Dobot in the High School Robotics Classroom

Introducing older students to computer science and engineering is crucial for career readiness, but keeping these students engaged can be challenging. Robotics is a hands-on solution that helps students understand the relevance of what they’re learning in the classroom. Robotic arms, like the Dobot Magician, help students understand how code is used to power manufacturing and improve accessibility. 

Meet the Dobot Magician: A Classroom Robotics Platform

The Dobot Magician is a robotic arm that works with the Dobot Lab coding platform. Using the platform, students can program the robot using block code or Python. Older students can transition from block coding to more advanced script programming. The Dobot Magician comes with five different end effectors, or tools that attach to the robotic arm. These include a laser engraver, suction cup, gripper, pen holder, and 3D printer. These capabilities make it easy to integrate the Dobot into a variety of lessons. If you’re looking to bring Dobots into your classroom, check out the Starter Robotics Package or the Classroom Robotics Package that comes with all the attachments and curriculum designed for grades 9-12. These packages include conveyor belts and coordinate boards, so students can program the robot to pick up an object and place it at a specified location. 

Why Use Robots to Teach Computer Science?

When most educators imagine teaching computer science, they picture students typing on computer screens. Robots bring computer science to life by connecting code to physical movement. This means that students see the results of their code instantly. If students make a mistake, they can easily identify a bug and revise their code, making debugging less frustrating than in fully digital environments. Students can take ownership of their learning while developing problem-solving skills. Robotics also helps students connect what they’re learning to various STEM industries, like manufacturing, healthcare, and warehouse logistics. 

Foundations of Engineering Technology and Robotics Curriculum

If you’re looking for ways to integrate robotics into your classroom, explore our curriculum designed to keep high school students engaged and prepared for a career in STEM. Our Foundations of Engineering Technology and Robotics curriculum connects each lesson to a real-world situation, such as helping a disabled neighbor set their table with the robotic arm. The curriculum is standards-aligned and uses the 5E model (engage, explore, explain, engineer, and evaluate) to organize the lesson. The semester-long curriculum introduces students to the basics of robotics and block coding and advances to text-based coding and using robotics for quality control. Each lesson connects the concepts they’re learning to the world around them and possible careers that use those skills. These connections help students understand the relevance of what they’re learning and the role robotics plays in various industries.

Skills Students Develop

Through the curriculum and using the Dobot Magician, students learn about the fundamentals of robotics and programming. Students develop computational thinking skills by creating step-by-step instructions for the robot to follow. Students learn how to program the Dobot using block code and Python. As they advance through the curriculum, students learn about the ethics of robotics and advanced manufacturing concepts such as sorting and quality control. These challenges build students’ problem-solving skills and keep them engaged using the 5E model. 

Connecting STEM Learning to Real Careers

Robots are a major part of modern industry. Dobot’s robotic systems mirror modern manufacturing environments. For example, the automobile industry uses robotic arms to install doors and seats in a car and apply consistent coats of paint to the body. Many of the fruits and vegetables you eat every day are sorted by robots that remove unripe or bruised products to ensure that you receive the highest quality food. Students who program a robotic arm to pick up an object, move it along a conveyor belt, and sort it into the correct location are performing the same types of automation tasks used in automotive factories, food processing plants, and distribution centers around the world. These skills connect to careers in manufacturing, engineering, and technology. 

Building Industry 4.0 Skills Through Hands-On Learning

Using the Dobot Magician, students have the opportunity to apply the concepts they’re learning. They can watch their code play out in real time and easily identify mistakes and correct them. This hands-on experience makes learning computer science more engaging and meaningful for students. Robotics is a major part of Industry 4.0, so working with this technology creates stronger connections between classroom learning and future careers.

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