--- title: "Unplugged Coding Activities: Logic Skills for Kids in Mumbai" description: "Discover hands-on, screen-free coding activities in Mumbai. We teach kids computational thinking through logic games, origami, and puzzles, not computers." canonical: https://mytribe.in/code_riite/screen-free-computational-thinking-workshops/unplugged-learning-activities last_updated: 2026-02-20 --- # Unplugged Coding Activities for Kids Tribe Verified · Hands-on workshops across Mumbai and Colaba By [Code-Riite](https://mytribe.in/code_riite) · Available across Mumbai Metropolitan Area; Visit center in Colaba · ₹900 per child per workshop (estimate) Part of [Screen-Free Computational Thinking Workshops](https://mytribe.in/code_riite/screen-free-computational-thinking-workshops). [View full gallery](https://mytribe.in/code_riite/screen-free-computational-thinking-workshops/gallery) Discover how we teach logic and computational thinking without a single screen. We use puzzles, origami, and games to help children understand how technology actually works. ## Photos and videos - ![Origami is a fantastic unplugged activity for teaching computational thinking. This infographic shows how folding paper develops skills like algorithmic thinking, pattern recognition, spatial visualization, and logical reasoning.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/3a5f9096-3d86-4e05-b2be-2113a96fadc1) - ![Welcome to the Origami Coding Adventure! This series of posts shows how I turn the art of paper folding into a coding quest, where kids learn to follow sequential steps and debug their creations.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/6e949a6e-5949-4f57-96fc-c84b83609afb) - ![Step 1 of our origami activity: Gather your materials. Just like in coding, preparation is key. We use simple items like colored paper and markers to begin our adventure.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/1f4ff376-25ab-4b3f-a58d-d2ed6f3691d9) - ![Step 2: Fold your origami creature. This step is all about following a precise algorithm. Each fold is a command that transforms a 2D sheet of paper into a 3D object.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/0edc42ba-d585-4b43-add0-1002994fb016) - ![Step 3: Draw a path. Using a grid, children design a path for their creature. This introduces the concept of coordinates and planning a sequence of movements.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/bcff15c6-6207-41ca-b8a3-210ae8af4a05) - ![Step 4: Code your creature. Kids use command cards like "move forward" and "turn left" to write a program that guides their origami animal along the path they drew.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/b8c1dca6-f32b-49c1-916e-368f2ce24954) - ![Step 5: Debug and improve. If the creature doesn't follow the path correctly, it's time to debug! This teaches kids to analyze their code, find errors, and fix them, a crucial part of programming.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/32d32006-8c26-48fb-af04-8642e1276457) - ![This image introduces another one of my favorite unplugged activities: a sensory safari. Using materials like sand, beans, or rice, children can go on an imaginative adventure that also teaches valuable skills.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/c75862d7-fb50-4c5c-ae79-3cbed9a68b12) - ![Step 1 of the sensory safari: Let's dive in! We start by gathering our supplies, like a plastic bin, sensory treasures, and small toys. This step involves planning and resource management.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/e1cb3c95-dbc9-4b3c-a5b4-733313a45727) - ![Step 2: Pick your potion! Children choose their sensory material, whether it's shimmering sand, bouncing beans, or dancing rice. This choice allows for creative expression within the activity.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/c7e88e4b-d7c9-4609-8b0e-f25f9b9fc5d6) - ![Step 3: Create the potion. The kids pour their chosen material into the bin, creating the "sensory wonderland." This simple action is part of setting up the environment for their imaginative play.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/2ca2cf97-42f9-44e5-98c0-fa4981e14e41) - ![Step 4: Gear up! With scoops, cups, and tiny trinkets, the treasure hunt or culinary adventure begins. The only limit is their imagination.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/e0a7dbea-da35-4649-a6be-7049642c77ce) - ![Step 5: Ready, set, play! The children dive into the sensory bin, feeling the textures and letting their imaginations soar. This free play is essential for creativity and problem-solving.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/bdc528b8-1559-42f2-af5c-0f726e8085b0) - ![I use classic games to boost logical reasoning skills in a fun, familiar way. This series of images shows how games like chess, puzzles, Sudoku, and Monopoly are powerful tools for cognitive development.