Developing Humanoid Robots: From Concept to Creation | 2024

Developing Humanoid Robots: From Concept to Creation | 2024, available at $44.99, has an average rating of 5, with 64 lectures, based on 1 reviews, and has 11 subscribers.

You will learn about Initially, you will understand the concept of Humanoid Robot Development, exploring its essential hardware and software requirements. Subsequently, you will come to know about Arduino Nano, which will act as a central board for your Humanoid Robot. Next, you will learn about the working principles and functionalities of the Arduino Nano, Expansion Module, Servo Motors, Servo Tester, HCSR04 Sensor, etc. Next, you will proceed to install the Arduino IDE and test the main motherboard of your project, which will be your Arduino Nano. Going forward, you will understand the circuit diagrams of all the hardware components and test each hardware individually Then, you will delve into the circuit diagram of your Humanoid Robot, thoroughly understanding its components and connections. Following that, you will assemble the entire humanoid robot, utilizing all hardware components and 3D-printed parts based on the circuit diagram. Next, you will learn the main code line by line, which will be responsible for giving life to your robot and carrying out various movements. In the concluding phase, you will successfully wrap up the entire project and conduct a live demonstration to showcase the real-time output. This course is ideal for individuals who are This course has been specifically designed with beginners in mind, making it accessible to individuals with basic knowledge of computer. or If you've interests in Robotics, you're also welcomed. or Whether you are just starting out or have a foundational understanding of the subject, you can confidently enroll in this course. or Our curriculum takes into consideration the needs of learners at various skill levels, providing clear explanations and step-by-step guidance to ensure a smooth learning experience for everyone. or Don't hesitate to join, as this course is tailored to support your learning journey from the ground up. It is particularly useful for This course has been specifically designed with beginners in mind, making it accessible to individuals with basic knowledge of computer. or If you've interests in Robotics, you're also welcomed. or Whether you are just starting out or have a foundational understanding of the subject, you can confidently enroll in this course. or Our curriculum takes into consideration the needs of learners at various skill levels, providing clear explanations and step-by-step guidance to ensure a smooth learning experience for everyone. or Don't hesitate to join, as this course is tailored to support your learning journey from the ground up.

Enroll now: Developing Humanoid Robots: From Concept to Creation | 2024

Summary

Title: Developing Humanoid Robots: From Concept to Creation | 2024

Price: $44.99

Average Rating: 5

Number of Lectures: 64

Number of Published Lectures: 63

Number of Curriculum Items: 64

Number of Published Curriculum Objects: 63

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Initially, you will understand the concept of Humanoid Robot Development, exploring its essential hardware and software requirements.
Subsequently, you will come to know about Arduino Nano, which will act as a central board for your Humanoid Robot.
Next, you will learn about the working principles and functionalities of the Arduino Nano, Expansion Module, Servo Motors, Servo Tester, HCSR04 Sensor, etc.
Next, you will proceed to install the Arduino IDE and test the main motherboard of your project, which will be your Arduino Nano.
Going forward, you will understand the circuit diagrams of all the hardware components and test each hardware individually
Then, you will delve into the circuit diagram of your Humanoid Robot, thoroughly understanding its components and connections.
Following that, you will assemble the entire humanoid robot, utilizing all hardware components and 3D-printed parts based on the circuit diagram.
Next, you will learn the main code line by line, which will be responsible for giving life to your robot and carrying out various movements.
In the concluding phase, you will successfully wrap up the entire project and conduct a live demonstration to showcase the real-time output.

Who Should Attend

This course has been specifically designed with beginners in mind, making it accessible to individuals with basic knowledge of computer.
If you've interests in Robotics, you're also welcomed.
Whether you are just starting out or have a foundational understanding of the subject, you can confidently enroll in this course.
Our curriculum takes into consideration the needs of learners at various skill levels, providing clear explanations and step-by-step guidance to ensure a smooth learning experience for everyone.
Don't hesitate to join, as this course is tailored to support your learning journey from the ground up.

