Senior Industrial Engineer: Lean, Process Improvement & Analytics

Lockheed Martin; Orlando (FL); On-site; USD 80,000 - 110,000; Full time

Job summary

Lockheed Martin in Orlando, FL is seeking an Industrial Engineer to lead cross-functional improvement efforts in a production area, performing data analysis, observations, and time studies to support cost driver analysis and process improvement.

Responsibilities include applying Lean Six Sigma, planning layout improvements, and building discrete-event simulation models; involvement in new product development and proposals with data analysis; on-site full-time schedule.

Qualifications

• Bachelor’s degree in Industrial Engineering.
• Teaming participation experience.
• Process improvement experience.

Responsibilities

• Leading cross-functional improvement efforts for a production area
• Identifying areas of focus for production improvement across a wide scope
• Performing observations and time studies to support cost driver analysis and process improvement
• Using visualization and data tools to analyze production processes
• Applying Lean and Six-Sigma practices to production and leading major improvement efforts
• Analyzing large data sets for Capacity Requirements Planning and factory scheduling
• Planning and implementing layout improvements and capital equipment projects
• Building discrete event simulation models for production process analysis
• Assisting in new product development and proposal efforts with data analysis
• Support 1LMX transition activities

Skills

Lean Six-Sigma Green Belt

Communication skills

Process improvement

Production scheduling knowledge

Material flow optimization

Capacity forecasting

Estimating to drawings

Education

Bachelor’s degree in Industrial Engineering

Tools

Production Scheduling systems

Job description

Lockheed Martin in Orlando, FL is seeking an Industrial Engineer to lead cross-functional improvement efforts in a production area, performing data analysis, observations, and time studies to support cost driver analysis and process improvement.

Responsibilities include applying Lean Six Sigma, planning layout improvements, and building discrete-event simulation models; involvement in new product development and proposals with data analysis; on-site full-time schedule.