The Arcade Beginner Skillmap is a new resource from Microsoft’s Make Code which is perfect for students who want to learn how to design their own video games. It is free, and includes step-by-step tutorials for using block coding to make greeting cards, clicker, and collector games – all within your browser. I don’t have a minimum age suggestion, but would recommend that users have basic reading skills to help them through the tutorials. Once completing the beginner skillmap, burgeoning young game designers may want to work on one of the other skillmaps on the arcade, make their own project from scratch, or take advantage of one of the other tutorials. Then, keep their momentum going by showing them the hundreds of Hour of Code tutorials available on code.org.
Do you have students (or children) who are 13-18 years of age, live in the United States or Canada (except Quebec, sorry!), and who have great ideas for video games? If so, they have until July 31, 2021, to enter Google Play’s “Change the Game” Design Contest. They do not have to know how to code in order to enter, as you can see from the online form. Judges will be looking at entries as they are submitted to select 100 people to participate in an online workshop where they will learn how to make real games, and receive a certificate and Chromebook if they complete the course. You can get more information and some guiding questions to inspire participants here.
And, don’t forget, I will be live on Facebook on June 14th to talk about Design Thinking (which comes in handy for game design and lots of other subjects!). If you missed my blog post giving you the scoop on this event, you can read all about it here.
This week I am offering some of my TPT resources for free in honor of all of the teachers out there who have been working so hard this year and every year. Check out Tuesday’s post and Wednesday’s, if you missed them, to see the links for S.C.A.M.P.E.R. creative thinking freebies I gave out. Today, I am making my Robot Camp packet – normally $10 – free for all. This is a 38 page packet with 10 “Missions” for robots who are learning how to be spies. With puzzles and programming challenges that were designed to use with the Dash robots from Wonder Workshop, the activities are open-ended enough that you can definitely modify them to use with other robots. You can see some examples of how I used the activities with a summer camp I did here. The students really loved when their robots “graduated” from Spy School!
UPDATE 1/11/2021: Here is a list of great Alexa skills for kids from Commonsense Media!
As I mentioned in yesterday’s post, I want to share a few things I learned at ISTE 2020 last week. One of the sessions I “attended” virtually was about Artificial Intelligence, presented by Hall Davidson. Among the great resources he shared, Davidson mentioned that you can customize some of the Amazon Alexa responses using “Skill Blueprints.” I know that many classrooms can’t have an Alexa due to district and privacy issues, but if you do have one – or have one at home – this site should definitely be of interest to you. Using the Alexa Blueprints, you can customize stories, games, celebrations, and even taking turns. In addition, there are 5 different “Learning and Knowledge” templates. Davidson mentioned that he had worked with schools where the students had filled out the templates, giving them a bit of education on some of the uses of Artificial Intelligence.
For some other AI resources, don’t forget this new site from Code.org, which includes a video on the ethics of AI. (And, a friendly reminder that it’s Hour of Code week right now!) My post on “Machine Learning for Kids” also has some great links, and some fun Scratch projects for this topic.
I cannot express enough how participating in the first Hour of Code several years ago changed my life, and hopefully made a positive difference in the lives of my students. We were all new to coding in my classroom back then, and learned together. From that time on, coding has been part of my life and integrated into my classes. I am still not an expert by any means – which has been a great benefit to me as a teacher. It allows me to encourage productive struggle and for all of us to celebrate when problems are solved.
This year’s Hour of Code will be from December 7-11, 2020. One way you can participate is by finding activities on this page, which allows you to filter for grade level, ability level, and device. You can even do “unplugged” activities. Another option is to use one of the Choice Boards created by Shannon Miller for this occasion.
Code.org also just announced a new series that they are providing on Artificial Intelligence. Dive into these lesson plans, videos, and a live panel discussion on AI designed for upper grades.
If you want to delve deeper after Hour of Code, I highly, highly recommend the free Code.org courses, which are very engaging for students and provide a dashboard and lesson plans to teachers. I taught this as an elective for 6th graders last year, and they really took it to the next level.
I’m going to be creating a Wakelet of coding resources that I will share next week. Also, if you are interested in having me present to your staff on Coding for beginners and how to integrate it into your curriculum, please contact me at @engagetheirminds.com
TED Ed has so many great videos for the classroom. These videos have interactive questions, which can be customized for your own students. You can sort the videos by subject if you are just browsing, or you can search for keywords. Many of the videos are short animations offering information about topics like coronavirus and “A Day as a Teenage Samurai.” Other videos pose riddles for the viewers, such as the ones in this playlist. (The River Crossing Riddle is a student favorite!)
If you know young people who like to code, TED Ed also has a series of 10 short (about 6 minutes long) videos where viewers are given challenges that reinforce coding concepts such as loops and conditionals. Think Like a Coder tells the story of a programmer named, “Ethic,” and her sidekick, “Hedge.” It begins when Ethic awakes to find herself imprisoned, and Hedge helps her to escape her locked room. Ethic must give Hedge specific instructions in order to discover the code to open the combination. The animation guides the viewer through the process of developing a code with loops, which would be more efficient than creating a line of code for each potential combination.
Think Like a Coder feels like a video game, but it isn’t. It also probably won’t appeal to students who are brand new to coding. If I was using this in the classroom, Think Like a Coder would be the perfect supplement for a Code.org studio course, and I might use the TED Ed or EdPuzzle tools to crop the video so that students can offer answers before the solution is given. This series would also be great to offer students who have high interest in this area, and would benefit from watching the videos independently.