Classes (5-10)
1 Yrs
Skills: A and As Computer Science, Mathematics, Math, English, Science, Computer Science, Coding for kids, Class 6, Class 7, Class 8, Class 9, Class 10, Class 5, Maths, Computer Coding For Kids



Compare verified online coding classes for kids across Scratch, Python, and app development. Browse tutor profiles, check experience, and book a trial class directly.
1 Yrs
Skills: A and As Computer Science, Mathematics, Math, English, Science, Computer Science, Coding for kids, Class 6, Class 7, Class 8, Class 9, Class 10, Class 5, Maths, Computer Coding For Kids
7 Yrs
Skills: Minecraft Modding, Coding for kids, Python, Computer Coding For Kids
5 Yrs
Skills: Ml Dl Neural Networks and Opencv in Python, Full Python, Git, A and As Computer Science, Advanced Python, Azure Sdks (.net, Python, Java, Node.js, Etc.), Python Programming, Data Structures, Data Science with Python, Advanced Python for Data Engineering, Coding for kids, Python
3 Yrs
Skills: Python 3, Python Programming, Coding for kids
4 Yrs
Skills: Python Programming, Coding for kids
3 Yrs
Skills: Block Based Coding, Scratchjr, Html 5, Css, Code.org, Mit App Inventor, Programming Language, Basic Computer, Coding for kids, Computer Coding For Kids
3 Yrs
Skills: Javascript, Machine Learning, Python Programming, Artificial Intelligence, HTML, CSS, Coding for kids, Computer Coding For Kids
1 Yrs
Skills: Online Virtual Classroom Coding, C Programming for Kids, Python Programming, Object-oriented Programming (oop), Coding for kids, Computer Coding For Kids
8 Yrs
Skills: A & AS Level Mathematics, Tamil Ilakkanam, A and As Computer Science, Second Language Tamil, Vb.net, Vba (visual Basic for Applications), Spoken Tamil, Computer Science, Coding for kids
10 Yrs
Skills: Python Basics, Coding for kids
3 Yrs
Skills: Coding for kids, Bbc Microbit
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Chat With UsOnline coding classes for kids teach programming logic through age-appropriate tools block-based platforms like Scratch for younger children, and text-based languages like Python for older ones. On FindMyGuru, parents can browse tutor profiles, compare teaching styles and experience, and connect directly to book a trial class, all without a platform commission eating into the tutor's fee.
This isn't a one-size-fits-all subject. A 6-year-old dragging blocks together to make a cat jump across a screen and a 13-year-old writing Python functions are doing fundamentally different things, even though both fall under "coding for kids." Choosing the right tutor means matching their teaching approach to your child's age, attention span, and goals not just picking whoever ranks first in a search.
Most educators and coding platforms agree children can begin as early as 6 to 7 years old, starting with visual, block-based tools before moving to real programming languages. Here's how the typical progression looks:
Ages 5–8: Block-based foundations
Kids at this stage aren't ready for syntax. They learn computational thinking sequencing, loops, conditionals through drag-and-drop tools like Scratch Jr, Code.org, and Minecraft-based modding. The goal is building comfort with logic, not memorizing commands.
Ages 9–12: Bridging block and text
This is when many tutors introduce a hybrid approach Scratch alongside early Python, or platforms like MIT App Inventor that mix visual blocks with real app-building. Kids start seeing how their code translates into something they can share or play.
Ages 13 and up: Text-based programming
Older kids are ready for full Python, JavaScript, or HTML/CSS, often paired with a project a simple game, a personal website, or a chatbot. At this stage, tutors typically follow exam-adjacent or portfolio-building goals, especially if the child is considering computer science later.
A tutor's own coding skill matters less than whether they know how to teach a child. Before booking a trial, check these on a tutor's profile:
Age-group specialization. A tutor who primarily teaches college-level Python may not have the patience or method for a restless 7-year-old. Look for tutors who explicitly list the age ranges and tools (Scratch, Code.org, Minecraft, App Inventor) they've taught before.