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/1715133d-c4ba-4583-88f9-01d8c09fdf73) - ![Chess is more than a game; it's a mental workout. It teaches strategic thinking, planning ahead, and critical thinking, all of which are essential abilities for a programmer.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/5ef02bfc-f6c3-4697-b709-f80cd48502f5) - ![Puzzles are a fantastic way to challenge a child's logical reasoning. They require problem-solving and concentration to figure out how all the individual pieces fit into the bigger picture, a concept known as decomposition.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/a51c8dba-0ea8-4af4-ab69-996eba14f4ab) - ![Sudoku is a pure number logic challenge. It's a great way to improve a child's concentration, mental agility, and memory skills, all while they are just having fun with a puzzle.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/c7442f57-e1f5-41b9-971d-52f4ed8a27d9) - ![The classic board game Monopoly teaches financial literacy and strategy. Players learn to make decisions about buying, selling, and trading, which develops logical thinking and negotiation skills.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/aab349e4-00ed-4ff4-8e7a-a44394eed5f9) - ![What is an algorithm? I explain it simply: an algorithm is just a set of steps to do something in the right order. Here, kids use blocks to build and follow their own sets of instructions.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/016f0fa3-9ee5-4e4c-9bda-f70dfb3e420e) - ![Why is learning about algorithms important? It builds early tech vocabulary, improves logical and structured thinking, and makes problem-solving fun and easy. Coding really does start with simple thinking.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/67417be3-c983-4137-8df9-4820cce61965) - [Video: This mug cake sequencing activity is a delicious way to learn about algorithms! This video shows how following a recipe step-by-step also enhances fine motor skills, math skills, and patience.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/72c0faa8-58f2-4d2e-bcc2-f8f7b66e6d06) - ![This Eid-themed recipe algorithm activity challenges kids to create step-by-step instructions for their favorite festive dishes. They learn to break down a recipe into sequential steps, just like coding.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/58b0c7eb-b197-4106-90a4-d34d4f142d2c) - ![An Eid maze challenge is a fun way to practice logical thinking and problem-solving. Kids have to navigate through the maze using directional commands, which is a core concept in programming robots.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/521cb1bb-7d21-428f-819c-a269672ecbdd) - ![In this Eid pattern design activity, I encourage kids to create intricate patterns using geometric shapes. This promotes pattern recognition and algorithmic thinking as they identify and replicate repeating motifs.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/5a70971f-2510-4595-a239-94f18497f297) - ![This Eid card sorting activity is a hands-on lesson in data classification. Kids categorize cards based on different criteria like color, theme, or message, which is a fundamental skill in data science.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/62f67fc2-574c-4b9f-8c86-d7a745c2e04a) - ![I love turning everyday activities into coding quests. This series shows how fireside storytelling can become an exercise in computational thinking, where kids "code" their own adventure.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/0122f72b-c7d8-4318-8bf6-8ae27a4b1110) - ![Step 1 of coding a story: Define variables. Kids pick their characters, settings, and plot twists, learning to think like a coder by identifying the key elements of their narrative.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/a5ad8710-f9e2-4e4c-893b-c8f30eb6d03b) - ![Step 2: Create functions. We build "functions" for characters, dialogue, and plot events. This teaches them about creating reusable blocks of instructions to make their story flow.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/23ce4071-1f0b-486b-ac1e-5ec712b86cd0) - ![Step 3: Debugging drama. Kids test their story functions to ensure the narrative makes sense. This is a fun way to introduce the concept of debugging for a seamless storytelling experience.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/fce4daeb-488d-4760-95a1-c6a7c1ee4712) - ![Step 4: Set the scene. We create a cozy space to share our "coded tale." Immersing ourselves in the story makes the experience more memorable and fun.