Engage Students in STEM with the CoderZ Amazon Cyber Robotics Challenge
Disclaimer: I only recommend products that I absolutely love! This post is sponsored by CoderZ. All opinions remain my own.
Have you ever wondered what it’s like to be an engineer? Have you ever wondered what it’s like to program robots that perform real-world tasks?
The CoderZ Amazon Cyber Robotics Challenge will transport your students to a virtual Amazon warehouse, where they will practice coding, computational thinking, and collaboration in a gamified coding environment.
Students can work together, or individually, to program an Amazon Hercules robot to achieve missions.
Students will also get a glimpse into the lives of engineers who use computer science and STEM in their careers every single day.
CoderZ develops STEM and computer science curriculum through their gamified online platform because they believe that everyone should have access to STEM education.
CoderZ helps students build 21st century skills, like communication, creativity, critical thinking, and collaboration. CoderZ also prepares students for future careers in STEM.
The CoderZ online gamified platform makes it easy for anyone to learn and teach coding and robotics. Whether you’re a longtime coding teacher or just getting started, CoderZ provides high-quality computer science curriculum for teachers.
Their materials help teachers feel supported enough to teach with CoderZ without even having experience teaching computer science. How cool is that?!
About the Amazon Cyber Robotics Challenge
Can you code an Amazon Hercules robot to deliver your friend’s birthday present on time?
The Amazon Cyber Robotics Challenge is a free three-hour virtual learning experience for students to learn the basics of computer science, while also uncovering how Amazon uses computer science and robotics daily to deliver customer goods.
Level 1 of the Amazon Cyber Robotics Challenge is all about teaching and building a foundation of knowledge in motion planning, repeat loops, computational thinking and code efficiency.
In Level 2, students will dive deeper into code efficiency, building upon what was learned in Level 1, while comparing and refining algorithms.
Then, in Level 3, students will continue their learning by exploring lists, iterating over a list, variables, route selection, and developing skills like multitasking by controlling multiple Amazon robots at the same time.
I love that CoderZ provides materials and support that guide teachers and students along the way.
Get Started with CoderZ Today!
Learn how to get started with the Amazon Cyber Robotics Challenge by watching the video below. Click here to register and get started for free!
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