Teaching format fit. Some kids thrive in 1:1 sessions with full attention; others do better in small batches where peer interaction keeps them engaged. Check whether the tutor offers both, and ask how they handle a child who loses focus mid-session.
Project-based curriculum. A strong coding tutor builds toward something a finished game, an app, an animation rather than teaching commands in isolation. Ask what your child will have built by the end of a term.
Communication style during trial. The first class tells you more than any profile description. Watch whether the tutor explains concepts in plain language, checks for understanding, and adjusts pace based on the child's reactions.
Online coding tutors for kids generally offer two formats:
1:1 live sessions fully paced to the child, ideal for kids who need more explanation time or have a specific goal (like exam prep or a personal project).
Small-group batches (2–4 kids) more affordable per session and add light social competition, which some children find motivating. Better suited to kids who are already comfortable in a classroom-style setting.
Both formats on FindMyGuru are run live by the tutor not pre-recorded content so your child can ask questions in real time.
Coding-for-kids tutors on FindMyGuru teach across a range of tools depending on age and goal:
Scratch and Scratch Jr — visual block coding for beginners
Code.org and block-based platforms — structured, curriculum-style logic building
Python — the most common first text-based language, used for both beginners and more advanced kids
HTML, CSS, and basic web development — for kids interested in building websites
Minecraft modding and BBC micro:bit — hardware- and game-based coding that keeps engagement high
MIT App Inventor — simple mobile app building for kids ready to move beyond block coding
Fees for kids' coding classes vary by tutor experience, session format, and duration, and depend on whether you choose 1:1 or group batches. As a general pattern, 1:1 sessions cost more per hour than group batches, and tutors with several years of dedicated kids'-coding experience typically charge more than general programming tutors who also take on younger students. Rather than assume a fixed number, compare 3–4 tutor profiles for your child's age group and ask each for their current rate indicative ranges shift often enough that direct confirmation is the reliable approach.
FindMyGuru lists tutors with visible experience, subject tags, and direct contact details, so parents can compare multiple coding tutors for kids side by side before committing to a trial. There's no bidding system and no platform fee added to the tutor's rate you contact the tutor directly and agree on terms between yourselves. Tutors' profiles show the specific tools and age groups they teach, which makes it easier to filter for a genuine match rather than a generic "coding teacher" listing.
Once you've shortlisted a tutor, most are open to a first trial class this is the best way to judge fit before committing to a term. Ask about their typical project timeline, how they track a child's progress, and whether they share updates with parents after each session.
Browse verified coding tutors for kids on FindMyGuru and book a trial with the one that fits your child's age and learning style. If you teach kids' coding and want to reach parents actively searching for tutors, you can list your profile and start receiving direct enquiries.
Most children can begin as early as 6 to 7 years old, starting with block-based tools like Scratch before moving to text-based languages such as Python around age 9–12.
Scratch is better for younger or first-time coders because it uses visual blocks instead of typed syntax. Python suits kids around age 10 and up who are ready to write actual code and want to build more advanced projects.
Most kids grasp foundational logic sequencing, loops, conditionals within 2–3 months of regular sessions. Building confidence with a full language like Python typically takes 6 months to a year of consistent practice.
1:1 classes offer full attention and a pace matched to the individual child, which helps with focus or specific goals. Group batches are usually more affordable and add peer motivation, working well for kids already comfortable in classroom settings.
No, most tutors design their beginner tracks assuming zero prior experience. What matters more is matching the tutor's teaching style and pace to your child's age and attention span.
Depending on age and tool, kids typically build simple games, animations, Minecraft mods, basic websites, or small apps. A good tutor structures lessons around a finished project rather than isolated commands.
Review their profile for age-group experience and the specific tools they teach, then book a trial class. The trial reveals more than any listing — watch how clearly they explain concepts and whether they adjust to your child's pace.
No, parents can browse and contact tutors directly at no cost. You agree on fees and schedule directly with the tutor you choose.