Coding Classes Near Me

Description: This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges. Key Concepts: Programming Fundamentals Interactive Lessons MakeCode Programming Block Code Programming Transitioning Between Block and Text Code Python Programming Lua Programming Game Development Sprints: Introduction to Minecraft and Programming Intermediate Programming Concepts Advanced Programming Concepts Python Basics: From Blocks to Code Roblox Digital Citizenship and World Building Game Design for Roblox and Lua Programming Game Design for Roblox and Lua Programming II Comprehensive Roblox Development Final Project Soft Skills: Problem-Solving Collaboration Communication Adaptability Leadership Attention to Detail Outcomes: Proficiency in Text-Based Coding Understanding Core Programming Concepts Experience with Minecraft Education and Roblox game development

A playful introduction to robotics and programming. In Robotics with Sphero BOLT, campers dive into the world of robotics using one of the most engaging robots around - a programmable, sensor-packed robotic ball that responds to code, creativity, and experimentation. Students learn how to code and control their Sphero BOLT as they tackle hands-on challenges that involve driving, navigating obstacles, displaying designs on the built-in LED matrix, and even communicating with other robots using infrared signals. Each activity introduces core STEM concepts in a way that feels more like play than work. This camp is designed to spark curiosity and build confidence. Campers experiment, test ideas, and immediately see the results of their code in action—helping them understand how programming controls real-world devices. What students will do: Learn the basics of robotics and block-based coding Program movement, speed, and direction Use the LED matrix to create designs, animations, and games Explore sensors and infrared communication Solve challenges through trial, error, and collaboration No prior robotics or coding experience is required. This camp is an excellent introduction for students who enjoy hands-on learning and want to explore STEM in a fun, approachable way. Robotics with Sphero BOLT often inspires campers to continue into LEGO Robotics, BattleBots, or coding and game design camps as they grow.

** For Rising Grades 5-8 ONLY! “Terrific Ted Talkers!”- Intro to TedX Talks! Has your child ever dreamt of performing on a Ted Talks stage? Do they have ideas they TRULY believe in and would love to voice? Do you just want to improve their overall speech confidence while they learn how to structure and present a speech? Well, this is THEIR moment! In this awesome 1/2 Day Camp, we will: - Review the fundamentals of effective speech PERFORMANCE; - Have discussions about various TEDx Talks topics or current events; - Analyze various TED Talks; - Play multiple public speaking games and work on public speaking quick speech assignments during the class; - Learn how to STRUCTURE a TEDX Speech; - Receive instructor feedback and/or peer feedback; and - Writing and present a final TEDx Talk chosen by the student! Terrific Ted Talkers SHOWCASE! We will invite key community members for a final Speech Showcase on our last day of class! We will also provide videos of the students’ speeches for parents! In both classes every day, the students will have multiple opportunities to practice what WE preach and receive feedback! Our 3-Hour day is broken into: Part I (1-1.5 hours) - Ice Breaker Activity - Lesson for the day - Practice through Game or Structured Assignment in Breakout Sessions! BREAK (15 minutes: Please bring a drink and snack.) Part II: Group Discussion of Previous Exercise/Lessons Lesson Cont. Practice through Games or Structured Assignment in Breakout Sessions! Wrap-Up Give your child the GIFT of more CONFIDENT public speaking this Summer, while they have a blast!