Target Audiences

This course has been specifically designed with beginners in mind, making it accessible to individuals with basic knowledge of computer.
If you've interests in Robotics, you're also welcomed.
Whether you are just starting out or have a foundational understanding of the subject, you can confidently enroll in this course.
Our curriculum takes into consideration the needs of learners at various skill levels, providing clear explanations and step-by-step guidance to ensure a smooth learning experience for everyone.
Don't hesitate to join, as this course is tailored to support your learning journey from the ground up.

I would like to introduce you to a brand new online course where you can learn to create a humanoid robot from scratch. This comprehensive project guides you through gathering all the necessary hardware components and assembling them to create a fully functional walking robot. Equipped with advanced features, the robot can detect and avoid obstacles autonomously, be wirelessly controlled via an infrared remote, and display all movement activities on the OLED screen. With step-by-step instructions, this course offers hands-on experience in robotics, allowing you to create and control your own innovative humanoid robot. Let me show you the demo of this exciting project.

Here are two main reasons why you should take this course?

Immediate Technical Support –We offer prompt technical support services, available from Monday to Saturday. Simply submit your query regarding the lecture where you’re encountering difficulties, and our dedicated technical support team will respond to you as soon as possible.
Full Stack Developer Experience –Through this project, you’re not just learning a few coding techniques, but you’re actually building a complete full-stack project combining hardware & software. This valuable hands-on experience is incredibly beneficial, especially for aspiring full stack developers. The skills and knowledge you gain from this course will be directly applicable to real-world scenarios and could significantly enhance your job prospects in the field of Embedded Systems and Robotics.

I have always been a firm believer in learning by doing, and in this course, you will learn what you need to know by hands-on experience. You don’t need any special knowledge except basic computer skills to get started with this course. Every one of you comes from a different background and hence the course is crafted from basic to advanced level with minute detail in every lecture.

To make the learning curve easier, the entire course has been divided into 6 sections. Let’s take a look at the major topics that will be covered in each section of the course.

In the first section, we will explore the fundamental concepts of robotics and get to know about all the hardware components required to successfully build the project.
In the second section, we will understand theoretical principles and concepts. We will begin by learning about the main modules of the project which is our Arduino Nano. Then we will go ahead and get to know about the Expansion Module, servo motor, servo tester, servo driver, distance sensor, OLED display, IR receiver, and transmitter. Once we’ve comprehended the functionality of these modules, we will focus on the pivotal software tool, the Arduino IDE. This IDE serves as our platform for coding and deploying programs onto the Arduino Nano board.
The third section will be our testing phase,We will kick off our journey by installing the Arduino IDE and then begin testing our main controller which is our Nano module. Next, we will proceed by connecting the Arduino Nano with our expansion module. Following this, we will write the code and verify the functionality of our RGB LED. Subsequently, we will test the Infrared sensor to ensure it correctly receives commands from an IR remote. Moving forward, we will conduct test of the distance sensor module and check its value using the measurement scale. Thereafter, we will shift our focus towards testing of the OLED module and then we will write code to display specific text on its screen. Continuing with our testing, we will individually test our servo motor using the servo tester to verify its rotation capabilities. Finally, we will conclude this section by testing all the six servo motors simultaneously using the servo driver module.
In the fourth section, we will first examine the main circuit diagram of our humanoid robot. Following this, we will assemble all the hardware components together and do the wiring to create a fully operational robot.
In the fifth section, We will thoroughly explore the coding of our humanoid robot. For your easy understanding, we have divided the code into 15 parts. Each part will be explained in detail, demonstrating the purpose and significance of every function employed.
Finally in the sixth section, we will operate our robot using an IR remote, observe its live output, and conclude by summarizing all the knowledge gained throughout the entire course.

Each video in the course will teach you new concepts and techniques which you may apply to any of your projects immediately. This course assumes just a basic knowledge of programming and you can leave the rest to us. I will guide you through each concept, breaking down complex ideas into step-by-step explanations.

Don’t let technical errors hold you back from achieving your goals. If you ever need help, simply post your question in the question and answer section and our dedicated support team will get back to you within 24 hours. They are available to assist you 6 days a week, from Monday to Saturday.

I will also share the complete source code with you, so that you can easily replicate the project. All lectures are accompanied by English subtitles, ensuring clear and comprehensive understanding.

