Learn the basics about Measures of electricity. What techniques and methods are used to measure electricity? Find out more in this video!

Series circuits DC Direct current. In this video we learn how DC series circuits work, looking at voltage, current, resistance, power consumption as well as how to use a multimeter. There's also a problem at the end of the video for you...

Everyone is going to enjoy certain parts of their major, but not enjoy others. This video goes over just a few of the things I really liked when it came to be an engineer in college, and some things I wasn't really a fan of. There is...

Action Potential Physiology (Part 2)

Arduino Course for Absolute Beginners Lets expand the repertoire of output that we can use by looking at the function analogWrite(). I experienced much confusion with analogWrite(), because I suspected that it had to do with the analog...

MOT 1946: ANIMATED GRAPHICS: Example of Particle Accelerator (cyclotron) showing rapid bombardment of atom. Scientist in lab coat working electric controls. ANIMATED GRAPHICS: Slow particles being deflected off nucleus faster particles...

In his series 'Redesign my Brain', award winning documentary maker Todd Sampson puts brain training to the test as he undergoes a radical brain makeover. The cutting edge new science of brain plasticity has found that anyone can become...

Parallel Circuits Explained. In this video we take a look at how DC parallel circuits work and consider voltage, current, resistance, power consumption as well as some worked examples and some test questions with solutions.

Specific details of using the ESP8266 for the Internet of Things.

Using analogRead() to read analog inputs with Arduino.

A walkthrough of using arrays and for loops in programming.

You’re on holiday and have been on the beach all day, sharing photos to social media to make your friends jealous. Your phone battery is running low. Then back in the hotel - disaster strikes. In this video we’re going to look at how...

Muscle Physiology 1: Converting a Nerve Impulse into a Muscle Action Potential

Variable Frequency Drives Explained - VFD basics. In this video we take a look at variable frequency drives to understand how they work in electrical engineering and power electronics. We look at where and why to use a VFD or VSD,...

Arduino Course for Absolute Beginners Knowing if something is on or off can be extremely useful, but often you will want to know more. How bright is the light? How fast is the satellite moving? These types of answers are often analog -...

How does a touchscreen work? Why can you text with your finger, but not with a q-tip? The physics of smartphones is a complicated and amazing mixture of engineering, physics, electronics and computer science. Topics: Capacitive touch...

Are you ready to move beyond paper circuits and squishy circuits? This is a great intermediate circuit project where you will build your own working night-light. And of course, you will have some fun decorating it!

Voltage to Electric Field in Three Dimensions

A description of 3 important functions for using Arduino.

The classes mentioned in this video probably would not be categorized as the 'hardest engineering' classes in my curriculum, but there are some that stood out as difficult for me. This will differ from person to person but regardless of...

If you are just getting started with Arduino, you might be wondering what the heck all this HIGH and LOW stuff everyone is talking about really means. At first I just figured everyone using microcontrollers was just on some type of...

This tutorial talks about floating pins. Specifically, what they are, why they are unwanted and how to deal with them.

Using the water pump analogy to explain electricity.

Physical Differentials (2 of 2): Coulombic Transformations