Lean & Industrial Engineering Toolkit v3.0

Master Lean & Industrial Engineering with Excel: 30+ Practical Tools for Problem Solving, KPIs & Continuous Improvement

What you'll learn
Understand the fundamentals of Lean Manufacturing and apply key continuous improvement principles to real-world processes.
Create and use practical Lean Six Sigma tools in Excel to identify problems, analyze root causes, understand processes, and plan improvement actions.
Build structured Action Plans with clear corrective actions, responsibilities, priorities, deadlines, and follow-up.
Use practical Excel-based templates to perform Lean analyses, organize improvement activities, and monitor key performance indicators (KPIs).
Includes a complete Excel toolkit with ready-to-use templates for all the Lean and Industrial Engineering tools covered in the course.

Requirements
No prior Lean experience is required; basic Excel and computer skills are recommended, with a willingness to learn and apply practical problem-solving tools.

Description
This course contains the use of artificial intelligence

Lean Six Sigma Industrial Excel Toolkit: 30+ Practical Problem-Solving Tools
Improve your industrial problem-solving and process improvement skills with a practicalLean Six Sigma & Industrial Engineering Excel Toolkit, featuring30+ Excel-based tools, calculators, templates, dashboards, and analysis methods designed for real-world engineering and continuous improvement applications.

This course provides a structured approach to using Excel forproblem solving, process analysis, performance measurement, root-cause analysis, risk assessment, improvement planning, and process control.

What you will explore

-Problem-Solving & Root Cause Analysis: Pareto Analysis, 5 Whys, Ishikawa/Fishbone, and structured problem-solving tools.

-Process Analysis & Mapping: SIPOC, Value Stream Mapping (VSM), process analysis, and workflow visualization.

-Lean & Continuous Improvement: DMAIC, 8 Wastes, 5S, SMED, Line Balancing, and improvement planning.

-Quality & Risk Management: FMEA, Process Capability, Control Plans, I-MR Control Charts, and quality analysis tools.

-Industrial Performance & KPIs: OEE, productivity, utilization, efficiency, KPI dashboards, and performance tracking.

-Production & Process Calculations: Takt Time, Cycle Time, Capacity, Productivity, Line Balancing, and other practical engineering calculations.

-Improvement & Decision-Making: Action Plans, A3, Impact–Effort Analysis, Cost–Benefit Analysis, Payback, ROI, and NPV.

-Project Definition & Measurement: Project Charter, Voice of Customer (VoC) to CTQ, Data Collection Plan, and measurement tools.

-Standardization & Control: Control Plans, 5S Audits, Skills Matrix, and tools for sustaining improvements.

-Additional Excel-Based Tools: Supporting templates, calculators, trackers, dashboards, and practical worksheets throughout the toolkit.