Stratford, 25 Corning Ave, Milpitas, CA 95035

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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 be introduced to the fundamentals of artificial intelligence (AI) and machine learning, including what they are, how they work, and where they are used in everyday life. Through age-appropriate explanations, discussions, and interactive demonstrations, campers will learn how computers can recognize patterns, make predictions, and improve over time using data. Campers will participate in hands-on activities to practice and reinforce these concepts.

Dash and Dot are robots that can sense, act, and think! Students will use block coding to control their robots, use accessories to make robots draw, play music, or play games. In the class students will be introduced to Dash and Dot, learn how to make them move, change ‘face’ expression, show feelings using colors, play music, play 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 other building kits and toys like code mice, building engineering blocks, etc. in this camp.

Campers will be introduced to the fundamentals of artificial intelligence (AI) and machine learning, including what they are, how they work, and where they are used in everyday life. Through age-appropriate explanations, discussions, and interactive demonstrations, campers will learn how computers can recognize patterns, make predictions, and improve over time using data. Campers will participate in hands-on activities to practice and reinforce these concepts.

Embark on an exciting week-long adventure into the world of game design! In this fun and interactive summer camp, kids aged 6-8 will unleash their creativity while learning the basics of coding and game creation using Tynker, a kid-friendly platform. Tynker’s drag-and-drop coding tools are perfect for beginners, making learning both simple and engaging. With pre-designed assets and an intuitive interface, kids can focus on creativity and logic without feeling overwhelmed. Hands-on projects let kids create their own mini-games, animations, and interactive stories. Daily coding puzzles and group activities build problem-solving skills in an exciting way. Campers will present their unique games to friends and will have time to play each other’s games.

Join us for a week of innovation, learning, and fun where young minds can explore the exciting world of game design! No prior coding experience needed—just bring your imagination!

We teach students to build and program robots using Lego Mindstorms Robotics. 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 Bot and continue with building a PlotBot (drawing robot) to learn the basics of assembling, coding, investigating, testing, and troubleshooting. 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 and much more. Based on the knowledge received during first few days, campers will develop and build their own design of Sumo Robot which will participate in Sumo battle competition. 

We will introduce our campers to the fundamentals of Artificial Intelligence (AI) and Machine Learning (ML) through interactive, hands-on learning. Campers will understand how AI enhances robot capabilities, gain beginner coding and machine learning experience, and build robots that interact intelligently with their environment with sensors. 

In our classes we will use Microbit and other tools to introduce campers to the fundamentals of Artificial Intelligence (AI) and Machine Learning (ML) through interactive, hands-on learning. The curriculum builds progressively from basic robotics to AI-enhanced robots, focusing on creativity, problem-solving, and teamwork.

Students will understand how AI enhances robot capabilities, gain beginner coding and machine learning experience, and build robots that interact intelligently with their environment. We will learn how to gather data samples, create and train the model and then use it for the communication with Robot. 

The BBC Micro-bit is a tiny programmable computer, designed to make learning easy and fun while including complex projects. Campers will work on engineering solutions for robots built for Microbit such as Tumblebit, The Robot Arm, Robot Dog. We will build Maqueen car and use it to play soccer and bowling, solve maze and more. We will talk about basic principles of electricity and magnetism. 

In this one-week creative tech camp, students learn how to build original stories and transform key moments into short AI-generated animated scenes. They explore story structure, character development, and visual storytelling, discovering how personality, emotion, and plot shape the world of their digital book. These projects bridge traditional writing and modern animation, giving young creators a first step toward producing fully animated stories.

Using carefully selected AI video tools, students generate 2–5 second motion clips to replace static illustrations with dynamic, moving visuals. They learn how prompts work, how to refine AI outputs, and how to combine writing and animation into a coherent narrative experience.

By the end of the camp, each student completes an AI Animated StoryBook—a digital chapter-style story where every page includes a short animated scene created by the author. With parent permission, finished projects can be shared online for friends and family to explore.

All technology and software (individual notebooks, no shared equipment) are provided