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The North Carolina Community College System BioNetwork's interactive eLearning tools (IETs) are reusable chunks of training that can be deployed in a variety of courses or training programs. IETs are designed to enhance, not replace hands-on training. Learners are able to enter a hands-on lab...

In this lesson designed for professional development, learn about rapidly emerging fields in advanced technology that your students may find of interest when considering a career. You will watch videos, explore interactive activities, and answer content-related questions to gain insights into the...

This interactive presentation, created by Terry Bartelt and hosted by the Electromechanical Digital Library, discusses the history and theory of Charles's Law, which states, "the volume of a given quantity of gas varies directly with its temperature." A series of interactive flash animations show...

This animation is provided by Maricopa Advanced Technology Education Center (MATEC) and shows the dual damascene process. There are many different ways in which the dual damascene process is used. The animation shows an overview of one process: In the dual damascene process, a low-k dielectric is...

This simulation, provided by Maricopa Advanced Technology Education Center (MATEC), uses controls (drop down menus) to adjust down force and platen speed parameters to determine an optimum CMP process recipe for focal semiconductor manufacturing. Users may assume that focal is using a rotational...

This resource, provided by Maricopa Advanced Technology Education Center (MATEC), is an animation that illustrates the chemical action of slurry in the chemical-mechanical planarization process. The objective of the animation is to explain the mechanical and chemical steps in the CMP process. An...

The North Carolina Community College System BioNetwork's interactive eLearning tools (IETs) are reusable chunks of training that can be deployed in a variety of courses or training programs. IETs are designed to enhance, not replace hands-on training. Learners are able to enter a hands-on lab...

This interactive presentation, created by James Bourassa and John Rosz, explains how the input of force reacts with lever systems. The authors address the physics behind levers, and how when proper angles are used in design the effective force increases greatly. The format of the lesson is similar...

This free interactive activity from the University of Utah's Genetic Science Learning Center, part of their series titled "Cloning," allows the user to practice somatic cell nuclear transfer cloning using animated mice. Using the "Mouse Cloning Lab," users practice cloning by going through the steps...

This animation from Cold Spring Harbor Laboratory's Dolan DNA Learning Center presents the cloning process. Visitors can view the scientific history of cloning using embryonic and G0 state cells and the various procedures used by scientists to clone animals. Watch as the process for creating Dolly...