Lean Six Sigma Option - Industrial Engineering Bachelor of Science Degree

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RIT’s Lean Six Sigma option in industrial engineering BS teaches data-driven methods to improve processes, reduce waste, and deliver measurable results.

Overview for Lean Six Sigma Option - Industrial Engineering BS

Why Study RIT’s Lean Six Sigma Option in Industrial Engineering BS

  • Dynamic Courses: Explore Lean Six Sigma methods, lean process engineering, production systems management, and experimental design as tools for improving organizational performance.
  • Real World Experience: Opportunities to apply Lean Six Sigma tools through real-world co-op experiences, process improvement projects, and data-driven decision-making challenges.
  • In Depth Knowledge: Stand out to employers by adding specialized skills in process improvement, quality management, statistical thinking, waste reduction, and operational excellence to your industrial engineering degree.
     
  • STEM-OPT Visa Eligible: The STEM Optional Practical Training (OPT) program allows full-time, on-campus international students on an F-1 student visa to stay and work in the U.S. for up to three years after graduation.

Lean Six Sigma focuses on improving processes by combining Lean principles that reduce waste with Six Sigma methods that reduce variation and defects. You’ll explore lean manufacturing engineering and lean systems engineering approaches to improving processes, production systems, and organizational performance. In this option, you’ll build on the broad foundation of industrial engineering while gaining specialized knowledge in structured problem solving, process analysis, production systems, quality improvement, and experimental design.

From improving manufacturing flow and reducing defects to streamlining service operations, strengthening supply chains, and designing better experiments, Lean Six Sigma helps engineers apply Six Sigma methods in engineering design to create systems that are efficient, reliable, measurable, and continuously improving.

Courses in Lean Six Sigma in Industrial Engineering

The Lean Six Sigma option requires electives that strengthen your ability to improve processes, manage production systems, and use data to make better decisions. These course options include:

  • Lean Six Sigma Fundamentals: introduces structured process improvement methods for reducing waste, variation, and defects. Students can earn Yellow and Green Belt credentials, demonstrating foundational and advanced process improvement skills. 
  • Lean Systems Design: examines modern approaches to designing, analyzing, and improving production and service environments.
  • Production Systems Management: develops skills for managing complex operations and aligning decisions with organizational goals.
  • Design of Experiments: applies statistical methods to plan experiments, evaluate process factors, and support evidence-based improvement.
     

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FAQs

Lean manufacturing engineering is about finding ways to make a process run more smoothly while reducing wasted time, materials, effort, and resources. It combines engineering, data, and problem-solving to improve how products are made and how work gets done.

A lean manufacturing engineering background can prepare you for careers such as industrial engineer, process improvement engineer, manufacturing engineer, quality engineer, operations engineer, supply chain analyst, or continuous improvement specialist. These roles are found across manufacturing, health care, logistics, technology, and service organizations.

Lean system engineering can mean redesigning a manufacturing line to reduce bottlenecks, finding ways to reduce defects, improving the flow of materials through a warehouse, streamlining a hospital or service process, or using data to identify where time and resources are being wasted.

Lean process engineering helps companies reduce waste and variation, improve quality and productivity, lower costs, and make processes more consistent and reliable. The goal is to create measurable improvements while delivering more value to customers.

Lean system engineering gives industrial engineers a structured, data-driven way to improve the systems and processes they work on. It builds skills in process analysis, quality improvement, statistical thinking, problem-solving, and continuous improvement that can be applied across many industries.
 

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Department of Industrial and Systems Engineering