Industrial Automation and Process Optimization Engineer

Job Description

Job Description

Industrial Automation and Process Optimization Engineer Is this you?

• Do you enjoy taking a new product from concept to stable, efficient, high-volume production?
• Can you translate process flows into right-sized equipment, labor models, and error-proofed work instructions?
• Are you equally comfortable debugging PLC logic on the floor and leading a cross-functional launch review?

What you will do

• Design end-to-end manufacturing systems for new introductions: process flow, equipment selection, and labor modeling
• Develop standardized work, assembly methods, and robust error-proofing
• Create Lean-oriented plant and line layouts
• Own manufacturing readiness and program launch execution
• Coordinate installation, moves, and capability/validation of production equipment
• Lead capital projects and facility improvements
• Define scope, review technical specifications, and conduct vendor equipment validations prior to shipment
• Apply 8D and root cause analysis to resolve production problems
• Continuously elevate throughput, first-pass yield, and labor efficiency
• Administer Engineering Change and orchestrate cross-functional rollout
• Embed AIAG Core Tools (APQP, PPAP, FMEA, SPC, MSA) into your workflows
• Support maintenance planning and drive equipment reliability; step in to lead/coordinated maintenance efforts when required
• Travel to customer/supplier locations for launches, audits, and validations
• Mentor junior engineers and set standards for safe system design

What you bring Required

• Bachelor’s degree in Engineering or related field
• Experience in a manufacturing/assembly engineering setting
• Knowledge of manufacturing systems, equipment, and production processes
• AutoCAD proficiency and familiarity with standard engineering tools
• Working knowledge of AIAG Core Tools
• PLC programming and troubleshooting capability
• Supplier/vendor/contractor management experience
• Strong communication skills and demonstrated leadership

Preferred

• 3–5 years of manufacturing engineering experience
• Background in automotive or other high-volume assembly
• Experience with robotics, automation, or controls
• Maintenance planning or team leadership
• Lean Manufacturing or Six Sigma toolkit
• Capital equipment projects or installations

Compensation

• $85,000 to $100,000+/year - based on experience

Candidates with significant manufacturing experience in lieu of a degree may be considered.

Core tools and technologies you will use

• Industrial and Manufacturing Engineering
• SPC, PFMEA, APQP
• Process Engineering
• Industrial Electrical Systems
• Mechanical Systems and Component Repair
• Automotive Manufacturing Systems
• Engineering Degree
• PPAP
• Allen‑Bradley PLCs
• AutoCAD
• Siemens PLCs

How you will succeed

• Keep safety at the forefront of every design decision
• Build strong partnerships with vendors and internal teams
• Use data and AIAG Core Tools to drive repeatable, high-quality outcomes