ROS ESP32 Interface for Real world Mobile Robotics

Mobile Robotics with ESP32 module using Robot Operating System

4.30 (112 reviews)
Udemy
platform
English
language
Hardware
category
instructor
ROS ESP32 Interface for Real world Mobile Robotics
2,949
students
5.5 hours
content
Apr 2022
last update
$64.99
regular price

What you will learn

Mobile Robot ROS integeration

ROS and ESP32 Communication

ROS Serial and Wifi Communication

Programming Robots

Why take this course?

Course Updated to ROS NOETIC :

Rating is for OLD version of this course , New update to projects and way of explanation is what you are going to love :)

Course Workflow:

We will start with installation of Rosserial Package installation into our system . Which is going to be utilized for ESP32 and ROS Communication


Source Codes and lectures are arranged with the following Order


    - Section 1: Basic ROS - ESP32 Interfacing

        - Led Toggling

        - Ultrasonic Sensor controlling Turtlesim

    - Section 2: ROS based Car driving

        - Motor Controlling

        - cmd_vel to Pwm Serial

        - Car Control over Wifi

    - *Section 3: Robot car and ROS services

        - Encoders interfacing

        - ROS Service Nodes

        - Drove robot through Services on Time.

    - Section 4: Odometery publishing Car Driving

        - Encoders ticks profiling

        - Odom differential Drive Rviz

        - transforms


Outcomes After this Course : You can create

  • Custom Workspace

  • Custom Python Package

  • Custom Python Nodes

  • Rosserial Package

  • Serial and Wifi Communication of ESP32 with ROS

  • Launch files

  • RVIZ Simulation for Transforms and Odometery

Projects :


  • TurtleSim obstacle avoiding through Real world Sensor

  • Driving Custom Robot Over  Wifi

  • ROS Custom Services for Timed Driving 

  • Odometery Visualization of your custom Robot


Hardware Requirments

  • ESP32

  • Robotic Car Kit

  • Battery and Charger

  • Ultrasonic Sensor

  • Motor Driver ( L298D)

  • Jumper Wires

  • LM393 Speed Sensor x2

Software Requirements

  • Ubuntu 20.04

  • ROS Noetic

  • Motivated mind for a huge programming Project

    ----------------------------------------------------------------------------------

    Before buying take a look into this course GitHub repository  or message

    ( if you do not want to buy get the code at least and learn from it :) )

Screenshots

ROS ESP32 Interface for Real world Mobile Robotics - Screenshot_01ROS ESP32 Interface for Real world Mobile Robotics - Screenshot_02ROS ESP32 Interface for Real world Mobile Robotics - Screenshot_03ROS ESP32 Interface for Real world Mobile Robotics - Screenshot_04

Our review

--- **Overall Course Rating:** 4.30 ### **Course Review Summary** The **Global course rating** stands at a solid **4.30**, reflecting a generally positive reception from recent reviewers, with some notable feedback for improvement. The course has been deemed useful for practical applications, particularly in transitioning from simulations to hardware using ROS (Robot Operating System). However, some learners felt that the course did not provide as much depth as they had anticipated, especially in the areas of autonomous rover applications and the mathematical and robotics concepts underlying the coding aspects. ### **Pros** - **Practical Application:** The course has been successful for many students in moving from theoretical knowledge to practical application with real hardware, such as ESP32. It includes example codes that are very helpful and serve as a solid foundation. - **Learning Methodology:** The course is considered effective due to its rapid and focused approach, which encourages learning through understanding theory, explanations of code, and then applying this knowledge to personal projects. This method has been praised for enhancing the learning experience. - **Diverse Toolset:** The course introduces students to various tools that are not only confined to the subject matter but also provide additional skills that can be useful in future endeavors. - **Clear Content:** The introduction and explanations provided in the course are well-made, helping students grasp the concepts presented. ### **Cons** - **Content Depth:** Some learners felt that the course lacked detailed content, particularly regarding the complete project scope. There is a suggestion for more in-depth coverage of the project's periphery. - **Specific Topic Expectations Unmet:** A few reviewers expressed disappointment as the course did not delve deeply into autonomous rover applications and mathematical/robotics concepts, focusing instead on coding aspects. - **Quality Concerns:** One review highlighted that the content quality was low, with the project's success being less than clear and instances of confusion in the explanations provided. There is a hope that with improvement, the course could better meet learners' expectations. ### **Conclusion** The course appears to be a valuable learning tool for those looking to understand and apply ROS in practical scenarios involving hardware and wireless communication with ESP32. It has been commended for its structured approach to learning and the introduction of diverse tools that can aid learners beyond the scope of the course itself. However, there is room for improvement in terms of providing more detailed content, especially regarding complex topics like autonomous rover applications and the underlying mathematical and robotics principles. The feedback received indicates a strong foundation for the course but suggests that with additional focus on depth and clarity, it could significantly enhance the educational experience for students.

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Related Topics

2298946
udemy ID
3/30/2019
course created date
9/5/2019
course indexed date
djamilo
course submited by