Can you create a robot or device that can communicate an answer to your partner? Students code a robot to communicate the answer to comparing two three-digit or two two-digit numbers to their partner. Students will need to complete a key to determine how they’re representing greater than, less than, and equal to.

In this project, students will learn about the planning process to creating an algorithm using paper coding blocks as manipulatives and visual aids. They will Be given a set of requirements that their robot must follow and then discuss the process with their groups and create their algorithm using Code Snaps. When they have created their paper program, they will test it and review it for possible issues and improvements.

Bitsbox is a learning system that teaches real coding. No coding experience necessary!! This highly engaging site may be used to quickly teach students how to create an app using a modified javascript computer language in an Hour of Code style format.

This session will focus on classroom tested hands on activities. The novice computer science/technology teacher can implement tomorrow.

The Code-a-Pillar teaches the basics of coding, using sequencing and programming, with segments of the caterpillar's body. Each of the eight segments is labeled with different symbols and colors. The students will put them together, attach them to the caterpillar's smiling, blinky-eyed, motorized head, and press a button to get the whole toy to move.

The students will learn coding skills with Colby, the programmable robot mouse. The students build a maze with the 16 maze grids, a 20" x 20" maze board, 22 maze wall and three tunnels that are provided in the kit. The students will program the sequence of steps and Colby will race to find the cheese. There are also 30 double-sided coding cards, 10 double-sided activity cards, a cheese wedge, and an activity guide to provide the perfect hands-on introduction to coding concepts. You can even add Jack the programmable robot mouse to race Colby!

Dash and Dot are robots that can sense, act and think! Coding with robots is great fun!! Students use block coding iPad apps to control their robots. Students will have a ball designing, testing theories and refining their code to create paths for the robots to follow.

Coding is a skill that all students need for 21st century careers. There are many neat new programs that teach the foundation for programming. The programs use blocks with commands that students connect together to achieve the goal.

Children love LEGOs! And knowing how to code is becoming more and more essential for the next generation of innovators, do-ers and leaders. Put LEGOs and coding together and you have the FIRST LEGO League Explore program, an innovative and engaging project that makes classroom learning popular and fun. We will demonstrate how to build and code with the LEGO WeDo 2.0 kit. In addition, we will learn more about how this kit is used in the FLL Explore program while walking-through the curriculum and the engineering notebook used by students in grades K-4. We will also share best practices for safe use of shared materials.

How does Google design their logo? You will become the creator and code your way to a new Google Logo using Scratch.

Using an Arduino microprocessor, students will build an automated fish food feeder so fish can be fed when no one is at school?

This project involves learning how to do simple wiring of an LED, a buzzer, and a servo (motor) to a simple-to-use Arduino microprocessor.

Explore what coding is and create your own game without using a computer!

Investigate what coding is and use the design thinking process to create your own game, without a computer!

Students will get the opportunity to program a version of the game “Flappy Bird” using simple drag and drop programming to make connections between computer science concepts and the real world.

Students will explore the basics of literacy through fun and interactive activities using Micro:bit technology.
Students develop their language and literacy skills, including reading, writing, and communication.
Students will collaborate in groups to foster teamwork and communication.

The purpose of this resource is to help students understand the connection between remote sensing, computer imagery, and land cover assessment. Students translate their maps created in the beginning activity into digital code and exchange the digitized versions of their maps with students in another school.

Students will use previous knowledge of Ozobots and coding to color code a path in a maze to create a snowman.