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Real-time vehicle tracking system using ESP32 2024

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Based on 78 ratings
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Stepwise Learning . and Technical Support Team

Don't let errors hold you back. Our dedicated technical support team is here to assist you every step of the way. Whether you have a question or concern, simply post in the Question and Answer section and one of our experts will get back to you within 24 hours. They are available from Monday to Saturday, ensuring you complete satisfaction for all the errors you encounter.

Apart from that, your money is 100% safe as the course comes with a 30-days, no-questions-asked Money Back Guarantee. For any reason, if you are not happy with the course, the entire amount will be refunded back to your bank account. 

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Don't let errors hold you back. Our dedicated technical support team is here to assist you every step of the way. Whether you have a question or concern, simply post in the Question and Answer section and one of our experts will get back to you within 24 hours. They are available from Monday to Saturday, ensuring you complete satisfaction for all the errors you encounter.

Apart from that, your money is 100% safe as the course comes with a 30-days, no-questions-asked Money Back Guarantee. For any reason, if you are not happy with the course, the entire amount will be refunded back to your bank account. 

So at the end of the day, you have nothing to lose. Enroll in the course with confidence and complete peace of mind and take your technical skills to the next level.

Hello Everyone, I would like to introduce you to a brand new online course “Real-time vehicle tracking system using ESP32”.

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 the course. Every one of you comes from a different background and hence the course is crafted from basic to advanced level with minute details in every lecture.

The course is divided into 6 sections. In the first section, you will learn about ESP32, its detailed specifications, module and power requirements, and the GPIO pin structure and functionality.

In the second section, we will understand how to test the newly received ESP32 out of the box. We will learn about the IDE and the required driver for interfacing. This will help us to make sure that our hardware module is working fine before implementing it in the project.

Testing each module separately will give you clarity about each hardware component's functionality and the working principle. So in the third section, we will learn about the OLED display. We will get to know how to install the required driver, and program the display as per our need.

The fourth section begins with the testing of the GPS module right out of the box using two different software applications before implementing it in the real-time project development. You will learn how to set up the GPS environment, satellite tracking, NMEA data, etc.

In the fifth section, we will get to know about the project concept and how to implement the same. We will understand the circuit diagram step by step and then proceed further with the installation of the required library for the successful execution of the project. Thereafter we will understand about the IoT and feasible dashboard to be used in the project. This will help us to remotely access the current location of the vehicle and track the same on the google map.

Finally, In the sixth section, we will understand the source code of the vehicle tracking system. The source code has been explained in a stepwise manner to avoid any further confusion. Thereafter we will proceed with the installation and configuration of the IoT dashboard which will help us to remotely track the real-time location of the running vehicle.

All the lectures contain English subtitles for clear and better understanding. If you face any technical issues, please post your query in the question and answer section and I will get back to you within 1 business day.

At the end of the course, you will have a solid foundation on So apart from building this project, you will also find it easy to build any other project of your choice.

Thank You

Enroll now

What's inside

Learning objectives

  • 1. we will learn about esp32 and its detailed specifications.
  • 2. we will get to know about the module power requirement and the general-purpose input-output functionality.
  • 3. thereafter we will learn how to test whether the new esp32 is working perfectly or not. if not, you can replace immediately form the online store.
  • 4. we will then come to know about the oled display and its working principle.
  • 5. going ahead we will learn how to assemble the oled display with the esp32 module and program the same as per our requirement.
  • 6. we will then get to know about the gps module and how to test the same using multiple software applications.
  • 7. further, we will get to know about the project concept and the working principle of the gps.
  • 8. we will then learn about the iot concept and the dashboard to be used for the project development.
  • 9. thereafter we will gather the list of complete hardware modules to be used for the project development.
  • 10. we will then understand the circuit diagram and install the required library for the successful execution of the program.
  • 11. going ahead we will understand the final source code of the project step by step.
  • 12. finally, we will configure the iot dashboard so that we can track the real-time location on the google map.
  • Show more
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Syllabus

The section covers the detailed introduction about ESP32, its power requirements and its general purpose input output functionality.

The lecture covers the complete introduction of the ESP32 module

Read more

The lecture covers the module specifications and the power requirements for ESP32

The lecture covers the general-purpose input-output functionality of the ESP32 development board

The lecture covers the stepwise process to test and check the newly purchased GPS module

The lecture covers the successful test of the ESP32 module before implementing in the final project

The lecture covers the error-free source code to test the newly purchased ESP32 module.

The lecture covers the working principle of the OLED display

The lecture shows the circuit diagram using which you can connect the OLED display with the ESP32 development board.

The lecture contains the code through which we can test the OLED display and program the same as per our requirement.

The lecture shows the real-time demonstration of the working of the OLED display.

