Course for children 9-10 y.o.

Robotics
mBot Neo

Children are proficient in programming with Scratch, Python and independently create robotic systems

4,96

star star star star star

Average Rating of Classes and Activities

Based on a survey of 1000 students

blend blend
blend blend blend
time

90-120 minutes

Class Duration

calendar

1 academic year

Course Duration

What Are Our Goals for Education?

star

Study the principles of programming and functioning of monoblock robots. Deepen knowledge of electronic components

diamond

Deepen understanding of programming in Scratch and take the first steps in programming with Python.

What to Expect in Our Classes?

Monoblock Robot Programming

Children will study the principles of programming and the functioning of monoblock robots.

Deepened Knowledge
of Electronics

Students will enhance their understanding of electronic components used in robotics.

Advanced Scratch Programming

Children will deepen their knowledge of programming in Scratch, building on their existing skills.

Introduction
to Python Programming

Students will take their first steps in programming with Python, beginning to develop basic proficiency.

Proficiency in Scratch
and Python

Children will become proficient in programming with both Scratch and Python.

Independent Creation
of Robotic Systems

Students will gain the ability to independently design and create their own robotic systems.

Course Outcomes: Mastering Valuable Skills and Knowledge

Your kid will be equipped with valuable skills and knowledge that can open doors to endless opportunities. Remember, the effort you put in today will shape your tomorrow. Stay curious, stay engaged, and never stop learning.

Children understand the mechanics of robots and have skills in creative and project-based construction

plus

Students will explore the mechanics behind robotic systems, learning how to assemble and modify robots. They will engage in creative, project-based construction, applying mechanical concepts to build functional robots.

They are proficient in programming with Scratch and Python

plus

Children will advance their programming skills by mastering Scratch 3.0 and Python. They will learn to create sophisticated programs, debug code, and integrate their programming knowledge into robotic systems.

They can independently create robotic systems

plus

Students will develop the ability to design, build, and program complex robotic systems independently. They will use their understanding of mechanics, electronics, and programming to create robots that perform specific tasks and functions.

Result

plus

Children will have a thorough understanding of robotic mechanics and programming. They will be skilled in creative and project-based construction, proficient in using Scratch and Python, and capable of independently designing and building complex robotic systems. Additionally, they will have hands-on experience with electronic components and multi-sensor robots, equipping them with a solid foundation for advanced robotics projects

We're available

for your call!

Monday to Friday

10:00 AM – 3:00 PM

We'll help you find the perfect teacher and schedule tailored to your child's need!

Your child will thrive, radiating happiness and confidence. Friends will ask, "Why is your child so cheerful?" Teachers will notice, saying, "Their motivation and performance have improved so much!"

Affordable Pricing

We know how important it is to offer value without compromise.
That’s why our group classes start

from just $120

to $216 per month.

With us, your child won’t just learn – they’ll step into the world of one of the most in-demand professions. Imagine the future possibilities! IT professionals are shaping the world – and earning top salaries. Let’s get started!

star star star star star

Real Classroom Experience, Delivered Online

GoCoding brings the structure and accountability of a real classroom to every online session. With 12 years of teaching experience, live instructors, and small groups of 4–6 students, we deliver results that matter — from anywhere in the U.S.

clip clip
4–6
Students Per Class
15+
States Served Online
1,000+
Happy Families
12
Years Teaching Kids

With 12 years of experience, real teachers, and small-group live classes, we bring something most online schools lack — the structure and personal attention of a real classroom, accessible from anywhere.

Can't Decide Which Course To Choose?

hand

We will help You decide

Would you like to know more about the courses? Leave a request, and our team will reach out to you to answer all your questions

hand

We will help You decide

Would you like to know more about the courses? Leave a request, and our team will reach out to you to answer all your questions

kat

Frequently asked Questions

Will my child actually learn coding, or just play games?

plus

Every lesson is structured around building real projects — games, apps, websites — not just playing them. Our curriculum follows proven computer science principles: students learn loops, conditionals, variables, and functions while creating something they're proud to share. Parents receive weekly progress reports showing exactly what concepts were covered and what your child built. After 12 years teaching 10,000+ students, we've perfected the balance between engaging and educational.

