Showing 33–64 of 448 results
Using technology and problem solving skills, students decipher codes and complete activities to learn the internet safety topic of Online Friends. The activities are housed in a Google Slides file and students enter their codes into a locked Google Form.
The goal of this kit is to provide everything you need to make your classroom ready for the Hour of Code event during computer science week. It includes vocab posters, pre and post assessments, encouraging quotes posters, choice boards with hour of code activities, editable parent letter, and bulletin board header letters.
Using technology and problem solving skills, students decipher codes and complete activities to learn the internet safety topic of Passwords. The activities are housed in a Google Slides file and students enter their codes into a locked Google Form.
Teach students how to follow and decompose algorithms with these Build an Ice Cream digital activities. 2 types of digital activities ask students to follow an algorithm to put an Ice Cream together and then look at a pre-built ice cream and type their own algorithm for it.
Use these activities as a crash course to understanding what an algorithm is, how to write one, follow one, and decompose one. I even included printable posters and vocabulary cards.
Using technology and problem solving skills, students decipher codes and complete activities to learn about computer keyboards. The activities are housed in a Google Slides file and students enter their codes into a locked Google Form. If you’ve been wanting to try an escape room or digital breakout with your students, this is a great place to start.
12 projects with monthly themed data for students to practice creating spreadsheets in Google Sheets or Excel. There are 2 optional rubrics included too if you want to make this an assessment tool.
Using technology and problem solving skills, students decipher codes and complete activities to learn the internet safety topic of screentime. This is a great activity to introduce students to the escape the classroom challenges, and it is fully digital! I’m calling it a digital breakout because students enter the final codes into a locked Google Form.
Teach students how to create and decompose Algorithms with these print and digital activities. 2 types of printable activities ask students to color pictures following an algorithm. 2 types of digital activities ask students to order the steps of an algorithm, identify the bug or an extra step, and then write their own 5 step algorithms for a given topic.
Use these activities as a crash course to understanding what an algorithm is, how to write one, follow one, and decompose one. I even included a simple assessment. See the table of contents for what is included.
Students are going to love discovering what Halloween themed design is hidden in the spreadsheet software mystery picture and you’ll love that they are practicing so many different skills. While students may be familiar with paper and pencil mystery pictures, it takes it to a whole new level to do it digitally. Students will really master the toolbar in Google Sheets or Microsoft Excel. The activity has them filling 100 cells in the table per design, making it a mastery activity.
Using technology and problem solving skills, students decipher codes and complete activities to learn the internet safety topic of Cyberbullying. The activities are housed in a Google Slides file and students enter their codes into a locked Google Form.
Using technology and problem solving skills, students decipher codes and complete activities to learn the internet safety topic of Private and Personal Info. The activities are housed in a Google Slides file and students enter their codes into a locked Google Form.
Do you need your students to learn how to use Google Slides? In this 11 lesson complete unit, your students will learn all of the major components of using Google Slides for education. The best part is that these lessons are click and go. The instructional videos are done for you so your students will be able to work independently.
This resource works on so many great technology skills. While students may be familiar with using snap cubes (or counting blocks or whatever you call them) to make designs, it brings the skill to a whole new level to do it digitally. 10 Thanksgiving designs in 4 different levels for differentiation between grade levels k-5.
This resource works on so many great technology skills. While students may be familiar with using snap cubes (or counting blocks or whatever you call them) to make designs, it brings the skill to a whole new level to do it digitally.
There are 4 levels for each design.
Digital Fall Themed Coding Activities for your grades 2-5 students. These are fully digital and can be used through Google Slides or PowerPoint. Let your students learn about computer languages in a fun and engaging way. These activities are independent click and go lessons on binary, coding, and problem solving. Perfect for the ISTE standard Computational Thinking. They would even be great for your STEM time in class or your Maker Space during the Hour of Code!
This resource works on so many great technology skills. While students may be familiar with using snap cubes (or counting blocks or whatever you call them) to make designs, it brings the skill to a whole new level to do it digitally. 10 Construction Theme designs in 4 different levels for differentiation between grade levels k-5.
Do your students know the keyboard letters and numbers but need practice with the special keys? Do they have to take online assessments where they will be asked to key in numbers and symbols? Then this practice set is just what you’ve been looking for. 2 levels of special keys practice plus BONUS practice for online assessment skills such as click and drag, short answer text, and drop down menus.
30 Technology Vocabulary Puzzles in both printable and digital format. Either print, prep, and have students complete on paper or use the PowerPoint or Google Slides file to have students complete them digitally. Either way they are great practice.
Digital Pixel Art STEM Challenges work on so many great technology skills. While students may be familiar with using snap cubes (or counting blocks or whatever you call them) to make designs, it brings the skill to a whole new level to do it digitally. 10 Christmas designs in 4 different levels for differentiation between grade levels k-5.
Learning keyboarding can be super boring and tedious for students. This set of formatting activities aims to bring engagement and a sense of purpose to the practice of typing. By the time students finish all 11 U.S. Holidays they will have practiced each of the keyboard rows four times. Students will also (hopefully) have a sense of pride over the final outcome and an understanding of the learning objective.
Using technology and problem solving skills, students decipher codes and complete activities to learn the internet safety topic of Permission to Post. The activities are housed in a Google Slides file and students enter their codes into a locked Google Form.
Bring hands on learning into your computer science and technology education with Coding Quests board games.
This board game practices If/Then/Else language while students move their pirate characters through a path filled with obstacles. Can they get their treasure safely back to the port?
This winter will be so fun with the Snow Globe digital glyph and digital animation projects in one bundle! You can use both projects with the same students or have students do the digital glyph the first year and then the digital animation the next year. Ideal for computer lab teachers or upper elementary classroom teachers.
Using technology and problem solving skills, students decipher codes and complete activities to learn the internet safety topic of Copyright. The activities are housed in a Google Slides file and students enter their codes into a locked Google Form.
Using technology and problem solving skills, students decipher codes and complete activities to learn the internet safety topic of Group Chats. The activities are housed in a Google Slides file and students enter their codes into a locked Google Form.
Teach students how to follow and decompose algorithms with these Build a Monster digital activities. 2 types of digital activities ask students to follow an algorithm to put a Monster together and then look at a pre-built Monster and type their own algorithm for it.
On each printable worksheet there are 3 keyboards for a total of 60 fill in the keyboards activities. There are 3 different keyboard layouts (PC, Chromebook, and Mac) so that students are exposed to different keyboard types. Great for exit ticket, sub activity, early finisher option, low-tech day, and the list goes on!
Coding Pixel art lessons and activities. This resource brings art and math into computer science because each activity results in creating pixel art and patterns. Students will learn three different ways to program or code throughout the activities. Perfect for problem solving or STEM time in the classroom.
Using technology and problem solving skills, students decipher codes and complete activities to learn the internet safety topics. The activities are housed in a Google Slides file and students enter their codes into a locked Google Form.
Teach students how to follow and decompose algorithms with these Build a Pizza digital activities. 2 types of digital activities ask students to follow an algorithm to put a Pizza together and then look at a pre-built Pizza and type their own algorithm for it.
Use these activities as a lesson on understanding what an algorithm is, how to write one, follow one, and decompose one. I even included printable posters and vocabulary cards.
As requested, here is a set of keyboarding activities that help students practice the shift key. This set of 6 Designs require students to use the whole keyboard including the shift key characters. The goal of text formatting activities is to bring engagement and a sense of purpose to the practice of typing. Students will also (hopefully) have a sense of pride over the final outcome and an understanding of the learning objective.
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