In case, if you don’t like the course, don’t worry at all, you are always protected by 30 days, no questions asked, money back guarantee.

Alright, so at the end of the day, you have got nothing to lose. So join me in this incredible journey, into the world of Robotics and take your technical skills to the next level. If you enroll now, you’ll take advantage of this limited-time offer at this special price.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to Humanoid Robot

Lecture 2: Hardware Requirements

Lecture 3: Document – Hardware Requirements

Chapter 2: Understanding the Working Principle of different Hardware Components

Lecture 1: Getting to know about Arduino Nano

Lecture 2: Harnessing the Power of the Arduino Nano Expansion Module

Lecture 3: Understanding the Functionality of Servo Motor

Lecture 4: Getting to know about Servo Tester

Lecture 5: Introduction to Servo Driver

Lecture 6: Understanding the HCSR04 Distance Sensor

Lecture 7: Getting to know about OLED Display

Lecture 8: How IR Receiver & Transceiver works

Lecture 9: Introduction to Arduino IDE

Chapter 3: Testing Hardware Components

Lecture 1: Installing the Arduino IDE

Lecture 2: Guide to Setting Up Arduino Nano Driver

Lecture 3: Testing the Newly Purchased Arduino Nano

Lecture 4: Utilizing Expansion Module

Lecture 5: Testing RGB LED

Lecture 6: Circuit Diagram – Testing RGB LED

Lecture 7: Code – Testing RGB LED

Lecture 8: Testing IR Receiver Module

Lecture 9: Circuit Diagram – Testing IR Receiver Module

Lecture 10: Code – Testing IR Receiver Module

Lecture 11: Testing HCSR04 Distance Sensor

Lecture 12: Circuit Diagram – Testing HCSR04 Distance Sensor

Lecture 13: Code – Testing HCSR04 Distance Sensor

Lecture 14: Testing OLED display

Lecture 15: Circuit Diagram – Testing OLED Display

Lecture 16: Code – Testing OLED Display

Lecture 17: Testing Individual Servo using Servo Tester

Lecture 18: Circuit Diagram – Testing Individual servo using Servo Tester

Lecture 19: Testing all 6 Servos using Servo Driver

Lecture 20: Circuit Diagram – Testing all 6 Servos using Servo Driver

Lecture 21: Code – Testing all 6 Servos using Servo Driver

Chapter 4: Getting Started with Robotics Assembly

Lecture 1: Understanding the circuit diagram of our Humanoid Robot

Lecture 2: Circuit Diagram – Humanoid Robot

Lecture 3: Humanoid Robot Hardware Assembly – Part 1

Lecture 4: Humanoid Robot Hardware Assembly – Part 2

Lecture 5: Humanoid Robot Hardware Assembly – Part 3

Lecture 6: Humanoid Robot Hardware Assembly – Part 4

Lecture 7: Humanoid Robot Hardware Assembly – Part 5

Lecture 8: Humanoid Robot Hardware Assembly – Part 6

Lecture 9: Humanoid Robot Hardware Assembly – Part 8

Lecture 10: Humanoid Robot Hardware Assembly – Part 9

Lecture 11: Circuit Diagram – Setting the Angle of the Servo Motor

Chapter 5: Hands-on Practical Robotics Programming

Lecture 1: Understanding the Code – Part 1

Lecture 2: Understanding the Code – Part 2

Lecture 3: Understanding the Code – Part 3

Lecture 4: Understanding the Code – Part 4

Lecture 5: Understanding the Code – Part 5

Lecture 6: Understanding the Code – Part 6

Lecture 7: Understanding the Code – Part 7

Lecture 8: Understanding the Code – Part 8

Lecture 9: Understanding the Code – Part 9

Lecture 10: Understanding the Code – Part 10

Lecture 11: Understanding the Code – Part 11

Lecture 12: Understanding the Code – Part 12

Lecture 13: Understanding the Code – Part 13

Lecture 14: Understanding the Code – Part 14

Lecture 15: Understanding the Code – Part 15

Lecture 16: Validations & Deployment

Lecture 17: Code – Complete Source Code

Chapter 6: Live Project Output and Summary

Lecture 1: Live Output of the Project

Lecture 2: Summary

Instructors

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