Learn how technology thinks — not just how to use it. Coding isn’t about memorizing commands or trying to compete with AI. It’s about learning how to think clearly, logically, and creatively in a digital world...and that skill is more important than ever. In Coding 101, students are introduced to the fundamentals of programming in a way that is approachable, engaging, and confidence-building. Through hands-on projects and interactive challenges, campers learn how code actually works behind the scenes — and how humans guide technology to do meaningful things. This camp focuses on core thinking skills: Breaking big problems into smaller steps Recognizing patterns Testing ideas and fixing mistakes Understanding cause and effect These are the same skills used by software engineers, game designers, data scientists — and even the teams who build and train AI systems. What students will do: Learn the basics of coding logic and structure Write programs and interactive projects Understand how computers “follow instructions” Practice problem-solving, debugging, and iteration Build confidence working with technology, not just consuming it For Loops, If/Else Statements, While Loops used daily by software engineers! Rather than treating coding as a rigid or intimidating subject, Coding 101 makes it accessible and empowering. Students leave with a strong foundation that prepares them for more advanced camps like game design, robotics, Minecraft modding, and beyond. For parents wondering whether coding is still relevant in an AI-powered world: AI doesn’t replace coding — it amplifies the people who understand it. Learning to code helps students become creators, problem-solvers, and critical thinkers who can shape technology instead of being shaped by it. This camp is an ideal starting point for students who are curious about how technology works and want to build skills that will serve them across school, careers, and life.

Turn imagination into a Minecraft world of your own. If your child loves Minecraft, this camp shows them how to go beyond playing the game and start creating inside it. In Junior Minecraft, campers learn the foundations of Minecraft modding (short for "modifying") using an age-appropriate, block-based coding system that’s intuitive, visual, and fun. Students explore how Minecraft works behind the scenes as they customize characters, modify gear, and make meaningful changes to their worlds...all in a supportive, beginner-friendly environment. Campers work inside curated Minecraft worlds designed specifically for learning. Through guided challenges and creative projects, they’re introduced to the core ideas of “modding” while building confidence, problem-solving skills, and a sense of ownership over what they create. What students will do: Learn the basics of block-based coding Customize Minecraft worlds, characters, and items Explore how games are built and modified Follow structured challenges with room for creativity Build confidence using technology as a creator, not just a player This camp is ideal for younger Minecraft fans who are curious, creative, and ready to take their first steps into coding and game design—no prior experience required. Important note: This camp requires a Minecraft Java Edition account, available at: https://www.minecraft.net/en-us/store/minecraft-java-edition If your student enjoys Junior Minecraft, they may also love: Junior Game Designers (Scratch Programming) LEGO Robotics Roblox Game Design Junior Minecraft is often the first step in a longer STEM journey...and one of our most popular ways for kids to discover that learning can be just as fun as gaming.

PREREQUISITE: CODING 101 or SIMILAR COMMAND-LINE CODING. Python is one of the most popular programming languages today, known for its simplicity, efficiency, and readability. In this camp, students will explore the fundamentals of Python, including variables, user input, operators, and control structures. They’ll gain hands-on experience with common programming applications and develop a solid understanding of Python’s versatility. Prerequisite: Coding 101 or prior command-line coding experience (block coding not applicable). Ages: 11+ Students who enjoy learning Python may like to consider a Game Design camp or a more hands-on engineering-oriented camp.

Go beyond playing Minecraft — learn how to change it. If your student loves Minecraft and is ready to take the next step, Minecraft Modding shows them how to turn their ideas into real, playable features inside the game. In this camp, students learn how to create their own Minecraft mods (short for modifications) that add new worlds, biomes, characters, and items to the game. Campers move from simply playing Minecraft to understanding how it works behind the scenes - and how to shape it themselves. Using MCreator, a powerful yet beginner-friendly drag-and-drop, Java-based modding tool, students design and build custom mods through an intuitive visual interface. Along the way, they’re introduced to core Java programming concepts, learning how code brings their creations to life. What students will do: Design custom Minecraft mods using MCreator Create new worlds, biomes, characters, and items Learn how games are structured and modified Explore introductory Java programming concepts Develop problem-solving, logic, and creative thinking skills This camp blends creativity, game design, and real-world coding foundations in a way that’s engaging and accessible. Many parents see Minecraft Modding as a natural gateway into deeper coding and software development skills—and kids love seeing their ideas come alive inside a game they already enjoy. If your student loves Minecraft Modding, they may also enjoy: Coding 101 BattleBots Game Design camps Minecraft Modding is where creativity meets code - and where players become creators.

