I have had some previous experience with coding. It was for a graphic design class in college, and the professor gave us a basic coding template that we added to in order to give our websites our own personal flair. Even though the process was intimidating at first, and a little grueling at times, the end product made it so worth it. I couldn't believe that I had written code for my very own website AND it looked awesome!
Have you ever had an idea for an app, program, or website, but ditched it before getting started because you didn't know where to begin? Are you simply someone who is interested in computer sciences and would like to learn programming? It doesn't matter what age or grade level you are; Code.org is a great place to begin! It is very easy to sign up, and it is free. I created a student account so that I could begin my journey to coding.
You can sign up for Code.org using a regular log in, Google account, Facebook, or Microsoft account. For the purpose of this blog, and because I am learning code as well, I signed up as a student. The teacher accounts are also free and provide excellent resources for how to teach coding. Once you sign in and verify your email, you can start adding courses. The courses begin at age range 4-6 and go up from there. The great thing about Code.org is that you can use it at home, in the library, in the classroom, or anywhere you have access to the site. Each course is a game-like module that scaffolds the steps for coding so you build on previously learned skills.
It is very easy for students to track their progress in each course, and the students get a certificate at the end of each course as proof of completion.
You jump right into writing code by using programming blocks to guide an angry bird through a maze to capture the pig. I had to utilize my critical thinking and problem solving skills to decide which programming blocks would make the bird do the actions I needed to get the pig. Each new puzzle gets more challenging and adds more skills such as directions, jumps, and loops. There a videos dispersed throughout the courses that tell you what your end goal is and relate programming to real world concepts and activities. The courses are scaffolded so well that I was transitioning into using each new skill with ease. It also gives you tips if you mess up and allows you to delete steps and reset the "game." Below is an example of an activity that I need to program. Once you complete the challenge, you can use the drop down menu to display the programming code.
Code.org is an excellent makerspace/game changer for the library! This site can be used as a supplement for any computer science class, as whole-class lessons, group lessons, or individual assignments, and it can be used as a makerspace activity in the library. As with most things, there are always pros and cons.
Pros:
- Encourages critical thinking, problem solving, and collaboration
- Easy to use
- Game-like structure makes it fun
- Scaffolded skills that are separated into courses and modules so it is easy to track progress
- Real-world applications
- Inspirational, encouraging videos
- Very easy to incorporate into curriculum if you have 1:1 technology in your classroom
Cons:
- No app
- Need a computer
- If you do not have a class set of computers, you will need to plan well in advance to schedule for libary/computer lab/Chromebook time.
- "Demand for computing jobs is 2.9x the state average demand rate."
- "71% of all new jobs in STEM are in computing."
- "8% of STEM graduates are in Computer Science."
- "Women who try AP computer science in high school are ten times more likely to major in it in college, and Black and Hispanic students are seven times more likely."
- "A computer science major can earn 40% more than the college average."
- There are around 500,000 current CS job openings, and this number is projected to grow twice as much as all other jobs.
Overall, I am very excited about this site, and I am going to continue using it on my journey to learning code. It is easy to use, fun, and I think it will get students excited about computer science. Technology usage in everyday life is growing daily, and computer science plays a vital role at almost every job. Setting your students up to learn how to program, even if it is just the basic skills, gives them a skill set that will set them apart from candidates for jobs later in their lives.
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