Senior Industrial Engineer

Location:

Cedar Park, TX (100% onsite) with approximately 10% travel to Milford, OH

Up to $145,000 base + 5% annual incentive + 5% equity

• Multiple medical plan options, including HDHP and PPO plans
• Dental and vision coverage
• Employer HSA contributions for eligible medical plans
• Medical, limited-purpose, and dependent-care FSA options
• Employer-paid short- and long-term disability coverage
• Employer-paid basic life insurance with optional additional coverage
• Employee Assistance Program (EAP)
• 6 weeks PTO annually
• Paid maternity and paternity leave
• 401(k) with pre-tax and Roth contribution options
• Additional voluntary benefits, including critical illness, accident, hospital indemnity, and pet insurance
• Employee rewards and recognition program
• Visa sponsorship available if needed

This Senior Industrial Engineer role will help build and scale a production system as the organization moves from early production into broader commercialization. The role is focused on making manufacturing capacity measurable, identifying and removing constraints, designing efficient production layouts and work cells, and creating repeatable production processes that can scale as volumes increase. This is a hands‑on position requiring substantial time on the manufacturing floor working directly with technicians, Manufacturing Engineering, Production, Quality, Supply Chain, and Design Engineering.

• Build and maintain capacity models across production areas, including demonstrated versus theoretical capacity, station‑level cycle times, labor content, production constraints, and achievable production rates.
• Conduct time studies and work measurement to establish credible labor standards, understand work content, identify bottlenecks, and improve production balance.
• Design and revise manufacturing layouts, work cells, workstations, and material‑flow paths to improve productivity, reduce unnecessary movement, and support future production‑rate increases.
• Analyze production constraints and develop practical improvements that increase throughput, reduce cycle time, and improve utilization of labor and equipment.
• Partner directly with production technicians and manufacturing teams to understand actual shop‑floor conditions and ensure engineering models reflect physical reality.
• Help establish scalable production processes as products and manufacturing methods continue to evolve from prototype and early production toward higher‑volume manufacturing.
• Maintain and improve manufacturing routings, standard times, and production data used for planning, costing, and scheduling.
• Support material‑flow improvements, including point‑of‑use material presentation, WIP control, kitting strategies, and other production‑control methods appropriate to the manufacturing environment.
• Use value‑stream mapping, root‑cause analysis, continuous‑improvement methods, and production data to identify and validate operational improvements.
• Develop manufacturing metrics and reporting around throughput, labor efficiency, utilization, cycle time, WIP, and other key production indicators.
• Evaluate the effect of engineering and configuration changes on labor content, layout, capacity, and production flow before changes reach the manufacturing floor.
• Support cost modeling and capital justification for workstations, tooling, material‑handling equipment, and other investments required to improve production performance.
• Help develop repeatable manufacturing standards, visual management practices, and production‑system processes as the operation scales.

• Significant industrial engineering, manufacturing engineering, or closely related experience within a physical manufacturing environment.
• Demonstrated experience personally owning capacity analysis,…