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/efaf25ec-2f2d-4fe1-9a2d-62a5a2a79c1a) - ![Step 5: Code the rules. We establish rules for a great story, like including a plot twist or a funny moment. This adds another layer of structure and creativity to the activity.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/20d51829-ede7-46f7-977b-ead91c8acc34) - ![Even gift wrapping can be a coding activity! This series, "Wrap it, Code it, Gift it," turns a holiday task into a fun computational challenge for kids.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/b8e731fd-b304-4c66-a1e6-9f3b5aea093e) - ![Step 1 of gift wrapping like a coder: Gather your gear. We are turning gift wrapping into a computational challenge, unwrapping the joy of creativity.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/8b1b7c27-7e12-4b98-b5d2-ba0466331e43) - ![Step 2: Design your algorithm. Before folding, kids plan their wrapping algorithm. How will they tackle each step? This encourages forethought and planning.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/ab749e4d-1eb0-4049-b4f4-19b17ffa2a55) - ![Step 3: Execute the algorithm. It's time to put the plan to work! Following their plan fold by fold, they watch as their gift gets a computational makeover.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/b5b1f5ff-4363-4ab5-ac3f-0236982a987b) - ![Step 4: Debug and optimize. Kids inspect the wrapped gift for any "bugs" like messy corners or loose tape. They then optimize their code for a more efficient and beautiful result.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/a6b215df-3451-464c-874a-2fe9660abc5c) - ![Step 5: Share your triumph. They share their coded gift with family and friends, showing off the computational creativity they brought to the holidays.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/c624b753-bb35-41e3-b68c-a821396c1dfb) - ![This image shows the first step of a stop-motion animation project: story planning. Thinking about characters, setting, and plot encourages logical thinking and sequencing, which are essential components of computational thinking.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/1aa0ef68-d175-442e-9e2c-5b6a8e29560d) - ![The second step in our unplugged animation activity is gathering materials. Using toys, figurines, and drawings as characters and props involves problem-solving and resource management.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/fb3eb6c9-eee0-4c67-a123-e773818e8c27) - [Video: This video provides an overview of what I include in my screen-free coding workshops. It highlights engaging unplugged activities, introductions to coding concepts, algorithm debugging, and learning the language of binary.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/fe623a35-2729-4442-b4ee-dad58d56c29d) - ![Word of the Day: Conditional Statements. I explain this concept by comparing it to a story where different events happen based on your choices. In coding, actions depend on certain conditions being met.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/cdaac45a-f03b-441b-9fb6-e4e7a836e549) - ![Word of the Day: Data Representation. I simplify this by asking kids to picture turning information into a secret code. Computers do this using zeros and ones in their own secret language.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/991b1d59-03c6-4f16-9453-3c2e17570a32) - ![Word of the Day: Algorithm. I compare it to following a step-by-step recipe to bake cookies. An algorithm is simply a set of instructions to solve a problem or create something cool.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/5d283e1a-bc44-4701-a1e7-2bd57df068fb) - ![Explaining 'Debugging' in a fun way. I tell kids that debugging is like being a superhero who fixes bugs in your code or mistakes in your homework.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/caa500d5-1875-4d37-9068-5925953c5ee3) - ![Let's code an indoor snowball fight! This fun, imaginative activity is a great way to teach coding concepts without any screens, perfect for a rainy day.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/63701e23-6dad-443e-bed9-9d6cf99b22e1) - ![Step 1: Introduction. I challenge the kids to turn an imaginary snowball fight into code, setting the stage for a fun battle of logic and creativity.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/42b8e756-f46f-4b76-9df5-877b43c6dffa) - ![Step 2: Define Variables. We think like coders and define the variables for the perfect snowball, such as size, speed, and target.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/48ff9219-461b-41cb-937b-22254c64ed1c) - ![Step 3: Create Functions. We build functions for the actions in our snowball fight, like 'makeSnowball', 'aim', and 'throw'.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/8bf499b5-eefe-4b68-a4f0-44e83c72eb9c) - ![Step 4: Set up the Arena. We create a designated indoor snowball zone, defining the boundaries and rules of our play area.