You've all fallen asleep and awoke back in time on January 1, 1975. It takes you several days to adjust to your new reality. There are no cell phones, no World Wide Web, and even the Internet is only known and used by a handful of scientists and engineers. Outside, dinasaurs roam (just kidding;-), and your ancient computer science teacher is a 14 year old kid in high school.
After a few weeks adjusting to your new reality, you decide that if you're
going to be stuck in 1975, you might as well make the best of it. You wonder if
the tech skills and knowledge you bring from the future could be of help to you
in getting a
leg up on the last quarter of the 20th century, and decide
to work together to find out.
Browsing the magazine shelf at a 7-Eleven store (some things haven't changed since 1975, though it's been a long time since 7-Eleven has had a magazine shelf), the following issue of Popular Electronics magazine catches your eye:
Since you know already this is the beginning of something big, you work together doing odd jobs and such to piece together the needed $621 to purchase one of these Altair 8800 machines.
Your Altair in hand, it's time to figure out how to use it.
Do each of the following initial tasks:
Create a new git repo on named
Using your VCCS email, send me an email at
email@example.com a link to the git repo you created in the previous step.
- Download a copy of the orginal Altair 8800 Operator's Manual. We will be using this manual as one of our primary resources for our course. Note: Thanks to Kevin Cole, we now have an online version of the manual that you will like find easier to use.
- Working in a local clone of your
csc215repo, create a subdirectory named
Notes, and begin editing a file named
- Read the following parts, taking extensive and detailed notes
AltairManualPart1notes.mdfile, and making regular commits of your work:
- Divide up the 5 sections above amongst ourselves and prepare presentations to be shared in class next Wednesday (September 6th) summarizing the information in each. I will take 4 and 5 and make a presenttion of binary, octal, and hex and explain why becoming very familiar with each of these systems will be needed for what we are going to do in class next.
NOTE: I am planning to design this culminating year in your computer science pathway with a student-centered, problem/project based approach. That means that much of the responsibility for learning falls on you to actively engage and put in the time and effort needed for success. I'll be responsible for defining much of the problems on which we will focus, and on working in consultation with you to adapt and modify our goals and pacing as we go, but you will need to take control of your learning process.