BUDDING SCIENTIST
Newton's laws & Microbit w/Javascript

Description

• Newton’s Laws of Motion course:
  • Explore the three fundamental laws proposed by Sir Isaac Newton
  • Understand how these laws govern the motion of objects in the physical world
  • Dive into Newton’s First Law of Motion, also known as the law of inertia
  • Learn about the relationship between force, mass, and acceleration in Newton’s Second Law
  • Study Newton’s Third Law, which describes the principle of action and reaction
  • Apply these laws to real-life scenarios and practical examples
  • Engage in hands-on experiments and demonstrations to observe the laws in action
  • Develop a solid understanding of the principles underlying motion and forces
  • Enhance your problem-solving skills by solving motion-related problems and exercises
  • Gain a strong foundation in classical mechanics, setting the stage for further studies in physics and engineering.
• Microbit with Javascript Coding course:
  • Introduction to the Microbit platform and its capabilities
  • Hands-on experience with coding using Javascript programming language
  • Exploration of various features and functionalities of the Microbit device
  • Creation of interactive projects and games using Javascript code
  • Understanding of event-driven programming and how it applies to the Microbit
  • Integration of sensors, buttons, and displays to build interactive Microbit projects
  • Implementation of algorithms and logic to control the behavior of the Microbit
  • Practical exercises and challenges to reinforce learning and problem-solving skills
  • Collaboration with peers to foster creativity and innovation in Microbit projects
  • Application of coding principles to real-world scenarios and practical applications
  • Development of computational thinking and programming skills
  • Empowerment to unleash creativity and explore the potential of the Microbit through Javascript coding.

• Ignite students’ passion for STEM as they develop fundamental concepts and tackle diverse challenges, including building and coding robots, fostering their enthusiasm for hands-on learning and problem-solving.
• Our program fosters hands-on learning and problem-solving skills, preparing students for the dynamic world of STEM.
• Courses meticulously crafted, guided, and led by accomplished FTC & FRC team members and coaches.