Coding Classes Near Me

A fun first step into coding, creativity, and game design. In Junior Game Designers, campers are introduced to the exciting world of coding and game creation in a way that’s visual, playful, and easy to understand - perfect for beginners. Using Scratch, the award-winning platform developed by MIT, students learn how to bring characters to life, design interactive games, and tell stories through block-based coding. By snapping together visual code blocks, campers quickly see how their ideas turn into real, playable creations. This camp focuses on creative problem-solving and logical thinking, helping students understand how games are built while encouraging imagination and experimentation in a supportive, low-pressure environment. What students will do: Learn the basics of coding and game logic using Scratch Animate characters and design simple games Create interactive stories and challenges Practice sequencing, problem-solving, and debugging Build confidence as creators - not just players No prior coding experience is required - just basic keyboarding skills and a creative mindset. This camp is an excellent stepping-stone into our Junior Minecraft programs, as well as LEGO Robotics and other game design and coding camps as students grow. Ages: 7–10 Junior Game Designers is often where kids discover that learning to code feels a lot like playing—and where a long-term love of STEM begins.

In this all-day game development bootcamp, teens take on the role of an indie game designer and build a complete, playable video game from start to finish using the professional game engine, Godot. (Godot is open-source software, but offers comparable quality to Unity3D.) Campers learn how real games are designed, coded, and refined as they create gameplay mechanics, characters, levels, and user interfaces while working through the full development process. Throughout the week, students will write game logic using GDScript, implement physics and movement, design enemies or NPCs, and test their games through play-testing and feedback. By the end of the bootcamp, each camper should be able to complete a fully playable game and leave with a deeper understanding of real-world game development concepts. 13+ Recommended (but not required): Prior basic coding knowledge in Scratch, Coding 101, Python, or another programming language. Motivated beginners are welcome.

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.

Looking for care on a no-school day? This STEM Day Camp is perfect for students off from IDEA, Harmony & Jubilee (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): 11:30 PM–2:30 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.

Looking for care on a no-school day? This STEM Day Camp is perfect for students off from Jubilee & Kenmont (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.

Join us for a one-week Robotics Summer Camp designed for students in grades 6–8! Campers will build and program an Arduino-based robotics kit and put their creations to the test in a series of fun, hands-on technical challenges and games. Coding is primarily block-based using iPads, making it accessible for beginners, while students with prior experience can choose to program their robots in Python on Chromebooks. This camp blends creativity, problem-solving, and friendly competition in an exciting introduction to robotics and engineering

Dive into the exciting world of electronics, radios, and wireless communications at our CHRS Summer Camp! This hands-on program is designed for students in grades 6-10 to explore the fundamentals of these technologies through engaging activities and projects. Learn from experienced professionals and gain practical skills that will spark your curiosity and creativity. Dates: July 27 – 31 Time: 9 AM to 3 PM Grades: 6th-10th Location: Radio Central, 2152 Central Ave, Alameda, CA Price: $675 Application Deadline: July 10 Program Highlights Introduction to Electronics – Understand basic electronic components and circuits. Build simple projects to see how electronics work in everyday devices. Radio Fundamentals – Learn the history and science behind radio technology. Experiment with building and tuning your own radio receiver. Wireless Communications – Discover how wireless communication works. Explore different types of wireless technologies and their applications. Safety- Learn safety fundamentals to safely use a soldering iron and build projects. Hands-On Projects – Collaborate with peers to design and build wireless communication projects. Apply your knowledge to create something unique and functional. Showcase & Presentation – Present your projects to family and friends. Demonstrate what you’ve learned and celebrate your achievements Why Attend? Exclusive Program: Offered by the California Historical Radio Society for one week only. Limited Spots: Ensure personalized attention and a quality experience. For Grades 6 -10: Perfect for budding engineers, tech enthusiasts, and curious minds.