The lecture contains the error-free source code which will help you to test the OELD display.

In this lecture, you will learn about the important components which will help us to test the newly purchased GPS module.

The lecture shows how we can test the GPS module using two different software application before implementing in the final project.

The lecture shows the circuit diagram using which you can test the connected GPS module.

The lecture covers the current problem we are facing and how we can solve the same by building our own vehicle tracking system

The lecture teaches us what is the Global Positioning System and its working principle to get the current position.

In this lecture, we will understand what is IoT and how we can configure the IoT dashboard as per our requirements.

The lecture covers the complete hardware required to build the project.

The article shows the complete list of hardware components used for the project development

The lecture demonstrates the circuit diagram and the installation of the complete library required for the successful execution of the program.

The lecture shows the final circuit diagram of using the OLED display and the GPS module with the ESP32 development board.

The lecture contains an important notice regarding the new changes in the IoT dashboard.

The lecture contains the step-by-step process to set up the new IoT dashboard. 

The lecture contains the new source code as per the updated IoT dashboard.

The lecture contains the output of the project in the IoT web dashboard.

The lecture contains the process of the IoT dashboard UI creation on the mobile application and displaying the output.

In this lecture, we will understand the final source code of the vehicle tracking system programmed using C++ language.

In this lecture, we will understand the remaining part of the source code of the vehicle tracking system programmed using C++ language.

In this lecture, we will understand how we can configure and set up the IoT platform as per our requirements.

In this lecture, we will see the real-time working of the vehicle tracking system.

The lecture covers the complete ERROR FREE source code of the final project.

This lecture contains the list of all the hardware modules which you can purchase from an online store. Please note that, this is just a reference link you are free to purchase from anywhere.

The lecture covers a brief summary of the complete course.

Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Provides hands-on experience with ESP32, OLED display, and GPS modules, which are essential components for building custom IoT solutions
Explores the integration of hardware components with software programming, which is crucial for developing real-time tracking applications
Crafted from basic to advanced level with minute details in every lecture, which makes it accessible to beginners
Focuses on building a real-time vehicle tracking system, which allows learners to apply their knowledge and skills in a tangible way
Covers the configuration of an IoT dashboard for remote access and tracking, which is a valuable skill for IoT projects
Includes coding exercises designed for hands-on practice, which allows learners to reinforce their understanding of the concepts

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Reviews summary

Real-time tracking system project

According to the course structure and objectives, this course provides a hands-on approach to building a real-time vehicle tracking system using ESP32, GPS, and OLED modules. It appears to offer step-by-step guidance suitable for learners starting with basic computer skills, covering hardware connection, circuit diagrams, error-free code, and IoT dashboard integration. Key aspects involve acquiring the necessary hardware. The course structure suggests a focus on practical application and building a complete project.
Covers integrating with an online platform.
"I'm interested in the part about setting up and using the IoT dashboard for tracking."
"Connecting the project to an online platform to see the location is a key feature I'm looking for."
"The course seems to cover the practical steps of integrating with an IoT service."
Requires purchasing ESP32, GPS, and OLED.
"Before starting, I had to make sure I had all the specific hardware listed."
"Gathering the ESP32, GPS, and OLED components is required to follow along."
"The course clearly tells me exactly which hardware modules I need to buy."
Guides clearly through circuit and code.
"The instructions for connecting the circuit and understanding the code seem very step-by-step."
"It looks like the course breaks down complex parts into manageable steps."
"I expect to follow clear guidance from setting up modules to the final project."
Focuses on building a real system.
"I appreciate that the course is built entirely around a real-world project."
"Building the actual vehicle tracker project felt very practical and useful."
"This hands-on project seems like a great way to apply ESP32 skills."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Real-time vehicle tracking system using ESP32 2024 with these activities:
Review Embedded Systems Fundamentals
Reviewing embedded systems concepts will provide a solid foundation for understanding the ESP32 and its applications in vehicle tracking.
Browse courses on Embedded Systems
Show steps
  • Review microcontroller architecture and peripherals.
  • Study common communication protocols like UART and SPI.
  • Practice basic C/C++ programming for embedded systems.
Review 'Programming ESP32 with Arduino'
Reading this book will help you get familiar with the ESP32 and its programming environment.
View Putting Knowledge to Work on Amazon
Show steps
  • Read the chapters on GPIO and communication protocols.
  • Try out the example codes provided in the book.
  • Adapt the examples to your own projects.
Practice GPS NMEA Data Parsing
Practicing parsing NMEA data will improve your ability to extract location information from the GPS module.
Show steps
  • Find sample NMEA data strings online.
  • Write a C++ program to parse the GPGGA and GPRMC sentences.
  • Extract latitude, longitude, and timestamp from the data.
  • Test your program with different NMEA data sources.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Create a Blog Post on ESP32 Power Consumption
Researching and writing about ESP32 power consumption will deepen your understanding of its power management features.
Show steps
  • Research ESP32 power consumption modes and factors.
  • Measure the power consumption of your ESP32 setup.
  • Write a blog post summarizing your findings and tips for reducing power consumption.
  • Publish your blog post on a platform like Medium or your own website.
Enhance the Tracking System with Geofencing
Adding geofencing functionality will enhance the vehicle tracking system with location-based alerts.
Show steps
  • Define geofence boundaries using latitude and longitude coordinates.
  • Implement a function to check if the vehicle is inside or outside the geofence.
  • Send an alert (e.g., email or SMS) when the vehicle crosses the geofence boundary.
  • Test the geofencing functionality with real-world scenarios.
Contribute to an ESP32 Library
Contributing to an open-source ESP32 library will provide valuable experience in collaborative development and improve your coding skills.
Show steps
  • Find an open-source ESP32 library on GitHub.
  • Identify a bug or feature request in the library's issue tracker.
  • Fork the repository and implement the fix or feature.
  • Submit a pull request with your changes.
Review 'Mastering ESP32'
Reading this book will provide a deeper understanding of the ESP32's advanced features and capabilities.
View Putting Knowledge to Work on Amazon
Show steps
  • Read the chapters on FreeRTOS and networking.
  • Experiment with the advanced examples provided in the book.
  • Apply the concepts to your own projects.

