In this interactive lesson, students use critical thinking to determine the best lean manufacturing initiative when solving problems for the fictitious Batchless Manufacturing Company.

In this highly animated and interactive object, learners identify the types of waste in a manufacturing process.

This activity is a simulation that allows the learner to practice personal protective equipment tasks.

Learners read a brief introduction to in-control and out-of-control conditions and view a series of distribution curves. This is a follow-up to the learning object titled "Quality Basics: Variation."

Following a "cut the fat" theme, learners click on 12 drawings of pigs to read about the principles of lean manufacturing.

In this interactive object, learners read a description of value-added and non-value-added activities and then place various work duties into these two categories.

The learner will understand how to measure a problem over time by using a common run chart to visualize the gap between past performance and future goals.

The learner will learn the programming steps that are used to create circular motions with robots.

Learners read about the benefits of grouping machines together for an efficient flow of the product.

In this learning activity you'll review angles and different types of angular measuring tools associated with manufacturing.

In this learning activity you'll review different types of steel rules used in manufacturing.

In this interactive object, learners follow six steps for analyzing a process in a manufacturing setting. This activity includes a drag-and-drop exercise and textboxes where learners post their ideas.

In manufacturing, controlling the production process is critical. Part of this control is knowing when to make adjustments and when to let the line run. Step onto the production line in our manufacturing plant and learn what process variation is and how it impacts your bottom line.

This objects reviews the Five "S" manufacturing system and helps learners to remember the process.

This screencast shows the symbols used to represent the type of pulse required at the clock input to activate flip-flops.

In this video, you’ll explore how to calculate, setup, and cut a taper using the tailstock offset method.

In this learning activity you'll calculate sine bar problems.

This project gives a drawing with steps to complete the activity.

In this activity you'll explore how flowchart programs can be converted into pseudocode programming.

Using the principle of Pascal's Law, the learner will interpret the gauge readings in a hydraulic system to determine when the system is operating properly under various load conditions and when there is a defect.