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

Course Description: Vibe Coding is a high-energy, creativity-driven coding program designed to make programming approachable, engaging, and fun for all learners. Whether building games, designing interactive websites, or creating digital art, students will learn coding by doing — working on hands-on projects that connect to their personal interests. The course blends problem-solving, creativity, and teamwork, helping students develop not only coding skills but also the confidence to apply them in school, careers, and everyday life. By the end, each student will have a portfolio-worthy project that reflects their unique “vibe.” Target Audience: Grades 4–12 (can be adapted for adults) Duration: 8–12 weeks (customizable) Format: 2 sessions/week (1.5 hours each) Module 1: Coding Mindset & Digital Confidence • Intro to Coding – What coding is, where it’s used, and why it’s exciting • Problem-Solving Mindset – Breaking big problems into small steps • Digital Creativity – How coding powers apps, games, and websites Module 2: Coding Fundamentals • Basics of Logic – Sequencing, loops, and conditions • Variables & Data – Storing and using information • Functions – Writing reusable code blocks • Hands-on mini-projects after each concept Module 3: Vibe Projects (Engage & Create) • Make Your First Game – Simple 2D game (Scratch or JavaScript/HTML5) • Create a Website – Personal bio page or school project site • Data Fun – Visualizing simple datasets (Google Sheets + JavaScript) Module 4: Collaboration & Real-World Skills • Pair Programming – Working together on a shared project • Debugging Techniques – Finding and fixing problems • Version Control Basics – Intro to GitHub for teamwork Module 5: Capstone Project – Your Vibe, Your Code • Students choose a project based on their interest: o Game o Portfolio website o Interactive quiz o Digital storytelling • Presentation to peers, parents, or school community Extras / Optional Enhancements • Guest speakers from tech companies • Mini “Code Jam” challenges • Career talk: Paths in tech and creative coding Tools & Platforms: • Younger students (Grades 4–6): Scratch, Tynker, Code.org • Middle school (Grades 6–8): JavaScript with p5.js, HTML/CSS • High school: Python, JavaScript, GitHub, Replit

Ready to make characters move and stories come alive? This camp introduces young learners to the fun of coding with Scratch Junior! Designed by MIT specifically for early learners, this app uses colorful picture blocks and simple drag-and-drop actions – no reading required! Through playful group games and activities, kids will explore the basics of coding and learn to create their own simple animations and interactive stories. Join us and let's get animating!

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: - Santa Cruz Beach Boardwalk 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!

A. Course Overview: The Python Programming curriculum is a one-semester course covering topics typically found in introductory computer programming (coding) courses. Other introductory programming courses are not required; students merely need to have typical computer usage skills prior to starting this course. B. Teaching Strategies: The course material is designed to appeal to a variety of students, from traditional learners who thrive on written text to audio-visual students who enjoy a multi-media format. All content is delivered through an online system that allows students to work seamlessly both in the classroom and at home. The main chapters concentrate on Python programming and computer science topics. Certain states may require additional topics ranging from computing ethics and security to career exploration to the impact of computers on modern society. The course contains additional supplemental chapters at the end that can optionally be used to meet common state requirements. Teachers may choose to assign Supplemental Lessons as desired to meet state standards or student interest. The final “Creative Project” is optional and can be completed in small groups C. Course Planner: Some classes may move faster or slower than the suggested pace. The planner assumes students are working daily with approximately 45 to 60 minutes of class time. In most cases, the planner estimates one day per lesson (including the lesson quiz), one day per graded chapter activity (lab), and one day per chapter test. Some larger labs are assigned more time. D. Reading and Objectives: Chapter One: Fundamentals of Python • Introduction to Python • Running Python Programs • Writing Python Code Chapter Two: Working with Data • Data Types and Variables • Using Numeric Variables • Using String Variables Chapter Three: Input and Output • Printing with Parameters • Getting Input from a User • String Formatting Chapter Four: Making Decisions • Logical Expressions • The “if” Statement • Logical Operators • More Complex Expressions Chapter Five: Finding and Fixing Problems • Types of Errors • Troubleshooting Tools • Using the Python Debugger Chapter Six: Lists and Loops • Lists and Tuples • List Functions • “For” Loops • “While” Loops Chapter Seven: Numeric and Data • Dates and Times • Advanced Data and Time Management • Random Numbers • The Math Library Chapter Eight: Working with Strings • Character Data • String Functions • Input Validation with “try / except” Chapter Nine: Functions • Writing and Calling Functions • Function Inputs and Outputs • Local and Global Scope Chapter Ten: Python Classes • Thinking about Objects • Class Variables and Methods • Managing Class Files Chapter Eleven: Class Instances • Creating Objects with Instance Data • Instance Methods • Managing Objects Chapter Twelve: Food Fight Project • Introducing “Food Fight” Chapter Thirteen: Creative Project Requirements (Scale as desired to meet available time) Design • Project Life-cycles and teams Coding Testing • Supplemental Chapter One: Python on Your Computer • Installing Python • Managing Projects • Using the Python IDE • Supplemental Chapter Two: Computers and Individual exercises per lesson Modern Society • Global Computing Issues • Managing Your Digital Identity • Impact of Computing • Artificial Intelligence Classes will be taught on-site or on-line CANCELLATION POLICY: All sign-ups are final. No cancellations or refunds will be issued after registration. Note: Students will also receive access to NexClap.com for online course materials and NexGenKlick.ai to capture and showcase their learning journey.

