How Robolink Can Enhance Your School’s STEM Education Programs

1. How Robolink Can Enhance Your School’s STEM Education Programs In 2012, Robolink was established to encourage students to engage with STEM (science, technology, engineering, math) using robotics kits that are fun, cute, and packed with real tech. These kits can help better your school’s STEM education programs by introducing students to robotics and coding, helping them to improve career, life, and critical thinking skills. Introduce Students to Coding Robolink’s programmable robot, Rokit Smart, is the perfect way to introduce students to coding concepts. Programming is carried out using a real-world programming language, Arduino, providing skills that are transferrable into a STEM career. Students can learn to express themselves while coding, having a program that is uniquely theirs. Robolink provides tutorials for all of its products to help teachers and students alike. Learn How to Use Artificial Intelligence AI is already all around us, from the Amazon Alexa to the Tesla car or the mobile game you play. With Robolink’s new programmable self-driving car robot, Zumi, students can delve into the world of artificial intelligence, programming Zumito learn faces, optimize routes, and even detect colors. Machine learning allows Zumito learn as she’s used and perform tasks more competently with repetition. Both machine learning and coding skills are in high demand in the job market, and the outlook for careers in STEM is very positive.

2. Improve Critical Thinking Skills Teaching students to code can also improve critical thinking skills. Using Robolink’s CoDrone drone kit, students can learn how each line of code plays out in the air. Then, if the drone behaved unexpectedly, they can use problem-solving and critical thinking skills to figure out what went wrong and how to correct the error. Changes are tangible and visible. CoDrone uses the Arduino, Blockly, and Python programming languages, depending on the model. Lesson plans and a teacher guide are available for all CoDrone languages. Students will also gain math, computer science, and physics skills as they learn how to keep the drone in the air and how to get it to move through obstacles. Lesson plans are available for teachers for CoDrone Lite, as well as teacher’s guides. Build Engineering Skills With the Rokit Smart robot kit, students will not just learn how to code, but also how to build the robot. With 11 provided configurations and many more build options only limited by students’ imaginations, they can also learn engineering skills. First, they can build a robot to their own specifications, and then they can program the robot to do what they want. Whether it’s simple mechanical motions or pitting teams against each other in the sumo ring, students have build options on top of programming options. Browse Robolink’s programmable robot kits for your classroom at https://www.robolink.com