How do you keep kids focused during online classes?

plus

Small groups (6-8 students max), live instructors, and hands-on projects keep engagement high. Unlike large online classes or pre-recorded videos, our teachers interact with every student by name, ask questions, and give individual feedback in real-time. We use breakout activities, live coding challenges, and peer sharing to maintain energy. Students are building and creating for 80% of class time — not just watching. Our retention rate speaks for itself: 92% of students continue after their first month.

My child has zero coding experience. Is that okay?

plus

Absolutely! 95% of our students start with zero experience. We group students by skill level, not just age, so beginners learn with beginners. Our curriculum starts with visual, block-based coding (like Scratch) before moving to text-based languages. The trial class is specifically designed to welcome first-timers — your child will build their first working project in that very first session. We've taught everyone from shy 6-year-olds to skeptical teenagers, and they all succeed when started at the right level.

What if my child gets stuck or falls behind?

plus

Our 6-8 student groups allow instructors to give personalized attention during class. If a student needs extra help, teachers provide individual support during breakout time. Between classes, students have access to recorded lesson replays and can message their instructor with questions. We also offer optional 1-on-1 tutoring sessions for students who need deeper support. Most importantly, we never move on until everyone understands — unlike school, where the curriculum keeps moving regardless of readiness.

Who are your instructors? Are they qualified to teach kids?

plus

All instructors hold computer science degrees or professional coding certifications, plus they complete our 60-hour teacher training program focused on teaching children. Many are Microsoft-certified educators. But credentials aren't enough — we only hire teachers who genuinely love working with kids. Every teacher is background-checked, and we monitor classes to ensure quality. You'll meet your child's instructor during the trial class, so you can see their teaching style firsthand before committing.

Is online learning safe for my child?

plus

Student safety is our top priority. All classes are supervised by background-checked instructors. We use secure, encrypted video platforms with no public chat or direct messaging between students. Kids only access age-appropriate, vetted coding platforms — no open internet browsing. Parents can observe any class at any time. We're fully COPPA-compliant and never share student data. After 12 years and zero security incidents, we've built systems that let kids learn safely online.

What equipment do we need at home?

plus

Just a laptop or desktop computer (Windows or Mac) and stable internet. A webcam and microphone (built-in is fine) are needed for interaction. Tablets and Chromebooks work for some courses but aren't ideal for coding. We'll send you a detailed tech-check guide before the trial class, and our team can help troubleshoot any setup issues. Most families find they already have everything needed — no special purchases required.

How quickly will my child see real results?

plus

Your child will build their first working project in the trial class — that's immediate, tangible proof of learning. Within 4-6 weeks, students complete projects complex enough to share with friends and family. By month 3, most students can independently troubleshoot bugs and explain coding concepts. By month 6, they're building multi-level games, interactive websites, or functional apps. We track 12 skill milestones throughout the year, and parents receive progress updates after every module. Real skills develop over months, not days — but you'll see confidence and excitement from day one.

What if my child doesn't like it after the trial?

plus

The trial class is completely risk-free — no payment required, no commitment. If your child loves it (as 89% do), we'll help you choose the right ongoing program. If it's not the right fit, no hard feelings. We'd rather you discover that in a free trial than after paying. For ongoing students, we offer a satisfaction guarantee: if you're unhappy in the first two weeks, we'll refund you in full. We've built our reputation on happy families, not trapping anyone into something that doesn't work for them.

How is this different from YouTube tutorials or coding apps?

plus

Free resources are great for exploration, but they lack structure, accountability, and support. Kids often get stuck, frustrated, and quit. Our live classes provide real-time feedback, a structured curriculum that builds systematically, and the motivation of a small peer group. An instructor can spot and fix a misunderstanding in seconds — something a video never can. Plus, our students build a portfolio of original projects, not just recreations of tutorials. Think of it like the difference between watching cooking videos and taking a hands-on culinary class with a chef.

Book a Trial Coding Class for Your Child Get a Trial Class →