipment.