Manufacturing Engineer - Rochester, NY

Do you enjoy owning the transformation of customer requirements and product designs into robust, scalable, and cost-effective manufacturing systems? IEWC is seeking a Manufacturing Engineer to lead manufacturing readiness for new and existing products, drive continuous improvement across the shop floor, and serve as the technical bridge between design engineering, operations, and customers.

This role goes beyond support - you will own manufacturing processes, influence design for manufacturability, and be accountable for cost, quality, and delivery performance in an electrical control panel manufacturing environment.

The Manufacturing Engineer will serve as the technical bridge between design engineering, operations, and customers. The Manufacturing Engineer will collaborate directly with customers to clarify requirements, resolve documentation issues, and support change implementation.

• Own the translation of customer drawings, specifications, and requirements into standardized, build-ready manufacturing processes.
• Identify critical-to-quality (CTQ) features and ensure they are properly controlled through process design, tooling, and documentation.
• Lead design-for-manufacturability (DFM) reviews and proactively drive improvements to reduce risk, labor, and rework.
• Develop and validate labor estimates, routings, and manufacturing assumptions for quoting and capacity planning.

• Lead manufacturing activities for NPI programs, ensuring BOM accuracy, routing integrity, and production readiness.
• Define pilot build strategy, lead pilot builds, and transition products smoothly into full production.
• Partner with Design Engineering to resolve gaps, ambiguities, and manufacturability concerns early.
• Establish process controls and acceptance criteria before release to production.

• Design, document, and optimize assembly processes for electrical control panels and related systems.
• Develop and maintain detailed work instructions, standard work, and visual aids to support safety, quality, and efficiency.
• Drive continuous improvement initiatives using Lean manufacturing principles (waste reduction, flow, standardization).
• Analyze production data to identify bottlenecks, quality trends, and opportunities for cost and cycle‑time reduction.

• Plan and manage manufacturing engineering deliverables across multiple projects simultaneously.
• Coordinate tooling, fixtures, equipment, materials, and labor requirements to support production schedules.
• Identify risks early, elevate appropriately, and implement corrective actions.
• Serve as a manufacturing engineering point of contact for Operations, Quality, Supply Chain, and Customers.

• Provide hands‑on engineering support during pilot builds, early production, and complex builds.
• Troubleshoot production issues related to process, tooling, documentation, or equipment.
• Collaborate directly with customers to clarify requirements, resolve documentation issues, and support change implementation.
• Support production equipment and machinery from a process and reliability standpoint.

• Comfortable operating independently with clear accountability for results.
• Strong problem‑solving mindset with a bias toward root cause and prevention.
• Able to manage competing priorities in a fast‑paced, custom manufacturing environment.
• Clear communicator who can influence across engineering, operations, and customers.

• Bachelor's degree in Mechanical Engineering, Industrial Engineering, Electrical…