
Learn the tools and mindset to become a professional industrial engineer, covering time studies, visual management, ergonomics, waste, Kaizen, and essential manufacturing terminology.
Test your current knowledge with a pre-test, relax, and record your score; at course end, retake the test to gauge how much you approved.
Learn what the job description omits: how to talk with operators and management, train lean tools, and sell data-driven ideas while managing change and mastering Excel.
Master basic manufacturing terminology, including PPE, WIPP, FG, manpower, vendors, suppliers, SKU, and lead time, plus concepts like Gemba, OEE, shutdowns, and KPI.
Learn core industrial engineering terminology, including cycle time, time study, value added versus non value added, the eight wastes, kaizen, line balancing, and value stream map.
Discover Kaizen as a company-wide philosophy of continuous improvement driven by leadership, teamwork, and standardized work, guided by seven rules for turning problems into opportunities.
Identify the eight wastes—transportation, inventory, motion, waiting, overproduction, over processing, defects, talent—and apply everyday examples to spot and reduce waste in processes.
Explore the three visual managements—five s, visual control, and visual display—and learn how sorting, shining, standardizing, and sustaining keep work areas organized, reduce mistakes, and support continuous improvement.
Learn cycle time and elemental cycle time, convert timelines between minutes, seconds, and hours, analyze track time, and apply tac time to meet production demand.
Overall Cycle Time and Elemental Cycle Time
Overall Cycle Time and Elemental Cycle Time
Define value stream maps and explain how VSM visually maps the flow of material and information to reveal lead times, wait times, and inventory levels, enabling waste reduction across industries.
Explore value stream map concepts and icons, from customer and supplier placements to scheduler roles, data tables, and flow arrows, including inventory, lead time, cycle time, and transportation.
Explore value stream mapping by analyzing information flow, material flow, and inventory, distinguishing production lead time (non value added) from cycle time (value added) across suppliers, scheduling, and shipping.
Learn to create a value stream map for a footwear supply chain, tracing Nike orders through Chinese production to shipping, focusing on cycle time, changeover, uptime, and inventory.
I am an experienced Industrial Engineer and I teach inspiring Industrial Engineers from Zero to Hero.
Learn how to become an Industrial Engineer easily where I make the teaching simplified.
A industrial Engineer is a creative logical problem solver that helps save the company money.
You will help make decisions that is best for the employees and management.
By reducing costs and time, industrial engineering merely improves operations. Industrial engineers evaluate and improve a wide range of manufacturing processes, including those in the automotive, food, HVAC, agricultural, call centers, and other industries. Understanding Time studies will be the most valuable skill set an industrial engineer will need. Time Studies are important because real-world processes, like gathering a takt times to meet your customer demand and finding bottlenecks or process interruptions through cycle times. Overall, if you like working with people, calculating times, and maximizing profits for businesses, industrial engineering is an excellent field for you to pursue.
You will learn about cycle times, takt times, Industrial Engineering terminology, most used Manufacturing terminology, Visual Management ( 5S, Visual Control, Visual Display), Problem solving tools, what is Kaizen,Industrial Engineering interview questions and much more. This course will put your career on the fast track. Join us now.