Manufacturing Engineer

CEL - Critical Power•Williamsburg, VA

About The Position

Reporting to the Continuous Improvement Manager, the Manufacturing Engineer is responsible for designing, optimizing and supporting manufacturing processes to ensure efficient, cost-effective and high-quality production of our low voltage switchgear products. This role involves continuous improvement, technical problem-solving, and collaboration across production, quality, and design teams. The successful candidate will be passionate about what they do and thrive in a fast-paced environment.

Requirements

Degree in Manufacturing Engineering, Mechanical/Electrical Engineering, or related discipline.
+5 years’ experience in a manufacturing engineering role, preferably in electrical or mechanical assembly.
Strong knowledge of lean manufacturing and continuous improvement tools.
Proficiency in MS Office, CAD software and ERP systems.
Excellent problem-solving, analytical, decision-making skills.
Strong communication and negotiation skills.
Capable of managing short-term project teams and fostering collaboration across departments.

Responsibilities

Process Design & Optimization:
Develop and improve manufacturing processes for assembly of low voltage switchgear.
Implement lean manufacturing principles to reduce waste and improve throughput.
Create and maintain process documentation, work instructions, and SOPs.
Production Support:
Provide technical support to resolve process and equipment issues on the shop floor.
Ensure smooth transition from design to production, including process validation.
Monitor and improve cycle times and overall equipment effectiveness (OEE).
Equipment & Tooling Management:
Specify, procure, and maintain production equipment and tooling.
Optimize machine setups and ensure preventive maintenance schedules are followed.
Introduce automation and ergonomic solutions where feasible.
Quality Assurance:
Collaborate with Quality team to ensure compliance with electrical standards and specifications.
Conduct root cause analysis for defects and implement corrective actions.
Support initiatives to improve First Pass Yield and reduce scrap.
New Product Introduction:
Work with design engineering to industrialize new products for manufacturability.
Develop process flows, work instructions, and training for new product launches.
Ensure scalability of processes for medium-volume production.
Data Analysis & Reporting:
Monitor key metrics such as cycle time, scrap rate, and OEE.
Use data-driven approaches to identify bottlenecks and implement improvements.
Prepare reports for management on process performance and improvement projects.
Safety & Compliance:
Ensure all processes comply with health, safety, and environmental regulations.
Conduct risk assessments for new equipment and processes.
Promote a culture of safety on the shop floor.
Continuous Improvement:
Lead Kaizen events and Six Sigma projects to enhance productivity.
Drive cost reduction initiatives without compromising quality.
Stay updated on new manufacturing technologies and best practices.