Stratford, 645 14th Avenue San Francisco

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This week we will use different robots and engineering sets to learn about robotics and engineering, get the introduction to coding and work on many projects. We will start with coding mouse and Botley to understand the concept of algorithm, troubleshooting and testing. Then explore Dash and Dot - robots that can sense, act, and think. Campers will use block coding to control their robots, use accessories to make robots draw, play music, or play games. Dash and Dot change ‘face’ expression, show feelings using colors, play music, go bowling, have mission to Mars, compete though the obstacle course and many more. This is a great tool for the early development of the interest in Robotics. We also use block-building kits to explore engineering options, like creating helicopters, cranes and much more in this camp. 

Lego WeDo Educational Robotics is a hands-on experience that ignites students’ curiosity, while enhancing their skills in science, engineering, technology, and programming. We build robots and learn to code. In our camp we use Lego We-Do bricks, motors, and sensors to create robots while following step by step instructions as well as campers’ own imagination. The easy-to-use block-based application allows the campers to operate and interact with the robots.

 Campers will need their creativity and engineering skills to design, build, program, and test robots, and to complete the age-appropriate challenges and projects during the week. Each student will be provided with a robotic kit and equipment (laptop or tablet) to work on individual and group projects. We introduce our students to the concept of algorithm and sequencing, emphasizing the importance of structure and logic in programming exercises.  

  In this hands-on program campers will be using TinkerCAD. We will cover features and tools available in the application; talk about different aspects of design like perspective, measurements, proportions, interior design, architecture, etc. Campers will model different objects while progressing through the curriculum. We will give them challenges to recreate designs, build famous places in the world (e.g. Golden Gate Bridge), and give them time to create their own masterpieces implementing their wildest ideas into life. We will work with 3D printers, and learn how to prepare the model for printing, print and maintain the model. Each student will have at least 2 printed creations.  

Campers will use Lego blocks to build their designs. They will learn how to prepare step-by-step layered instructions for Lego building. In addition, campers will create and tell their stories using Lego bricks and 3D models.

The BBC Micro-bit is a tiny programmable computer, designed to make learning easy and fun while including complex projects. Campers will use block-based coding. Robot builds for Microbit will include Tumblebit robot and Maqueen car, which we will use to play soccer and bowling, solve mazes, compete in the race and more. We will talk about basic principles of electricity and magnetism. Students will work on engineering solutions for the challenges which will involve building Bugbot powered by solar power, and more. In addition, we will spend time building and programming drones, driving them through the obstacle course. 

LEGO MINDSTORMS lets you unleash a world of walking, talking, and thinking robots where designs are the only limit to one’s imagination. Campers will have a chance to build from instruction manuals and to also build their own designs. We will start with building a Rover Car to learn the basics of assembling, coding, investigating, testing, and troubleshooting. Campers will continue with building a PlotBot – robot that can draw. Campers will create their own picture by coding the PlotBot robot and let it draw. We will learn from the basics to more advanced programming blocks including color and touch sensors. Our robots will move, talk, dance, draw, play music, play battle bots and much more.

In this class, campers will dive into the world of game development using Microsoft MakeCode Arcade. This engaging and interactive platform allows young learners to create their own games while developing essential skills in coding, creativity, and problem-solving. Students will understand the basics of what makes a fun and engaging game and will explore different types of games and their components. We will talk about basic coding concepts and will learn foundational coding principles using block-based programming; understand sprites, loops, conditionals, and variables.