Course for children 9-11 y.o.
Robotics Arduino
& 3D Printing
This course offers a blend of electronics, coding, and 3D modeling, empowering young minds to turn digital creations into reality
4,96
Average Rating of Classes and Activities
Based on a survey of 1000 students
90-120 minutes
Class Duration
1 academic year
Course Duration
What Are Our Goals for Education?
Learn the basics of electrical engineering. Master the basics of microcontroller programming in C++.
Create mechanisms in Blender. Prepare models for 3D printing.
What to Expect in Our Classes?
Basics of Electrical Engineering
Children will learn the fundamentals of electrical engineering, including assembling basic electrical circuits.
Microcontroller Programming in C++
Students will master the basics of programming microcontrollers using C++.
Mechanism Creation in Blender
Children will learn how to create mechanisms in Blender, a 3D modeling software.
Preparation for 3D Printing
Students will prepare their models for 3D printing, understanding the necessary steps to transition from digital models to physical objects.
Basic Circuit Assembly
Children will gain hands-on experience in assembling and troubleshooting basic electrical circuits.
Complex Project Development
Students will learn how to develop and create complex projects for modeling mechanisms suitable for 3D printing.
Introduction to 3D Modeling
Children will study the basics of 3D modeling, acquiring the skills necessary to design and print their own projects.
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 learned how to assemble basic electrical circuits
Students gained hands-on experience in understanding and assembling basic electrical circuits, providing a foundation in electronics. They developed the ability to identify components, connect them correctly, and troubleshoot issues that arise in simple circuits. This knowledge is crucial for anyone looking to delve deeper into robotics or electrical engineering.
They mastered the basic principles of microcontroller programming
The course introduced students to microcontroller programming in C++, where they learned how to code and control various electronic components. By the end of the course, they were able to write simple programs, control sensors and actuators, and understand how programming integrates with hardware.
They learned how to create complex projects for modeling mechanisms suitable for 3D printing
Students explored 3D modeling and design, focusing on creating mechanical parts and components using Blender. They learned to conceptualize, design, and model complex mechanisms, enhancing their creativity and technical skills. These projects were then prepared for 3D printing, taking them through the complete design-to-production cycle.
They studied the basics of 3D modeling
Through hands-on projects, students were introduced to the fundamentals of 3D modeling. They learned essential skills like creating, editing, and refining digital models, providing them with the ability to visualize and bring their ideas to life in the digital realm before translating them into physical objects.
Result
By mastering the topics in "Robotics Arduino + 3D Printing," students gained comprehensive skills that combine the fields of electrical engineering, programming, and 3D modeling. They are now capable of designing, building, and programming their own robotic systems, preparing them for further exploration and innovation in technology and engineering.
Our Schedule
We’re here for you every day!
Monday to Friday
12:30 PM – 8:30 PM
Weekends
10:00 AM – 6:00 PM
We’ll help you find the perfect teacher and schedule tailored to your child’s needs.
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 $135
to $245 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!
Where are We located?
We have many schools ready to welcome students and provide a supportive, engaging learning environment
Check Out Our Courses
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We will help You decide
Would you like to know more about the courses? Leave a request, and our managers will contact you to answer all your questions
Frequently asked Questions
How much does it cost to study at your school?
If you want to know the cost of our courses, please fill out a request form, and one of our consultants will get back to you shortly with the final price. The cost of the course depends on the package, format offline, and any applicable benefits or current discounts.
Will you return the money if the child does not like the lessons?
Absolutely! We value the satisfaction of our students and their parents.
I am afraid my child will play even more, is this true?
Absolutely not! At our coding school, we focus on nurturing a passion for creating games, which is a completely different and highly beneficial activity from just playing games.
Do you employ students? Is this true?
Yes, we do offer employment opportunities for students who are 16 years old and above. We believe in providing part-time opportunities to our young talents, offering them the easiest and fastest path to gain practical experience and enhance their skills.
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