A playful introduction to robotics and programming. In Robotics with Sphero BOLT, campers dive into the world of robotics using one of the most engaging robots around - a programmable, sensor-packed robotic ball that responds to code, creativity, and experimentation. Students learn how to code and control their Sphero BOLT as they tackle hands-on challenges that involve driving, navigating obstacles, displaying designs on the built-in LED matrix, and even communicating with other robots using infrared signals. Each activity introduces core STEM concepts in a way that feels more like play than work. This camp is designed to spark curiosity and build confidence. Campers experiment, test ideas, and immediately see the results of their code in action—helping them understand how programming controls real-world devices. What students will do: Learn the basics of robotics and block-based coding Program movement, speed, and direction Use the LED matrix to create designs, animations, and games Explore sensors and infrared communication Solve challenges through trial, error, and collaboration No prior robotics or coding experience is required. This camp is an excellent introduction for students who enjoy hands-on learning and want to explore STEM in a fun, approachable way. Robotics with Sphero BOLT often inspires campers to continue into LEGO Robotics, BattleBots, or coding and game design camps as they grow.

Description: This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges. Key Concepts: Programming Fundamentals Interactive Lessons MakeCode Programming Block Code Programming Transitioning Between Block and Text Code Python Programming Lua Programming Game Development Sprints: Introduction to Minecraft and Programming Intermediate Programming Concepts Advanced Programming Concepts Python Basics: From Blocks to Code Roblox Digital Citizenship and World Building Game Design for Roblox and Lua Programming Game Design for Roblox and Lua Programming II Comprehensive Roblox Development Final Project Soft Skills: Problem-Solving Collaboration Communication Adaptability Leadership Attention to Detail Outcomes: Proficiency in Text-Based Coding Understanding Core Programming Concepts Experience with Minecraft Education and Roblox game development

In this hands-on engineering camp, students learn how to build their own interactive electronic devices. Using user-friendly microcontrollers, campers will build circuits, then code them to create systems that light up, buzz, react to motion & sound, and more. Students begin with the basics—how electricity flows, how devices collect data, and how coding controls hardware—then apply those skills to build smart alarms, reaction-time games, simple monitors, and interactive devices. (No coding experience required.) By the end of the week, each camper will have developed a working knowledge of physical computing, controls, sensors and more. This camp is ideal for students new to electronics as well as those ready to level up their engineering skills. Recommended for ages 11-15.

Unleash Your Child's Creativity This Summer! Calling all young creators for an unforgettable summer filled with imagination, self-expression, and fun! Creator's Camp inspires campers to connect with their creativity while developing their skills in storytelling, art, music, and hands-on projects. Guided by award-winning Lando educators, campers will explore painting, drawing, and arts and crafts—engaging their hands, heads, and hearts while building lasting friendships. Weekly Schedule Each week combines traditional camp activities with specialized Lando classes. Campers attend two Lando sessions on Monday, Tuesday, Thursday, and Friday (each class offered twice weekly), with Wednesdays reserved for exciting field trips. Field Trips: - Domini Hoskins Black History Museum and Learning Center & Red Morton Park, Redwood City (includes lunch) Campers will experience Four Award-Winning Lando Classes: Summer LEGO® Robotics Lab – Build a new robot daily using LEGO® bricks, motors, and sensors. Tackle the Kickoff Challenge, then upgrade during Engineering Sprints. Explore gears, pulleys, and measurable goals like distance and lift. Storyboarding and Comic Sketching – Create a finished storyboard each class. Learn drawing techniques and storytelling, then bring ideas to life during Studio Time with collaborative jams and peer feedback. Clay Sculpting and Scene Building – Sculpt connected scenes across the week. Practice techniques in daily warm-ups, then pinch, coil, and build your world—from beach stalls to sea monsters—for the Showcase Parade. Mini-Game Coding Studio – Code arcade games using Lando's Scratch-based iPad app. Build and remix multi-level mini-games, then test each other's creations in Playtest Lab while learning loops, events, and variables. Families receive weekly emails with photos, skills summaries, and ideas to continue exploring at home. Enroll today and watch your child's confidence and creativity soar!

