4th Grade Design Algorithms Interactive Videos

Explore the development of algorithms for Arduino-based self-driving cars, emphasizing the use of infrared sensors and the structuring of programs with pseudocode. Gain the ability to design efficient algorithms, translate them into functional Arduino code, and enhance problem-solving and analytical skills in autonomous vehicle development.

Explore essential programming concepts by focusing on the role of algorithms and the basics of block coding. Understand how to instruct machines through coding and apply visual programming skills to solve problems effectively.

Explore the fundamental concepts of programming, focusing on programming languages, algorithms, and the integral role of programming in technology. Acquire foundational skills essential for problem-solving and attaining a comprehensive understanding of technology operations.

Explore the fundamental concepts of algorithmic thinking with an emphasis on decomposition, abstraction, and pattern recognition. Develop skills in crafting effective algorithms and communicating detailed instructions, thereby enhancing problem-solving abilities and design strategies.

Gain a foundational understanding of circuit design and Arduino programming by learning how to integrate a button into an Arduino circuit. Acquire essential skills in working with key electronic components, which are crucial for constructing interactive projects.

Explore the fundamental concepts of computer operations, tracing their evolution, key components, and essential functions. Gain a comprehensive understanding of computer mechanics and their roles in modern technology, enhancing the ability to apply this knowledge in various contexts and future technological developments.

Examine the core principles of video recommendation algorithms and their function in customizing user content based on past viewing behavior and preferences. Gain insights into how algorithms leverage data for accurate predictions, enhancing the understanding of media recommendation systems.

Investigate the construction and functionality of an Arduino robot designed to follow sounds by employing basic sound navigation using microphones. Acquire knowledge about embedded systems and enhance problem-solving skills through the fine-tuning of coding to ensure dependable robotic navigation.