CodingChampLearn Coding with funCourses
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Showing 21 of 21 courses
Scratch is a programming language developed by MIT that gives early exposure to programming without heavy prerequisites. Students are introduced to programming through storytelling — designing scenes, characters, and animations, then writing code to bring them to life. A three-month program with two live sessions per weekend, conducted on Google Meet in 1:1 classes.
Fundamentals of coding and the essentials of programming before beginning to code — flow control, conditions, and using Scratch to solve programming problems and puzzles through games and animations.
How computers work, the basics of computer software and hardware and digital devices, and getting familiar with widely-used software like Photoshop, Word, Excel, and PowerPoint.
Python is one of the most widely used and in-demand languages, prized for its simple, readable syntax. Students learn conditional statements, looping constructs, classes and objects, then apply their learning to build GUI programs with Tkinter and real-world mini projects — a foundation for later work in Data Science, Machine Learning, and AI.
Students learn how real websites are built, using the three languages behind every page on the web. HTML gives a page its structure, CSS makes it look good, and JavaScript makes it interactive. Along the way they build their own pages and finish with a complete personal website they can show to friends and family.
A three-level game development track. Students design and build their own games, starting in Scratch with characters, controls and scoring, moving on to levels, enemies and physics-style movement, and, for older students, writing games in code.
A hands-on Premiere Pro CC curriculum — from understanding the workspace and timeline through trims, transitions, titles, audio, and color correction — building up to full creative projects like a music video and a short movie.
Adobe Photoshop is the predominant photo editing and manipulation tool on the market. Students learn its fundamentals and graphics concepts, working up through retouching, layers, masks, and filters to real design projects — posters, business cards, and full website UI mockups.
A hands-on introduction to artificial intelligence and machine learning, built on the Python foundation from our other courses. Students explore how AI actually works — training simple image and text classifiers, experimenting with tools like Google's Teachable Machine, and building beginner chatbots — while learning to think critically about how AI is used (and misused) in the real world.
Students program the BBC micro:bit, a pocket-sized computer with lights, buttons and sensors, using block coding and then Python. They turn code into real gadgets such as games, step counters and compasses, and learn how sensors and inputs connect software to the physical world.
A hands-on robotics course built on Arduino, the platform used by makers and engineers worldwide. Students wire circuits, read sensors, drive motors and program robots in C++, moving from blinking LEDs to obstacle-avoiding and line-following robots and smart-home style projects.
Students build 3D games in Unity, the engine behind many popular mobile, console and VR games, and learn C# along the way. They create worlds, characters and physics, script gameplay, and finish with a complete playable 3D game.
Students design and build real mobile apps with MIT App Inventor, a free block-based tool from MIT. They learn screens, buttons, data and sensors, and build apps they can run on a phone or tablet, from a quiz app to a drawing app and a to-do list.
Students build their own Roblox experiences in Roblox Studio and learn Lua, a real programming language, to script obstacle courses, collectibles, scoreboards and simple multiplayer games, with a focus on playing safely online.
Children learn coding inside Minecraft, using Microsoft MakeCode to program an agent, build structures automatically and create mini-games. It's a playful way into loops, events and conditions for kids who already love the game.
A structured Java course covering programming fundamentals and object-oriented programming. It's especially useful for ICSE and ISC students, whose Computer Applications and Computer Science syllabi use Java, and for students considering AP Computer Science A.
Students learn C++ and the algorithms and problem-solving techniques used in programming contests and informatics olympiads, from searching and sorting to recursion and dynamic programming, with regular practice problems.
Students learn to collect, clean, analyse and visualise data with Python and its data libraries. They work with real datasets, such as sports, weather and school data, and learn to tell clear stories with charts.
Students learn 3D design with Tinkercad and then Blender, creating models, characters and scenes. They learn shapes, measurement and design thinking, and make models suitable for 3D printing or use in games.
Students learn how generative AI tools create text, images and code, how to write effective prompts, and how to use AI responsibly for learning and creativity, including checking facts, avoiding plagiarism and protecting privacy.
Students learn how the internet works and how to stay safe on it: strong passwords, spotting phishing and scams, privacy settings, and the basics of encryption and how attackers and defenders think, through hands-on challenges.
See exactly which courses fit your child's grade band.
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Shorter add-on courses that round out the CodingChamp catalog.
Fundamentals of Computer
Graphic Designing Basic
Graphic Designing Advance
Web Development Basic
Video Editing
