Join Crusoe as a Mid-Career Manufacturing Engineer and play a key role in the optimization and support of our production facilities. While our design teams create the 3D models for modular integrated electronics buildings and power distribution equipment, you will focus on how these products are built
This role serves as the vital link between engineering design and the factory floor. You will be responsible for designing efficient plant layouts, driving throughput optimization, and providing daily production support to ensure we meet our manufacturing goals with safety and precision. You will participate actively in the product lifecycle, providing manufacturability feedback to design teams and implementing continuous improvements on the line
Plant Layout & Process Optimization: Design and update manufacturing floor layouts to optimize material flow, maximize space utilization, and ensure safe operator movements
Throughput Optimization: Analyze production data and perform time studies to identify bottlenecks; implement process improvements to balance assembly lines and increase overall facility throughput
Optimization & Metrics: Identify opportunities for improvements in First Pass Yield (FPY) and Overall Process Effectiveness (OPE)
Capacity Planning: Assist in calculating production capacity and resource requirements to support scaling operations for high-volume manufacturing
DFMA & NPI: Participate in Design for Manufacturability and Assembly (DFMA) reviews, providing feedback from the factory floor to simplify assembly and drive cost reductions
Work Instructions: Develop and maintain detailed Standard Operating Procedures (SOPs) and assembly instructions to ensure consistent quality across production teams
Tooling & Fixturing: Identify, design, and procure manufacturing aids, jigs, and fixtures to improve ergonomics, safety, and efficiency
Production Support & Quality: Resolve manufacturing issues in real-time and lead root cause analysis for defects or process deviations
Continuous Improvement: Champion a culture of safety, quality, and efficiency enhancements across the manufacturing department