Price: $15.90
(as of Dec 09, 2024 20:29:52 UTC – Details)
Product Description
What is a Push Button Programmable Robot?
Our push-button programmable robot is a fun and educational toy for kids, allowing them to program its movements by pressing button combinations. With our robot, children can develop their analytical skills, problem-solving abilities, and creativity by experimenting with different combinations and creating their own courses.
Our new and innovative gadget is perfect for both kids and adults, offering endless possibilities for creativity and entertainment. It’s more than just a toy, it’s a powerful tool that encourages imagination, problem-solving, and critical thinking. With its easy-to-assemble design and requirement of only two AA batteries, you’ll be up and running in no time.
This gadget is also an ideal gift for any technology enthusiast, young or old. Don’t miss out on this opportunity to own the latest and greatest in the world of technology. The endless possibilities that await you!
Push Button Programming Robot Activities
Push Button Programming Robot Activities
Push Button Programming Robot Activities
Basic Intro and Operation: Start by introducing how the robot is programmed and following a basic test program. (example: move forward 3 spaces, left 2 turns, forward 2 spaces,) Students can measure the distance traveled per click of a forward command. Students can measure the degree of turn of 1 turn command. Have students think in terms of STEAM (science, technology, engineering, arts, math). They can discover the relation between the programming and the output which is the distance/direction traveled. (math) How many pushes for a 360 or 180-degree circle?Mazes and Puzzles: Use challenge cards which has various puzzles or mazes for the robot to navigate. Use physical objects which can be used as objectives or barriers. (cones, foam cubes, etc) Students will need to figure out a program for getting out of the maze and write it down in their “program book.” They will then execute the program and see how successful they were. They will make modifications and try again until successful.Magnet Pick-up Game: Attach a magnet that can be stuck to the underside of the robot. Students can play a game where their goal is to move around the playing field (gameboard) and pick up the various objectives. (objectives are made of metal and will stick to the robot when it rolls over. Such as a paper clip) Students can play a game where their goal is to avoid metallic items and make it to their objective.Drawing Robot: Attach a marker to the front of the robot using tape. Students will place the robot with pen attached on a white piece of paper and try to draw their name. Students can measure the line drawn during a game and try to find ways to optimize or shorten the travel distance.Bulldozer/ Soccer Robot: Attach a paper or cardboard bumper to the front of the robot which can be used to guide a ball or push around light obstacles. Students can program ways to move the ball (small ping pong ball) from one location to a goal. Students can program ways to move or clear obstacles (foam blocks) to make way for traffic.
Contents
Instruction Manual
The instruction manual included in the package contains How to Program, an Example Program, and Troubleshooting. It is ideal for children learning programming.
Simple assembly is required
Age 12+
Our product is suitable for all ages, from children to adults. It requires simple assembly and two AA batteries, which are not included. The package comes with an instruction manual for easy setup. Due to small parts, it is recommended for children ages 12 and up. Enjoy our product with your family and friends, and have fun building and playing with it!
Use cardboard boxes, blocks, and other materials to create obstacles for the course. Consider including challenges such as tight spaces, narrow passages, and uneven surfaces to make the course more difficult. Use colored tape or paint to create boundaries and indicate the path of the course. Allow for different levels of difficulty by creating multiple routes or adding or removing obstacles.
Unlocking the Potential of the Next Generation with Genius Factory: Where Science and Creativity Meet!
Welcome to Genius Factory, where we bring ideas to life and inspire children and adults alike! Our mission is to ignite the imagination and curiosity of young minds by creating innovative science toys and educational materials. From concept to creation, we specialize in designing and producing unique products that spark joy and inspire creativity. With Genius Factory, the possibilities are endless and the excitement never stops. Join us on a journey of discovery and let’s unlock the potential of the next generation together!
Great for STEM
Understanding STEM Education
STEM stands for Science, Technology, Engineering, and Mathematics. It is an interdisciplinary approach to education that integrates concepts from these four fields to solve real-world problems. STEM education aims to prepare students for the 21st century by developing their critical thinking, problem-solving, and analytical skills.
In STEM education, students learn through inquiry-based and hands-on activities. They are encouraged to ask questions, explore, and experiment to find solutions to problems. STEM education is not only about memorizing facts and formulas but also about applying them in a practical context.
The Importance of STEM Education for Driving Innovation and Economic Growth.
STEM education is crucial because it plays a significant role in driving innovation and economic growth. The demand for STEM-related jobs is increasing rapidly, and it is estimated that the number of STEM jobs will continue to grow in the coming years. Therefore, STEM education is essential to prepare the future workforce for these jobs and to ensure economic prosperity.
The Importance of STEM Education for Future Success
In summary, STEM education is a crucial approach to learning that integrates science, technology, engineering, and mathematics to develop students’ skills and prepare them for the future. It promotes critical thinking, problem-solving, and innovation, and it is essential to drive economic growth and promote diversity, equity, and inclusion.
Benefits of STEM Education Develops critical thinking and problem-solving skills Encourages creativity and innovation Fosters collaboration and teamwork Prepares students for future job opportunities in STEM-related fields Provides practical and hands-on learning experiences Helps address global challenges and promote sustainability
Push button STEM programming Robot helps your child learn early STEM skills while playing and having fun. It is an all-in-one solution for robotics learning and is designed for STEM education.
Our product is designed to be kid-friendly and easy to use, which is why we made sure that no soldering is required. Children can confidently experiment and create without any barriers, making it the perfect toy for hours of educational and engaging playtime.
Easy Programming: Push Button STEM Robot is easily programmed with just a click of your finger! No computers are required and no need to learn a new programming language. The onboard push-button programming with an LED indicator light makes it easy for a beginner to get started. (Forward, Left, Right, and Enter commands)
STEM Education Approved: Push Button STEM Robot was designed to develop the fundamentals of STEM education in children. “STEM” is otherwise known as Science, Technology, Engineering, and Math.
Low Cost: Everything is integrated into the Push button STEM Robot circuit board. Just add a couple “AA” batteries and your imagination for hours of challenges and fun.
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