In Game Art Studio, campers explore the world of pixel art and animation using Aseprite, a professional tool used to create graphics for 2D video games. Students learn how to design characters, environments, icons, and animated sprites while building strong foundations in color, shading, and animation timing. Throughout the week, campers create original game-ready artwork such as character walk cycles, enemies, backgrounds, and user interface elements. They also learn how pixel art is used in real games and how their creations can be exported for use in 2D games, Scratch or Flowlab projects, Godot or Unity games, Minecraft-style mods, and animated GIFs. This camp is ideal for creative kids who love games and want to bring their ideas to life. No prior art or coding experience is required. Recommended for ages 10 - 15.

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.

Design games. Build worlds. Bring ideas to life. In Game Makers Lab, campers become game designers as they create their own 2D video games from start to finish—no traditional coding required. Using Flowlab, a powerful and intuitive game design platform, students design characters, build imaginative levels, and define how their games work. Inspired by classic games like Super Mario, Donkey Kong, and Space Invaders, campers learn how professional game designers think about gameplay, movement, challenges, and fun. While there’s no typing code in this camp, students still learn the logic behind game design—using visual tools to control physics, triggers, and interactions that bring their games to life. What students will do: Design and build original 2D video games Create characters, enemies, power-ups, and levels Use visual logic to control gameplay and interactions Explore physics, movement, and game mechanics Playtest, refine, and share their games with others This camp is perfect for creative students who love games and want to understand how they’re built, even if they’re new to programming. It’s also a great stepping-stone into more advanced game design, Minecraft Modding, and coding camps. Ages: 9+ Prerequisite: Basic keyboarding skills; no prior coding experience required Game Makers Lab empowers students to turn imagination into interactive experiences—and often sparks a deeper interest in coding and game development.

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 Trip: Explore San Francisco Week 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!

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.

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.

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.

DESCRIPTION This course covers the evolution and impact of automation and robotics, teaching students about mechanical systems and computer control through hands-on projects using VEX Robotics to create objects like traffic lights and robotic arms. KEY CONCEPTS VEX Code Engineering Electricity 3D Modeling 3D Printing Art of Design SPRINTS Robotic Fundamentals Robotics with VEX IQ Advanced Robotics 3D Modeling Midterm Robotics Project Electricity Electricity II Engineering Design Final Project: Build a Complex Robot SOFT SKILLS Teamwork Project Development and Ideation Fine Motor Skills and Coordination Critical Observation OUTCOMEs 3D Printed Innovation Small Scale Smart Home Simulation Robot Design Solution

This is a 6 week Session! Students will build a few Robots and will learn basic Robotics programming using SCRATCH to manipulate the Robot using a designated Theme. Depending on the student's abilities, they will be challenged accordingly and paired with a student with similar capabilities. All students will receive, to keep, 3 themed mini Figurines. Theme: Ninja