Top Industrial Engineering Jobs

The role involves overseeing industrial engineering across two manufacturing sites, focusing on production efficiency, workflow design, and continuous improvement using lean manufacturing and six sigma techniques.

Lead plant process and continuous improvement efforts to optimize output, reduce downtime and scrap, and improve material usage. Develop SOPs, run data analysis, drive cost-reduction projects, implement CI tools (Lean, Six Sigma, DOE, Kaizen), design work cell layouts, and manage equipment introductions and capital projects while ensuring HSE compliance and training.

Optimize manufacturing processes through engineering expertise and analytical skills, improving productivity, quality, and safety while ensuring customer satisfaction.

The Electrical Project Engineer will design low to medium voltage power systems, perform engineering calculations, and collaborate with cross-functional teams while mentoring juniors and engaging with clients.

Design, simplify, and optimize manufacturing processes and material flow to improve throughput, quality, safety, and cost. Lead process improvements and automation projects (robotics, AGVs/AMRs, ASRS), support equipment selection, commissioning, and startup, develop standard work and training, and monitor KPIs to drive continuous improvement across cross-functional teams.

The Senior Staff Process Development Engineer oversees manufacturing line design, capacity analysis, and process validation while leading cross-site initiatives and mentoring junior engineers.

The Senior Electrical Engineer oversees project delivery within industrial buildings, leading teams, managing budgets, and ensuring compliance with standards. They engage with clients and collaborate with multiple stakeholders while mentoring junior engineers.

The Industrial Engineer III will lead production system analysis, optimize processes, coach teams in Lean and Six Sigma methodologies, and collaborate with cross-functional teams to enhance operational effectiveness.

Develop and standardize scalable manufacturing processes and tools for MK2 vehicle production. Create work instructions, process validation, capacity planning, metrics dashboards, cost models, and BOPs. Support NPI, cross-functional collaboration with engineering, supply chain, and quality, and lead continuous improvement using Lean and Six Sigma.

The Manufacturing Process Engineer develops manufacturing processes, handles equipment programming and training, and leads process improvements while ensuring compliance with quality standards.

Lead factory readiness and industrialization for aerospace hardware: manage schedules, implement MES and line setups, resolve production constraints, drive SQDC metrics, integrate engineering changes, and develop training and escalation systems.

The Industrial Engineer Tech II supports the engineering department in managing production systems, including maintaining data in various systems and assisting with layout updates and time studies.

The Industrial Engineer evaluates and improves plant performance across safety, quality, output, and costs, managing projects and conducting engineering studies.

Analyze, design, and optimize aluminum extrusion and drawing manufacturing processes to improve throughput, quality, and cost. Lead continuous improvement (Kaizen, Six Sigma), conduct time studies and root cause analysis, implement process controls and SOPs, support automation and capital projects, train staff, and ensure regulatory, safety, and quality compliance.

Plan and oversee equipment, office, and production layouts; conduct operations studies to maximize workflow and space utilization; design and manage capital projects; support equipment feasibility, supplier selection, and new equipment installation; implement process changes to improve efficiency and ensure safety. Frequent travel and occasional lifting required.

Lead wafer‑fab capacity, labor and dispatching models; perform capacity and cycle‑time analysis; maintain site systems; run Kaizen and cross‑functional improvement projects to increase productivity.

Design, implement, and optimize manufacturing processes for UAV assembly and components. Lead lean initiatives, create work instructions and PFMEAs, analyze production metrics, support automation and Industry 4.0 integration, ensure AS9100/ITAR/ISO compliance, and collaborate with design, quality, and supply chain to improve productivity and quality.

Develop and optimize manufacturing processes for UAV assembly and components, apply lean methods to reduce cycle time and scrap, lead Kaizen/5S events, create work instructions and PFMEAs, support automation/Industry 4.0 integration, ensure AS9100/ITAR/ISO compliance, and collaborate with design, quality, and supply chain for production ramp-up.

Design, program, and support PLCs and HMIs; troubleshoot automation, electrical, and communication systems; lead reliability and modernization projects; analyze performance data; support installations, backups, testing, and documentation in a manufacturing environment.

Support and improve composite production processes for A350 ramp-up, ensure Airbus composite process compliance (AIPI/AIPS), advise management, write machine/environment specifications, coordinate lessons learned across plants, and lead process improvement projects to reduce lead time and cost.

Oversee light-industrial construction projects by managing contracts, documentation, buyout/purchasing, subcontractor relations, schedules, owner/architect communication, pay applications, and ensuring contract conformity and performance.

Prepare accurate bids and quantity surveys for light industrial projects by soliciting and reviewing subcontractor proposals, using take-off software, completing scope sheets, coordinating trades, distributing addenda, and supporting handoffs to project management.

Own and operate the SCADA and industrial infrastructure across hybrid-cloud and on-prem sites: administer SCADA servers and historian, maintain OPC data paths, ensure high availability and disaster recovery, implement monitoring and runbooks, support enterprise datacenter/colocation designs, and respond to occasional after-hours incidents and travel.

Lead industrial-engineering initiatives to improve labor productivity, flow, capacity, standard work, and throughput. Perform time studies, process mapping, layout and bottleneck analysis, build dashboards, partner with cross-functional teams, and implement scalable factory operating systems and improvements.

Lead industrial engineering efforts to analyze production data, optimize capacity and staffing, develop UI tools (capacity model, inventory optimization, cycle-time trackers), drive continuous improvement (Lean, Six Sigma, Kaizen), partner with manufacturing and cross-functional teams, present operational metrics to senior management, and implement solutions to improve efficiency and throughput.