Imagine walking into a factory that is about to become one of the most advanced production environments in aerospace and defense. Processes are being built, layouts are being designed, and every decision you make shapes how the entire plant will operate. As Head of Plant, you will design the backbone of production, transforming ideas into efficient, high performance manufacturing systems.
· Define and lead the industrial engineering strategy for the plant to enable scalable UAV manufacturing. · Design and implement the factory layout, including production zones, assembly lines, logistics areas, and testing facilities. · Establish efficient material flow, workstations, and production infrastructure to optimize throughput and operational efficiency. · Implement Lean Manufacturing and Six Sigma methodologies to drive continuous improvement and reduce waste. · Develop standardized manufacturing processes, work instructions, and process documentation to ensure repeatable quality. · Define production capacity planning models based on demand forecasts, equipment utilization, and workforce requirements. · Collaborate with product engineering teams to integrate Design for Manufacturing (DFM) and Design for Assembly (DFA). · Establish and monitor production KPIs including throughput, efficiency, yield, downtime, and cost performance. · Implement manufacturing systems, automation opportunities, and digital monitoring tools to improve operational visibility. · Coordinate cross‑functional collaboration between engineering, production, quality, and supply chain teams. · Support the transition from prototype development to full‑scale production. Identify production risks and operational bottlenecks and implement corrective actions to maintain production stability
· Define and lead the industrial engineering strategy for the plant to enable scalable UAV manufacturing. · Design and implement the factory layout, including production zones, assembly lines, logistics areas, and testing facilities. · Establish efficient material flow, workstations, and production infrastructure to optimize throughput and operational efficiency. · Implement Lean Manufacturing and Six Sigma methodologies to drive continuous improvement and reduce waste. · Develop standardized manufacturing processes, work instructions, and process documentation to ensure repeatable quality. · Define production capacity planning models based on demand forecasts, equipment utilization, and workforce requirements. · Collaborate with product engineering teams to integrate Design for Manufacturing (DFM) and Design for Assembly (DFA). · Establish and monitor production KPIs including throughput, efficiency, yield, downtime, and cost performance. · Implement manufacturing systems, automation opportunities, and digital monitoring tools to improve operational visibility. · Coordinate cross‑functional collaboration between engineering, production, quality, and supply chain teams. · Support the transition from prototype development to full‑scale production. Identify production risks and operational bottlenecks and implement corrective actions to maintain production stability
Destinus is an equal‑opportunity employer. We value diversity in our companies and our teams and do not discriminate based on age, race, religion, color, country of origin, gender, sexual orientation, or disability status.
Destinus – Challenge the limits of time, space, and human potential