Industrial Manufacturing Engineer

About the position

Schneider Electric USA, Inc. seeks an Industrial Manufacturing Engineer in Greensboro, NC. The role involves performing a variety of engineering work related to safety, process, and system improvements, and maintaining related applications. The engineer will work on daily and long-term continuous improvement projects using manufacturing, quality, and Schneider Production System (SPS) tools to resolve issues. Additionally, the engineer will support new product development projects, determining cost estimates, design concepts, and engineering criteria along with conceptual process layouts for given projects. Maintaining the design intent and integrity of products assembled in the floor shop is also a key responsibility. The engineer will act as an expert specialized in several areas of knowledge regarding production/manufacturing processes in an entity, including SPS: process design, ergonomics, capacity, simulation tools, investment, cost analysis, and performance. A strong contribution to continuous improvement actions is expected.

Responsibilities

• Perform engineering work related to safety, process, and system improvements.
• Maintain related applications.
• Work on daily and long-term continuous improvement projects using manufacturing, quality, and SPS tools.
• Support new product development projects, determining cost estimates, design concepts, and engineering criteria.
• Maintain the design intent and integrity of products assembled in the floor shop.
• Act as an expert in production/manufacturing processes.
• Contribute to continuous improvement actions.

Requirements

• Bachelor's or Master's degree, or foreign equivalent, in Industrial, Mechanical, Electrical, or Civil Engineering, or related Engineering field.
• 2 years of experience with Bachelor's degree or 0 years with Master's in manufacturing engineering or related occupation.
• Experience or education in manufacturing engineering.
• Designing line architecture, including workflows, process manuals, and problem-solving assembly issues.
• Creating and reviewing PFMEA's, CAPA, and control plans for manufacturing processes.
• Performing line balancing and time studies to optimize overall assembly processes and reduce cycle time.
• Implementing process changes by identifying bottlenecks and recommending actions to reduce inefficiencies.