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/9f85fc6d-033f-476a-ab19-5fafd1ce9dcd) - ![Step 5: Code the Rules. We code the rules for our computational showdown, such as how to score points or what happens when you get "hit."](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/fd539714-567b-417f-b43e-7316a64bcb28) - ![Let's turn New Year's resolutions into a fun coding activity! This helps children learn how to break down big goals into smaller, manageable steps.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/ad9de390-ce47-48d3-a645-e9dbb50c3d11) - ![Step 1: Code Your Best Year Yet! I introduce the activity of turning resolutions into a coding adventure, programming a plan for a great year.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/81313737-f340-4ac7-a6ea-7f56fb6bb99b) - ![Step 2: Set Coding Goals. Kids list what they want to achieve, whether it's learning new skills or completing kindness missions. This helps them define their objectives.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/505f1d45-7f01-41cf-abc3-a3f4b0aa4e77) - ![Step 3: Code Your Plan. They break down their goals into variables and create coding functions for the actions they will take, coding a roadmap for success.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/aa886c30-8844-4bca-a450-dc7cef464af6) - ![Step 4: Debug and Execute. Kids "test" their plan, debug if needed, and then put their coding plan into action to achieve their resolutions.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/8bd9b890-4f24-4876-af55-fbecbce41c96) - ![Step 5: Reflect and Share. Finally, they pause to reflect on their plan, optimize it, and share their achievements to inspire others.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/ea904ce5-0882-4ace-8fb6-e0c12dcddda3) - ![Wondering what computational thinking is? This series of images uses fun analogies to simplify the concept and make it easy for parents and kids to understand.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/449e3cde-df7a-40f3-a048-e1bcc14cf603) - ![Analogy 1: Computational thinking is like a GPS for your brain, guiding you through the twists and turns of problem-solving journeys with precision.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/5a806d8f-c709-427e-a134-91f41027a2e5) - ![Analogy 2: Computational thinking is the cool DJ of coding, orchestrating a symphony of logical beats to create harmonious solutions.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/167dda50-a441-41d5-a030-6a8c430723ea) - ![Analogy 3: It's the Sherlock Holmes of the digital world, teaching you to deduce, infer, and solve mysteries hidden in complex problems.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/3427679a-7acf-4d98-a079-b3a2651dc4d7) - ![Analogy 4: Computational thinking is like a treasure map for creativity, leading you to the 'X' that marks the spot of ingenious ideas.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/3702c99c-5c5a-408d-97a6-1d4803ce932c) - ![Analogy 5: It's the magic wand for logical wizards, allowing them to conjure up solutions that seem almost like spells in the world of problem-solving.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/9e06b3aa-4671-4dff-9937-0d4a291b8e41) - ![Let's embark on a computational nature hunt! This activity gets kids outdoors to hone their pattern recognition skills by observing the world around them.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/019476a4-8415-4390-83aa-fd81a9f0d14f) - ![Step 1 of the nature hunt: Preparation. I instruct the little explorers to head outdoors with a notebook, pencil, and a keen sense of curiosity.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/a2fee800-5e3d-4810-b42b-34ab47477b2b) - ![Step 2: Observation. As they wander, they look for patterns in leaves, flowers, rocks, and anything else they can find in the natural world.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/c94c0139-52ff-4940-af17-bbe9b0a16f66) - ![Step 3: Documenting Patterns. In their notebooks, they draw sketches or write descriptions of the patterns they find, learning to recognize nature's designs.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/8ecc30eb-e542-4d4b-bb2a-4d3694282c34) - ![Step 4: Pattern Analysis. The group reflects on their findings, discussing recurring patterns and how they are similar or different. This builds collaborative and analytical skills.