Go beyond playing Minecraft — learn how to change it. If your student loves Minecraft and is ready to take the next step, Minecraft Modding shows them how to turn their ideas into real, playable features inside the game. In this camp, students learn how to create their own Minecraft mods (short for modifications) that add new worlds, biomes, characters, and items to the game. Campers move from simply playing Minecraft to understanding how it works behind the scenes - and how to shape it themselves. Using MCreator, a powerful yet beginner-friendly drag-and-drop, Java-based modding tool, students design and build custom mods through an intuitive visual interface. Along the way, they’re introduced to core Java programming concepts, learning how code brings their creations to life. What students will do: Design custom Minecraft mods using MCreator Create new worlds, biomes, characters, and items Learn how games are structured and modified Explore introductory Java programming concepts Develop problem-solving, logic, and creative thinking skills This camp blends creativity, game design, and real-world coding foundations in a way that’s engaging and accessible. Many parents see Minecraft Modding as a natural gateway into deeper coding and software development skills—and kids love seeing their ideas come alive inside a game they already enjoy. If your student loves Minecraft Modding, they may also enjoy: Coding 101 BattleBots Game Design camps Minecraft Modding is where creativity meets code - and where players become creators.

A playful introduction to robotics and programming. In Robotics with Sphero BOLT, campers dive into the world of robotics using one of the most engaging robots around - a programmable, sensor-packed robotic ball that responds to code, creativity, and experimentation. Students learn how to code and control their Sphero BOLT as they tackle hands-on challenges that involve driving, navigating obstacles, displaying designs on the built-in LED matrix, and even communicating with other robots using infrared signals. Each activity introduces core STEM concepts in a way that feels more like play than work. This camp is designed to spark curiosity and build confidence. Campers experiment, test ideas, and immediately see the results of their code in action—helping them understand how programming controls real-world devices. What students will do: Learn the basics of robotics and block-based coding Program movement, speed, and direction Use the LED matrix to create designs, animations, and games Explore sensors and infrared communication Solve challenges through trial, error, and collaboration No prior robotics or coding experience is required. This camp is an excellent introduction for students who enjoy hands-on learning and want to explore STEM in a fun, approachable way. Robotics with Sphero BOLT often inspires campers to continue into LEGO Robotics, BattleBots, or coding and game design camps as they grow.

DESCRIPTION In this course, students learn the technical and artistic essentials of website development, from crafting web pages with HTML, CSS, and JavaScript to selecting hosting services and publishing online, while also learning to create high-quality website assets using professional photography techniques. KEY CONCEPTS HTML/CSS Programming Web Development and Design Introduction to Text-Based Coding Javascript Graphic Design Databases Photography Visual Studio SPRINTS Web Development Web Development II Photography JavaScript I Midterm Graphic Design Databases Web Hosting Final Project SOFT SKILLS Creativity Design Thinking Logical Thinking Writing Reports and Proposals OUTCOMES Development of a Dynamic Website Photography Portfolio

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Looking for care on a no-school day? This STEM Day Camp is perfect for students from Episcopal Day School (EDS) (open to all students, including homeschoolers). Students (K–6) will enjoy Robotics, Coding, Science, and Engineering through hands-on projects in a fun, small-group environment. Schedule (Full Day): 9:00 AM–3:00 PM Optional Early Drop-Off: 8:00–9:00 AM (+$10) Minimum enrollment: Full-day camp is offered with a minimum of 5 students. If the minimum is not met, we will run a half-day option instead and notify families in advance. Pricing note: Care.com applies a 3.95% service fee at checkout. Sibling discounts available. Spots are limited.

Looking for care on a no-school day? This STEM Day Camp is perfect for students off from Episcopal Day School (open to all students, including homeschoolers). Students (K–6) will explore Robotics, Coding, Science, and Engineering through hands-on projects in a fun, small-group environment. Schedule (Half Day): 12:00 PM–3:00 PM Minimum enrollment: Half-day camp is offered with a minimum of 2 students. If the minimum is not met, families will be notified in advance and can choose a refund or credit. Pricing note: Care.com applies a 3.95% service fee at checkout. Sibling discounts available. Spots are limited.

