Discover our diverse range of STEAMR courses at Motion Robotics
At Motion Robotics, we are committed to inspiring a love for STEAMR (Science, Technology, Engineering, Arts, Mathematics and Robotics) education. Our STEAMR courses are carefully crafted to spark curiosity, encourage innovation, and build essential problem-solving skills in learners of all ages. Whether you dream of becoming an engineer, programmer, or scientist, our programs lay a strong foundation for your future success.
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Our expert instructors employ creative, interactive teaching methods to make STEAMR subjects engaging and accessible. Through hands-on experiments, dynamic projects, and collaborative learning, students not only master complex concepts but also gain valuable insights into practical, real-world applications. With a focus on cultivating a growth mindset and a passion for discovery, our courses equip students to thrive in today’s rapidly advancing technological world.
MECH-TECH JUNIOR
An understanding of simple mechanical principles, such as different colored strips with different holes, rods, wheels, nuts and bolts, levers, gears and pulleys. Assemble mechanical structures and devices using the provided kit components.
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Problem Solving & Creativity
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Critical thinking skills to solve problems related to building and modifying mechanical devices. Use their creativity to design & customize mechanical creations beyond kit instructions.
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Hand-Eye Coordination & Fine Motor Skills
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Develop and improve hand-eye coordination and fine motor skills through assembling and manipulating small parts.
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Team work and Collaboration
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Work effectively in pairs or small groups to build and modify mechanical projects, Communicate ideas and collaborate on projects, foostering teamwork and interpersonal skills.
ELECTRONICS
Explore the fundamentals of electronics through fun, hands-on STEM projects like lighting up an LED, building a DIY turntable, and controlling DC and servo motors, offering an engaging introduction to circuitry and components.
Introduction to Programming
Learn the basics of programming through interactive coding activities using beginner-friendly software. Students will create fun projects, such as drawing shapes and designing their own games, while building a strong foundation in coding.
Physical Computing
Discover the exciting world of physical computing with thrilling activities like controlling characters using evive, designing smart LED street lights, and developing creative games. Students will bring their ideas to life through technology.
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Introduction to Robotics
Get hands-on with robotics by assembling your first mobile robot, building a smartphone-controlled robot, or creating a "Follow Me" robot. This course introduces kids to the fascinating field of robotics through engaging, practical activities.
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Introduction to Artificial Intelligence
Step into the world of AI and machine learning with easy-to-understand graphical programming. Students will learn foundational AI concepts and techniques through exciting projects that make advanced technologies accessible and fun.
ELECTRO-MECHANICAL
Delve deeper into electronics by exploring projects like analyzing the effects of series and parallel resistors in circuits, visualizing analog and digital signals, and understanding how these components influence circuit behavior.
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Advanced Physical Computing
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Expand your knowledge of physical computing with PictoBlox through immersive projects like building real-time clocks (RTC), creating interactive games, and controlling devices with voice commands. This hands-on approach integrates coding with real-world applications.
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Robotics and Programming
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Take your robotics skills to the next level with advanced projects such as designing a gesture-controlled robot, developing obstacle-avoiding and line-following robots. These activities provide deeper insights into robotics, combining programming with innovative mechanical designs.
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Internet of Things (IoT)
Gain a solid introduction to the Internet of Things (IoT) by working on exciting IoT and home automation projects. Learn how to retrieve data from the cloud and create smart systems, including voice-controlled home automation, that demonstrate the power of connected devices.