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/6b8da835-f49d-4d5e-91e4-92633ad9e788) ## About Unplugged Learning Activities Our unplugged workshops treat coding as a mental exercise rather than a software tool. When your child folds paper for origami algorithms or navigates a floor grid, they learn to think in sequences and debug errors, building the exact logic required for programming before they ever touch a keyboard. Most coding programs for children jump straight to block-based software, but this often skips the foundational logic. At Code-Riite, we prioritize the thinking behind the code. Our approach focuses on computational thinking: - Decomposition: Breaking complex problems into smaller, manageable steps. - Pattern Recognition: Spotting repetitions in origami folds or Sudoku grids. - Algorithmic Thinking: Designing step-by-step instructions for physical movement. - Debugging: Analyzing why a path or fold did not work and finding a solution. We conduct these workshops across the Mumbai Metropolitan Area and at our center in Colaba. Whether we are using binary bracelets to understand data representation or using grid-based mazes to learn spatial commands, children gain a deep understanding of logic. These activities remove the distraction of bright screens and replace them with tactile, collaborative play. By the time a child moves to actual programming, they already understand variables, loops, and conditions because they have lived them on a floor mat. This method builds confidence and critical thinking, ensuring technology becomes a tool they control, rather than a system they simply click through. ## About Code-Riite I started Code-Riite because I noticed kids often memorize software steps without understanding the underlying logic. My workshops shift the focus back to problem-solving, using hands-on games that teach children how to think clearly and creatively about technology. [See all of Code-Riite's services](https://mytribe.in/code_riite) ## More from Screen-Free Computational Thinking Workshops by Code-Riite - [Featured](https://mytribe.in/code_riite/screen-free-computational-thinking-workshops/featured) - [Our Workshops in Action](https://mytribe.in/code_riite/screen-free-computational-thinking-workshops/our-workshops-in-action) - [How Our Workshops Work](https://mytribe.in/code_riite/screen-free-computational-thinking-workshops/how-our-workshops-work) - [Hear From Our Community](https://mytribe.in/code_riite/screen-free-computational-thinking-workshops/hear-from-our-community) - [The 'Why' Behind Our Method](https://mytribe.in/code_riite/screen-free-computational-thinking-workshops/the-why-behind-our-method) - [Brain Teasers & Puzzles](https://mytribe.in/code_riite/screen-free-computational-thinking-workshops/brain-teasers-puzzles) - [Tech Insights & Fun Facts](https://mytribe.in/code_riite/screen-free-computational-thinking-workshops/tech-insights-fun-facts) - [Coding Culture & Fun](https://mytribe.in/code_riite/screen-free-computational-thinking-workshops/coding-culture-fun) - [Past Events & Announcements](https://mytribe.in/code_riite/screen-free-computational-thinking-workshops/past-events-announcements) ## More services by Code-Riite - [Online Coding Classes for Kids](https://mytribe.in/code_riite/online-coding-classes-for-kids) ## Similar work from other experts - [Coding Without Screens: Logic & Robotics for Kids](https://mytribe.in/thebrainwagon/creative-steam-sensory-workshops/coding-without-screens) by The Brain Wagon · Creative STEAM & Sensory Workshops · In-person workshops at Wadala East and Sion East, Mumbai - [STEM, Robotics, and Coding Classes for Kids](https://mytribe.in/kidsengineers/academic-enrichment-programs/stem-tech-exploration) by Junior Engineers · Academic Enrichment Programs · Online classes and at 9 centers across Delhi NCR & Ahmedabad - [Hands-On STEM & Science Projects for Kids](https://mytribe.in/milkteeth_theactivitycenter/kids-skill-development-workshops/hands-on-stem-science-projects) by Milk Teeth Activity Center · Kids' Skill Development Workshops · Online & In-person at Chamrajpet, Bengaluru - [Understanding the World of Tech: Robotics and Coding Basics for Kids](https://mytribe.in/roboticschools/robotics-coding-ai-courses/understanding-the-world-of-tech) by Roboticschools · Robotics, Coding & AI Courses · Online and at center in Bellandur, Bengaluru - [Hands-on Coding Classes for Kids and Teens](https://mytribe.in/codeminors2022/coding-tech-programs-for-kids-ages-6-18/featured) by Code Minors · Coding & Tech Programs for Kids (Ages 6-18) · Online globally & offline classes in Mumbai - [Interactive Math & STEM Workshops](https://mytribe.in/hattennoki/academic-tutoring-enrichment-programs/interactive-math-stem-workshops) by Hattennoki · Academic Tutoring & Enrichment Programs · Online & In-person classes in Bengaluru ## Book To book Code-Riite, message mytribe on WhatsApp: [Chat on WhatsApp](https://wa.me/916360004054?text=Hi%2C%20I%20am%20interested%20in%20your%20unplugged%20coding%20workshops%20for%20my%20child.%20Could%20you%20share%20the%20schedule%20for%20upcoming%20sessions%3F)