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This is an interactive Java tutorial, created by Michael W. Davidson of Florida State University, covering the principles of electromangentic wave theory. The user is able to adjust variables such as amplitute and wavelength and observe immediately the effects on the animated screen.

This is a course description for Massachusetts Institute of Technology’s (MIT) course 6.013, Electromagnetics and Applications.  The course explores electromagnetic phenomena in modern applications, such as: wireless communications, circuits, computer interconnects and peripherals, optical fiber...

The ATETV project delivers web-based videos to connect students to careers in advanced technology. This episode of ATETV examines the work of an electromechanical engineer, profiles student Susan Clark as she pursues a high-tech career, and high school students earning college credit by taking...

This 3-D color animation is conceptual visualization of bird's–eye view of electron moving through a lattice experiencing different forces. The video shows movement through the crystal structure lattice and is under 5 seconds in length. 

Description: This learning module is provided by Work-Ready Electronics and covers electronic circuits. Work-Ready Electronics modules are intended to be used either independently or integrated with current electronics curricula in college programs. This module is divided into three sections: Course...

This collection, provided by provided by eSyst: Tools for Electronics Education, includes an instructor guide and supporting files for the Using Digi International's XBee Modules lab activity. This lab is intended "to introduce the instructor to Digi International's XBee wireless modules; and to...

This page from Jim Lesurf of the University of St. Andrews explains common electronic components in an easily understood format. The difference between passive and active components is explained. Other topics include Resistor, Capacitor, Diode, Junction field effect transistor, and Bipolar...

This online magazine features electronic designs and innovations. The site features a number of articles on electronic design related topics. The main sections of this website are Automotive, Industrial Automation, Analog, Power, Embedded Revolution, Test and Measurement, Resources, and Experts. 

The Materials Science and Technology Teacher's Workshop (MAST) provides this lesson plan which will help students understand the characteristics of basic electronic devices such as diodes, rectifiers, photocells, thermistors, integrated circuits and transistors. Students will get the chance to...

This full course in Electronic Materials is offered by Professor Helmut Föll of the University of Kiel in Germany. The course covers in detail the following topics: conductors, dialectrics, magnetics, semiconductor devices, and semiconductor manufacturing process. This resource is intended to...