What is this course?
This course delves into the intricacies of building and programming an MBot, offering an engaging approach to mastering technology and coding skills.
This course delves into the intricacies of building and programming an MBot, offering an engaging approach to mastering technology and coding skills.
Learn a new skill : Flying drones is a fun and exciting hobby.
Explore new possibilities : Drones have a wide range of applications, from aerial photography to search and rescue.
Gain valuable knowledge : Understanding drones can be beneficial for various fields, such as technology, engineering, and photography.
Drone piloting : The capacity to steer and control a drone in a safe manner.
Learning the fundamentals of taking pictures and films from the air is called aerial photography.
Safety and laws : Familiarity with the laws and procedures governing drone safety.
The ability to troubleshoot and address challenges that may develop during drone flight is known as problem-solving.
Technical knowledge : Fundamental knowledge of drone components and technologies.
The main focus of this course is learning how to create tangible objects from digital concepts. It resembles a fun way to bring your ideas to life.
Think outside the box : Almost anything you can dream up can be designed and made.
Acquire new abilities : You'll pick up skills in using 3D printers and design software.
Have fun : It's a creative and entertaining method to express your originality.
What information are you going to learn?
This course primarily focuses on teaching students how to translate digital concepts into tangible products. It's similar to a fun way to give your ideas life!
This course provides an immersive experience in constructing and programming an MBot, offering a dynamic and enjoyable way to explore the fundamentals of technology and coding.
Acquire new skills : You'll gain hands-on experience in construction, computer usage, and problem-solving.
Enjoy the experience : Engaging with robots is both thrilling and enjoyable!
Embrace the future : As robots play an increasingly vital role in our world, this course will deepen your understanding of their operation.
Problem-Solving : You'll develop the skills to troubleshoot and make systems work efficiently.
Creativity : You'll be empowered to innovate and come up with new ideas for your MBot.
Technology : You'll gain a deep understanding of how robotics and computer systems operate.
Arduino is a versatile microcontroller platform that serves as the brain for countless electronic projects. Think of it as a miniature computer that can interact with the physical world. By connecting sensors, actuators, and other components, you can create everything from simple blinking LEDs to sophisticated Internet of Things (IoT) devices.
Our Award-Winning Robotics Kit is the perfect starting point for your Arduino journey. Designed with experiential learning in mind, this kit offers a hands-on approach to mastering electronics, programming, and robotics.
Explore our award-winning robot, ”Best Learning Robot for Kids,” and start your experiential learning process.
Kit suitable for kids of age 8+ & experience the practical robots with the ease of block-based programming.
Providing an Arduino playbook (1175-page manual) on every purchase that includes How to Start Arduino, Intro to Robotics, and How to Do Hardware Setup, the ebook will be shared along with the purchase.
Hands and minds-on learning Kit includes 40+ experiments and 40+ challenges & assignments.
Kids can easily learn and implement the learnings in Do It Yourself from home.
PlayBook also teaches you how to develop your own mobile app to control the robot and the Bluetooth mobile app development course.
I explained each code block to make you understand the functions of the robot.
Send us the video for all the challenges, and you will receive a special appreciation certification with international validity.
Batteries are not included in the kit. (Please buy 2 18650 batteries before; don’t let the fun wait.)/p>
Basics of programming: variables, loops, and conditional statements
Electronics : An understanding of basic electronic components and circuits
Resolving issues : Ability to identify and fix issues with electronic projects
Use your imagination to create original, interactive art.
In this course, building and programming robots with LEGO MINDSTORMS EV3 kits is the main focus. It's like having fun while learning about engineering and technology.
Having fun : Robot creation and play is a great way to show your creativity and have fun.
Be ready for the future : Robotics is going to play an increasingly important role in our environment. You'll get off to a strong start with this course.in this manner.
Learn new skills : You will receive information on how to build, program, and troubleshoot robots.
Robots can be constructed and programmed using LEGO MINDSTORMS EV3 kits.
Understand the principles underlying robotics and programming.
Investigate and resolve problems with robotic systems.
Work well together in teams to complete assignments.
Solving problems : Determining ways to make things right when they go wrong.
Generate original concepts and designs : That is creativity.
Building : Acquiring the ability to assemble objects.
Telling the robot what to perform is called programming.
Cooperation : Getting things done with the help of others.
Critical thinking involves serious consideration and wise decision-making.
Mending : Acquiring the knowledge to fix damaged components.
Comprehending electricity : Being aware of safe ways to use it.
The ability to visualize objects in three dimensions.
Speaking about technology : Giving others clear explanations of concepts.
1. Python is a high-level, interpreted, object-oriented language with dynamic semantics.
2. Python's easy-to-learn syntax prioritizes readability, which lowers program maintenance costs.
3. Python encourages code reuse and program modularity by supporting packages and modules.
Learn new skills: You will receive information on how to build, program, and troubleshoot robots.
1. The number of uses for Python is growing daily.
2. Python is being used to construct thousands of desktop, mobile, and web apps.
3. Python is becoming increasingly important to most industries.
4. Examples of applications include software development, embedded projects, robotics, artificial intelligence, machine learning, GUIs and apps for desktop and mobile devices, scientific and numerical computing, web and internet development, and robotics.
1. Recognize the benefits of Python as a scripting language for developers.
2. Acquire programming and application design skills in Python.
3. Acquire knowledge about using dictionaries, tuples, and lists in Python programs.
4. Acquire knowledge about Python object types.
5. Acquire knowledge of how to access data in Python programs using indexing and slicing.
6. Describe the elements and structure of a Python program.
7. Acquire the knowledge of writing Python loops and decision statements.
8. Acquire knowledge of writing Python functions and passing parameters.
9. Acquire the knowledge of creating and packaging Python modules for future use.
10. Acquire knowledge of Python file reading and writing.
11. Discover how to use Python classes to create object-oriented programming.
12. Discover how to leverage Python's class inheritance for reusability.
13. Learn how to use exception handling in Python applications for error handling.
1. To establish a solid foundation in Python scripting.
2. To enhance students logical learning approaches and critical thinking skills.
3. To begin a primary Python career.
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