
Explore the basics of electronics and voltage, learn how current flows through circuits powered by batteries, and discover polarity and measurement with a voltmeter.
Explore the basics of electronics by learning how voltage drives current through conductors, and how resistance, measured in ohms, shapes circuits with resistors.
Explore actuators and energy sources like air, electricity, and liquids, then learn how a dc motor converts energy to rotational motion, detailing magnet, armature, rotor, and commuter, with m1/m2 control.
Learn to build a diy turntable using a dc motor, wheel and cardboard, wire and mount the motor, and control speed with a potentiometer and slide switch for rotating drawings.
Explore conductors and insulators, explain how free charges enable capacitive touch sensors to detect touch, and compare conductors versus insulators through practical activities.
Explore the basics of sensors, including digital and analog types, temperature and light sensing with LDRs, and touch, and how these sensors convert physical parameters into electrical signals.
Explore conductors and insulators through hands-on electronics activities for kids, learning how materials affect current, safety, and basic circuits with interactive touch sensors.
Learn how capacitive touch sensors detect charge changes and build a touch piano using conductive objects and fruits, wiring the sensors to play tones when touched.
Learn how a dc motor converts electrical power into mechanical rotation via magnetic fields, then assemble a mini fan using the motor, fan blade, and basic controls.
Discover how servo motors provide precise angle control to move Toby's head, wire the servo to the first servo channel, and control motion with a potentiometer in hands on activity.
Explore scratch, a free block-based visual programming language, to create interactive animations and games by scripting sprites with backdrops on the stage, using motion blocks like glide and rotate.
Learn to create walking animations by switching costumes. Position the sprite, add a hat block to start walking on click, and loop moves and costume switches.
Explore how to play sounds and animate a barking dog using sound blocks, costumes, backdrops, and spacebar input; set starting points, switch costumes, and glide the sprite randomly.
Set castle two backdrop and goblin sprite, make the goblin glide, switch costume to say hello. Ask user a question, wait for input, join it to reply, then play.
select a savanna backdrop, place the fox and lion sprites, and script a two-sprite conversation about finding water.
Build a monkey game in a woods backdrop where arrow keys move the monkey to catch an apple, using forever loops and sensing to end the game at the edge.
Educational engineering team offers practical microcontroller and electronics learning through step-by-step blueprints, bite-sized videos, and real-world projects, helping learners grasp concepts and apply them immediately.
Discover a structured, project-based path to becoming an embedded system developer through hands-on Arduino projects, practical hardware–software design, and guided learning that builds a portfolio and a resilient career.
Introduction:
Are you looking for an online course that will teach your child about electronic devices? If your child loves electronic devices and games, there is a new course available that can teach them how to create their own. The Educational Engineering Team offers a beginner’s course for parents to teach their kids aged 8-12, which will teach them the basics of electronics and more.
Kids love gadgets and electronics, so it's no surprise that there is a growing market for classes teaching kids how to use these devices. One such electronics course is offered by the Educational Engineering Team. The Teach Your Kids Electronics course is designed for parents to teach their kids aged 8 to 12. Students learn about the different parts of electronic devices, how to use them, and how to find information on the Internet.
What is Teach Your Kids Electronics?
This section will define what the Teach Your Kids Electronics course is all about and how it can help your children.
The course is divided into two sections: "Electronics Basics Level I" and "Teach Your Kids Electronics Level II." The first unit is about electricity and how it works; the second level is more on hands-on activities.
Teach Your Kids Electronics – Level 1 is part of a specially-designed middle school STEM curriculum curated by curriculum experts for teaching the basics of electronics to kids through activities such as glowing an LED, making a DIY turntable, controlling DC and servo motors, classifying objects with touch sensors, and so on. Electronics for Kids Levels will have students making their own DIY electronics projects in no time, thanks to straightforward instructions and a variety of fun activities for kids.
What are the benefits of enrolling in an electronics for kids course?
The course is easy to follow. Your child will have access to a great teacher.
Your child will learn how to use digital devices responsibly.
Your child will have the opportunity to create digital content.
Kids will learn how to use a computer and the internet in a safe and responsible manner.
Kids will develop essential skills that will help them in school and in their future careers.
They will be able to type quickly and accurately.
Kids will develop problem-solving skills.
The course is designed to help kids learn about electronics through a series of modules that each teach a different skill.
The course is project-based, so kids will be able to apply the skills they learn in the course to real-world projects.
What you will learn in this course:
Learn the basics of electronics.
Learn the basics of electronic current.
Learn the basics of sensors.
Learn and have fun with different activities and exercises.
Learn about conductors and insulators.
Learn while playing.
Learn how to be safe when using electronic devices.
Course Outline:
Section I
Basics of Electronic Voltage
Basics of Electronics Current
Introduction to Motors
DIY Turntable
Touch Sensors Conductors
Basics of Sensors
Section II
Conductors and Insulators
Touch Piano
Mini Fan
Tobi's Head Moves
Animating Sprite
Waking Animation
Playing Sounds
Let's Chat
Once Upon a Time
Kids love gadgets and electronics. But what are the best ways to introduce kids to these technologies? One option is a digital literacy course. This type, of course, introduces kids to the basics of electronics. Through interactive exercises, kids learn about electronics. These courses are available in many communities around the country, and they can be a great way for kids to get started with technology.
The course is easy to follow. Your child will have access to a great teacher. Your child will learn how to use digital devices responsibly. Your child will have the opportunity to create digital content.
Sign Up now and let's play, learn, and have some FUN!
About the Instructor: Educational Engineering Team
The Educational Engineering Team is a leading team in the Microcontroller Industry, with over 13 years of experience in teaching and practical projects. We strive to share our hands-on experience in these courses, providing step-by-step blueprints on taming both simple and complex topics in easy-to-digest bite-sized videos.
Ashraf:
Educator, Mechatronics engineer, electronics and programming hobbyist, and Maker.
Creator of online video courses on the EduEng YouTube Channel with over 4 million views and 20k+ subscribers.
Author of four Microcontroller books.
Founder and Chief Educational Engineer at Educational Engineering Team.
Passionate about exploring new trends and technology, and helping educate the world.
Our online courses have helped over 250,000 people worldwide to improve their skills and careers in the industry.
Call to Action: Join us and start teaching your kids electronics today! Enroll now and inspire your child's interest in science and engineering.
FAQ:
What is Teach Your Kids Electronics?
It is a beginner’s course designed to teach kids aged 8-12 the basics of electronics through fun and interactive activities.
Do I need prior experience to take this course?
No prior experience is needed; this course is designed for beginners.
What will my child learn in this course?
Your child will learn about basic electronics concepts, components, and circuits, and how to apply this knowledge in practical projects.