In this hands-on engineering camp, students learn how to build their own interactive electronic devices. Using user-friendly microcontrollers, campers will build circuits, then code them to create systems that light up, buzz, react to motion & sound, and more. Students begin with the basics—how electricity flows, how devices collect data, and how coding controls hardware—then apply those skills to build smart alarms, reaction-time games, simple monitors, and interactive devices. (No coding experience required.) By the end of the week, each camper will have developed a working knowledge of physical computing, controls, sensors and more. This camp is ideal for students new to electronics as well as those ready to level up their engineering skills. Recommended for ages 11-15.

A playful introduction to robotics and programming. In Robotics with Sphero BOLT, campers dive into the world of robotics using one of the most engaging robots around - a programmable, sensor-packed robotic ball that responds to code, creativity, and experimentation. Students learn how to code and control their Sphero BOLT as they tackle hands-on challenges that involve driving, navigating obstacles, displaying designs on the built-in LED matrix, and even communicating with other robots using infrared signals. Each activity introduces core STEM concepts in a way that feels more like play than work. This camp is designed to spark curiosity and build confidence. Campers experiment, test ideas, and immediately see the results of their code in action—helping them understand how programming controls real-world devices. What students will do: Learn the basics of robotics and block-based coding Program movement, speed, and direction Use the LED matrix to create designs, animations, and games Explore sensors and infrared communication Solve challenges through trial, error, and collaboration No prior robotics or coding experience is required. This camp is an excellent introduction for students who enjoy hands-on learning and want to explore STEM in a fun, approachable way. Robotics with Sphero BOLT often inspires campers to continue into LEGO Robotics, BattleBots, or coding and game design camps as they grow.

A hands-on introduction to real-world robotics and engineering. One of Silicon STEM’s most popular camps, LEGO Robotics introduces campers to the powerful LEGO® Mindstorms robotics platform—the same system widely used in middle and high school robotics programs. Campers work in pairs to design and build different machine-style robots, then bring them to life using block-based programming in the EV3 coding environment. As they test and refine their robots, students learn how code controls movement, sensors, and decision-making. Depending on the build, robots may be programmed to: Sort objects Perform pick-and-place tasks Balance or react to sensors Complete structured engineering challenges This camp is perfect for students who love tinkering, building, and figuring out how things work. Along the way, campers develop problem-solving skills, logical thinking, and teamwork—core abilities used by engineers and roboticists. What students will do: Build robots using the LEGO Mindstorms platform Learn block-based coding and robotics logic Program robots to complete real-world style tasks Test, troubleshoot, and improve designs Collaborate with a partner on engineering challenges LEGO Robotics is an excellent “get ahead” experience for students interested in future robotics programs and competitions, and a natural next step toward BattleBots, Rocketry, and advanced engineering camps. Note: This is a collaborative camp. Students will work in pairs throughout the week.

A hands-on introduction to real-world robotics and engineering. One of Silicon STEM’s most popular camps, LEGO Robotics introduces campers to the powerful LEGO® Mindstorms robotics platform—the same system widely used in middle and high school robotics programs. Campers work in pairs to design and build different machine-style robots, then bring them to life using block-based programming in the EV3 coding environment. As they test and refine their robots, students learn how code controls movement, sensors, and decision-making. Depending on the build, robots may be programmed to: Sort objects Perform pick-and-place tasks Balance or react to sensors Complete structured engineering challenges This camp is perfect for students who love tinkering, building, and figuring out how things work. Along the way, campers develop problem-solving skills, logical thinking, and teamwork—core abilities used by engineers and roboticists. What students will do: Build robots using the LEGO Mindstorms platform Learn block-based coding and robotics logic Program robots to complete real-world style tasks Test, troubleshoot, and improve designs Collaborate with a partner on engineering challenges LEGO Robotics is an excellent “get ahead” experience for students interested in future robotics programs and competitions, and a natural next step toward BattleBots, Rocketry, and advanced engineering camps. Note: This is a collaborative camp. Students will work in pairs throughout the week.