I am changing the way updates are delivered regarding class and student progress, into a delivery system that is more meaningful and helpful to students and parents. Instead of delivering an update for every class, I will post semi-weekly with information for parents and students that is related to class. For information on what individual... Continue Reading →
Most of the projects in STEM Stars are microcontroller based - but what is a microcontroller? In this post we will discuss the basics of what a microcontroller is, why we use them, what basic capabilities they have, and the basics of the most commonly used microcontroller in our course, the Adafruit ESP8266 HUZZAH Feather.
Current, Voltage, and Resistance are three properties of electrical circuits that allow us to specify parts, calculate needed values for various elements, and model circuits.
I wanted to touch base as we approach Spring Break next week! TLDR; NO CLASS DURING SPRING BREAK Student Project Spotlights Check out SSA Social Media STEM Stars Class Ends April 11th 1. NO CLASS DURING SPRING BREAK (3/26 and 3/28) Spring Break is next week (3/26 to 3/30) and there will not be any SSA Spring classes next week.... Continue Reading →
Here, we will briefly discuss the most common components you will encounter in electronics, their symbols in circuit diagrams, and why we use them in electronics. These components are all the small electronics pieces that are attached to a printed circuit board (PCB) or inserted into a breadboard.
It really has been a pleasure having all the boys in STEM Stars. I am so impressed by the community they have built and the leadership, ambition, and kindness they have all shared. I sent each parent a one-on-one email with an update on their student's progress in the class, and I wanted to send this email to highlight some of the big bullet points!
Sometimes, solder needs to be removed, this could happen for several reasons – too much was applied, it was applied in the wrong area, or for certain instances of disassembly. The two main techniques discussed here will be solder wick and using a solder sucker.
Surface mount device (SMD) soldering involves a different technique and soldering tip than through-hole soldering. This technique is a bit more difficult and can be intimidating for beginners, but with a steady hand and practice, SMD soldering can be mastered.
Through-hole soldering refers to soldering wires or pins to a printed circuit board or a proto-breadboard where the wire or pin is pushed through the hole before it is soldered and attached. This technique is like wire soldering but there are important differences.
Before delving into through-hole soldering or surface mount soldering, it can be helpful to review joining two wires, which can help reinforce important techniques. Make sure the iron is turned on and set at the appropriate temperature (about 700 degrees F for leaded solder, and 800 degrees F for lead-free solder) and the tip is tinned.