Advanced Manufacturing Process Engineer

TRAK Group; Hamilton (OH); On-site; USD 85,000 - 125,000; Full time

Job summary

TRAK Group in Ohio is seeking an Advanced Manufacturing Process Engineer to drive process excellence, new product industrialization, and equipment reliability. You will collaborate across Quality, Logistics, Maintenance, and Product Engineering to keep production running smoothly and to champion safety and continuous improvement.

The role focuses on end-to-end manufacturing optimization, standard work, and cross-functional handoffs with the MPP group, plus training and sustaining best practices

Qualifications

• Significant manufacturing engineering experience with deep knowledge of automated assembly processes.
• Proficiency with 2D & 3D CAD tools.
• Solid grounding in Lean (6S, Kaizen, Kanban, SMED).
• Experience coordinating and presenting technical information to key component suppliers and customers.
• Self-starter who operates effectively without daily direction.
• Strong project management capabilities to plan, monitor, and control projects and ensure deadlines are met.
• Analytical, data-driven problem solver with strong root cause analysis skills.
• Able to read and interpret technical documents and blueprints.
• Track record of developing work processes that improve outcomes for teams and customers.

Responsibilities

• Lead cross-functional teams to create and maintain PFMEA.
• Own end-to-end integration of new products into manufacturing platforms, ensuring minimal disruption to lines.
• Provide rapid-response technical support for unplanned downtime and drive corrective actions.
• Optimize manufacturing processes end-to-end including flow, tooling, and equipment.
• Design, validate, and sustain tooling and production equipment; improve reliability with maintenance.
• Deliver training on work instructions, changeovers, and preventative maintenance.

Skills

Manufacturing engineering

2D CAD

3D CAD

Lean methodologies

Project management

Root cause analysis

Technical reading & blueprints

Data-driven problem solving

Teamwork & collaboration

Self-starter

Education

Bachelor’s degree in Mechanical Engineering

Tools

CAD (2D)

CAD (3D)

Job description

About the RolePicture your day starting with a quick safety walk-through, reviewing OEE dashboards, and aligning with Quality, Logistics, Maintenance, and Product Engineering to keep production running smoothly. As an Advanced Manufacturing Process Engineer, you will drive process excellence, new product industrialization, and equipment reliability while championing a culture of safety and continuous improvement.Day-in-the-Life HighlightsChampion a safe workplace by adhering to safety and environmental policies, reporting near misses, wearing required PPE, and encouraging others to do the same.Lead investigations and implementation of continuous improvement projects focused on equipment and processing.Partner daily with Quality, Logistics, Maintenance, and Product Engineering to provide timely production support.What You'll OwnOptimize manufacturing processes end-to-end: production flow, machining/assembly methods, manning plans, tooling, and production equipment for better safety, quality, and efficiency.Create, maintain, and continuously refine standardized work and operating instructions.Coordinate with the Manufacturing Process Planning (MPP) group to ensure a smooth and successful handoff.Deliver training to operators, Manufacturing Engineering Technicians, and other team members on work instructions, changeovers, and preventative maintenance.Consult with Product Engineering to determine optimal tooling and process strategies.Design and implement workplace layouts to improve process flow, material movement, and overall efficiency.Collaborate with Maintenance on preventative maintenance programs and spare parts strategies to maximize equipment uptime.Research and trial emerging manufacturing techniques to elevate process capability and performance.Lead cross-functional teams to create and maintain PFMEA.Analyze OEE and downtime root causes, then recommend data-driven productivity and stability improvements.New Product IndustrializationLead the end-to-end integration of new products into specialized manufacturing platforms, including process development, design for manufacturability, and cross-functional coordination—ensuring minimal disruption to existing lines.Design, validate, and sustain specialized tooling and production equipment; partner with Maintenance and Operations to improve reliability, resolve recurring issues, and implement preventative strategies.Provide rapid-response technical support for unplanned downtime, applying structured root cause analysis and driving corrective and preventive actions to boost line stability and reduce repeat failures.Own manufacturing readiness for launches: validate processes, run pilot builds, and scale production with robust controls to hit quality, safety, and delivery targets without impacting current output.Build and share specialized engineering know-how, standardize best practices, mentor peers, reduce organizational risk, and grow long-term team capacity.Performs all other duties and responsibilities as assigned.Qualifications & ExperienceSignificant manufacturing engineering experience with deep knowledge of automated assembly processes.Proficiency with 2D & 3D CAD.Expert user of Microsoft Outlook, Word, Excel, and PowerPoint.Solid grounding in Lean (6S, Kaizen, Kanban, SMED).Experience coordinating and presenting technical information to key component suppliers and customers.Confident communicator in one-on-one and small-group settings with customers, clients, and stakeholders.Proven ability to interpret customer specifications and industry standards.Self-starter who operates effectively without daily direction.Strong project management capabilities to plan, monitor, and control projects and ensure deadlines are met.Excellent teamwork and interpersonal skills, with the ability to work independently as needed.Analytical, data-driven problem solver with strong root cause analysis skills.Able to read and interpret technical documents and blueprints.Highly organized; capable of thriving independently and within a team.Demonstrates integrity, fairness, and accountability.Meticulous attention to detail with strong organizational and communication skills.Track record of developing work processes that improve outcomes for teams and customers.EducationBachelor’s degree in Mechanical Engineering preferred; equivalent training and experience will be considered.