Industrial Engineer I: Throughput & Process Improvement

RTX; Farmington (NM); On-site; USD 57,000 - 109,000; Full time

Benefits offered by this job

Benefits package including medical, {d

Job summary

RTX is seeking an Industrial Engineer I to support the Effectors portfolio of factories in Farmington, NM, to maximize throughput, improve efficiency, and deliver increasing value to the customer.

Industrial Engineers are responsible for labor performance analyses, process and value stream mapping, line balancing, capacity planning, factory layouts, simulations, and continuous improvement efforts to meet cost, quality, and on-time delivery goals.

Qualifications

• Bachelor's degree in Industrial Engineering.
• Experience with Lean Manufacturing, capacity modeling, facility design, or process optimization.
• Experience in designing manufacturing systems including layout, cell design, or production flow optimization.
• US citizenship is required.

Responsibilities

• Model factory operations with process flows, value stream maps, pareto charts, spaghetti diagrams and CAD drawings.
• Calculate resource utilization and identify throughput constraints.
• Apply Six Sigma and Lean manufacturing principles to improve efficiency and meet cost/quality/delivery goals.
• Draft infrastructure improvement proposals and plan integration of new products/technologies/equipment.
• Collaborate with cross-functional teams to improve factory performance and growth.
• Support new production contracts and product integration efforts.
• Improve factory safety and work cell ergonomics.

Skills

Lean Manufacturing

Capacity Modeling

Facility Design

Process Optimization

Six Sigma

Education

Bachelors in Industrial Engineering

Tools

CAD software

Simulation modeling tools

Job description

RTX is seeking an Industrial Engineer I to support the Effectors portfolio of factories in Farmington, NM, to maximize throughput, improve efficiency, and deliver increasing value to the customer.

Industrial Engineers are responsible for labor performance analyses, process and value stream mapping, line balancing, capacity planning, factory layouts, simulations, and continuous improvement efforts to meet cost, quality, and on-time delivery goals.