Mechanical Engineer - Manufacturing

Harmon, Inc.

The Manufacturing Engineer is a hands‑on role responsible for improving manufacturing processes, productivity, quality, cost, and overall operational performance. This role independently owns improvement initiatives, technical problem solving, process optimization, and project execution while partnering with Operations, Maintenance, Quality, Engineering, and shop‑floor employees to deliver sustainable, measurable results.

POSITION

DESCRIPTION:

Identify and execute manufacturing improvements that increase productivity, throughput, quality, safety, and cost performance.

• Own improvement projects from problem identification through implementation, validation, and sustainment.
• Work directly on the manufacturing floor to solve recurring problems, remove bottlenecks, and improve process flow.
• Use data and structured problem solving to convert improvement opportunities into measurable operational and financial results.

EXPERIENCE:

What you need to be successful

• Bachelor's degree in manufacturing, Mechanical, Industrial Engineering, or a related technical field.
• Manufacturing experience with hands‑on process improvement and problem solving.
• Fabrication, machining, CNC, welding, assembly, tooling, or fixtures experience preferred.
• Strong analytical, project management, and communication skills.

RESPONSIBILITIES:
Own the outcome

Take responsibility for assigned improvements from initial problem definition through implementation and sustained results. Maintain strong follow‑through and accountability for commitments, actions, and project deliverables.

Act with urgency

Move from analysis to action. Test practical solutions, remove barriers, and maintain momentum while balancing safety, quality, cost, and operational needs.

Communicate and collaborate

Work effectively with operators, supervisors, Maintenance, Quality, Engineering, and leadership. Communicate technical issues clearly, listen to the people doing the work, and build alignment around solutions.

Work from the floor

Spend time where the work occurs to understand the current condition, identify root causes, and develop practical solutions that can be implemented and sustained by the operation.

Manufacturing Process Improvement

Evaluate existing manufacturing processes and implement improvements that increase safety, quality, productivity, throughput, capacity, and cost performance. Identify waste, constraints, variation, and recurring operational issues.

Project Ownership

Lead manufacturing and Continuous Improvement projects from opportunity identification through implementation, validation, and sustainment. Establish clear objectives, actions, milestones, expected impact, and completion dates.

Technical Problem Solving

Lead structured root‑cause investigations for manufacturing issues involving equipment, tooling, quality, productivity, labor, or process performance. Develop countermeasures, verify effectiveness, and prevent recurrence.

Fabrication and CNC Optimization

Improve fabrication, machining, CNC, assembly, and related manufacturing processes through setup reduction, cycle‑time improvement, tooling optimization, process refinement, and improved methods.

Tooling, Fixtures and Equipment

Develop, modify, and improve tooling, fixtures, equipment, layouts, and manufacturing methods to improve repeatability, ergonomics, flow, quality, and operational performance.

Labor, Flow and Capacity

Analyze labor, production, downtime, throughput, scrap, quality, and capacity data to identify constraints and improvement opportunities. Improve labor utilization, material flow, machine utilization, and available capacity.

Standard Work and Sustainment

Develop and maintain standard work, work instructions, process documentation, and visual controls. Partner with…