Evaluates and improves manufacturing processes by design of experiment, and conducting time studies to model production lines
Determines production throughput capabilities and line capacities, space requirements, equipment layouts, workflow, standard manning, labor efficiencies, and identifying bottlenecks
Applies knowledge of product design, fabrication, assembly, tooling, and materials; consulting with equipment vendors and observations from operators
Develops manufacturing processes by studying product requirements; researching, designing, modifying, and testing manufacturing methods and equipment; applying lean manufacturing practices
Researches and helps develop short- and long-term strategic improvements to manufacturing processes to improve safety, quality, maximize efficiency, improve throughput, increase yields, reduce scrap, and align with business needs
Collaborates with Quality Engineering to define standard work processes to assure product and process quality, including design of testing methods for finished-product and process capabilities
Provides manufacturing decision-making information by calculating production, labor, and material costs; reviewing production schedules to estimate future requirements
Supports Operations by working with Reliability, Automation, and Maintenance teams to keep equipment operational and maximize Operational Equipment Effectiveness
Define and develop specific user requirements for procurement of new equipment; lead Safety, Quality, Operations, Reliability, Automation, Tool Room, and Maintenance teams through Site Acceptance Testing and Factory Acceptance Testing to prove-out equipment capabilities
Finalizes drawings and specifications for new manufacturing equipment or modifications to existing equipment, following established Engineering guidelines
Supports efforts to set standards for machine/equipment specifications, designs, buyoff criteria, drawings, and other as-required documentation
Lead Root Cause Analysis of manufacturing process problems or quality issues and update processes and/or procedures to reflect continuous improvement
Lead multiple projects at one time to include planning, project, and capital management, purchasing, installing, runoff and commissioning of manufacturing equipment and processes
Requirements
Bachelor’s degree in mechanical engineering (or related college degree)
Minimum 8 years engineering experience
Microsoft Office Suite with proficiency in Excel and Visio
MS Project or equivalent project management software
AutoCAD, Inventor, or equivalent modeling software
Knowledge of manufacturing equipment and processes; automated and manual assembly processes; tooling, die and fixture design
Engineering mechanics, heat transfer, electrics and electronics, hydraulics, pneumatics
Control system principles and equipment
Statistical process control
Demonstrated knowledge of high mix/volume manufacturing methods, procedures, and cost-reduction techniques in a Lean environment
Working knowledge of Lean Manufacturing tools: including 5S, Value Stream Mapping, Standard Work, Pull Systems, Cellular Manufacturing and Kaizen events
Experience leading project teams preferred
Benefits
Three comprehensive Medical plan options
Prescription
Dental
Vision
Company Paid Life Insurance
Voluntary Life Insurance
Supplemental Hospital Indemnity, Critical Illness, and Accident Insurance
Company-paid Short-Term Disability
Company-paid Long-Term Disability
Paid time off (PTO), including Vacation, Personal, and paid Holidays
401k retirement plan with company match
Employee Assistance Program
Teladoc
Legal Insurance
Identity Theft Protection
Pet Insurance
Team Member Discount Program
Tuition Reimbursement
Yearly Wellness Clinic
Competitive salary and benefits package
ATS Keywords
Tip: use these terms in your resume and cover letter to boost ATS matches.
Hard skills
manufacturing processesdesign of experimenttime studieslean manufacturing practicesstatistical process controlengineering mechanicsheat transferelectrics and electronicshydraulicspneumatics