Lean Manufacturing Industrial Engineer

At Zygo, your skills and insights will be integral to our core values of curiosity, collaboration, and persistence. For over 50 years, Zygo Corporation in Middlefield, CT, has been a global leader in designing and manufacturing advanced optical metrology systems, ultra-precise optical components, and complex electro-optical systems and assemblies. Join our team, where your expertise will drive cutting-edge solutions, address complex technical challenges, and uphold the highest standards of precision and safety. At our Navitar segment, we design and manufacture high-performance optical imaging and photonics solutions used in life sciences, semiconductor, industrial inspection, and advanced research applications.
As a Lean Manufacturing / Industrial Engineer in our Rochester, NY facility, you will be responsible for improving productivity, reducing waste, increasing throughput, and enhancing manufacturing performance through the application of Lean Manufacturing, Industrial Engineering, and Continuous Improvement principles. The ideal candidate will partner closely with Operations, Engineering, Supply Chain, and Quality teams to optimize workflows, improve capacity utilization, and support scalable growth across a high-mix, low-volume precision manufacturing environment.
Key Responsibilities
Lean Manufacturing & Continuous Improvement
Lead Lean transformation initiatives focused on safety, quality, delivery, cost, and productivity.
Facilitate Kaizen events, value stream mapping workshops, and continuous improvement projects.
Identify and eliminate waste in manufacturing, material flow, administrative processes, and supply chain operations.
Develop and implement standardized work and visual management systems.
Promote a culture of continuous improvement through employee engagement and coaching.
Process Optimization
Analyze manufacturing processes to improve throughput, cycle time, yield, and overall equipment effectiveness.
Conduct time studies, work measurements, and labor utilization analyses.
Develop and maintain process maps, workflow documentation, and capacity models.
Identify bottlenecks and implement sustainable corrective actions.
Evaluate and improve manufacturing layouts to support efficient material and product flow.
Capacity Planning & Operational Performance
Support annual operating plans by developing labor, equipment, and capacity requirements.
Establish productivity metrics and operational KPIs.
Analyze performance trends and provide recommendations to improve efficiency and resource utilization.
Partner with Operations leadership to support production planning and growth initiatives.
Manufacturing Engineering Support
Partner with Engineering on new product introductions and manufacturing readiness activities.
Support Design for Manufacturability (DFM) initiatives.
Assist with implementation of new equipment, tooling, fixtures, and automation solutions.
Evaluate manufacturing methods and recommend improvements that increase throughput and reduce cost.
Updating SOP’s.
Data Analysis & Problem Solving
Utilize data-driven methodologies to identify improvement opportunities and measure results.
Lead root cause investigations using structured problem-solving tools.
Apply Lean, Six Sigma, and Industrial Engineering techniques to improve process capability and consistency.