Career center

Learners who complete Real-time vehicle tracking system using ESP32 2024 will develop knowledge and skills that may be useful to these careers:
Internet of Things Developer
An Internet of Things developer focuses on creating connected devices and systems, often using a variety of hardware and software, to enable data collection and interaction between devices and platforms. This course is particularly useful because it provides hands-on experience with connecting hardware to the internet and implementing real-time tracking capabilities. An Internet of Things developer benefits from the practical integration of ESP32, GPS, and IoT dashboards taught in this course. The course content, including the step-by-step approach to building an IoT project, directly addresses the needs and skills of an IoT developer.
See salaries and explore the career path for Internet of Things Developer
Systems Integrator
A systems integrator is responsible for combining hardware and software components to create functional systems, often requiring an understanding of a variety of technologies. This course directly aligns with the skills needed by a systems integrator, as it focuses on integrating different hardware modules, the ESP32 microcontroller, GPS module, and OLED display, into a complete system. The course's approach, which emphasizes understanding specifications and power requirements, provides hands-on experience with integrating hardware and software components to achieve a functioning system. This course could help a systems integrator approach solutions with a practical understanding.
See salaries and explore the career path for Systems Integrator
Firmware Engineer
A firmware engineer develops low-level software that interacts directly with hardware, often working with microcontrollers and embedded systems. This course is highly beneficial for a firmware engineer, providing necessary hands-on experience with programming the ESP32 microcontroller and integrating external peripherals such as GPS modules and OLED displays. The course's practical focus on testing integrated systems aligns with the firmware engineer's responsibilities. The experience gained from building and testing will help build a foundation for implementing similar projects.
See salaries and explore the career path for Firmware Engineer
Embedded Systems Engineer
An embedded systems engineer designs, develops, and tests software and hardware for embedded systems, often involving microcontrollers and sensors. This course, which covers the ESP32 microcontroller and its integration with GPS and OLED display modules, directly aligns with the practical skills needed by an embedded systems engineer. It teaches how to interface with hardware, program microcontrollers, and integrate various sensors and displays. A course like this helps build a foundation in the practical aspects of the role and demonstrates hands-on experience with relevant technology, which is valuable when designing and implementing embedded systems in real-world applications.
See salaries and explore the career path for Embedded Systems Engineer
Test Engineer
A test engineer designs and implements tests for software and hardware systems, typically requiring an understanding of system functionalities and testing methodologies. This course is beneficial for a test engineer who works with connected devices, because this course emphasizes testing at every stage of development. The course’s focus on testing the ESP32, OLED display, and GPS module, both individually and as a part of the final project, could assist a test engineer in their work. This course is particularly helpful for someone who wishes to work on testing IoT devices.
See salaries and explore the career path for Test Engineer
Robotics Technician
A robotics technician assembles, tests, and maintains robotic systems, often working with various sensors, microcontrollers, and communication protocols. This course may be useful since it covers practical skills in hardware assembly, testing, and programming using microcontrollers. A robotics technician who understands how to integrate hardware components like the ESP32, GPS, and OLED displays, which are all covered in the course, will find it easy to configure, maintain, and troubleshoot robotic systems. The course's hands-on approach to building and testing real-time systems makes it relevant to this career.
See salaries and explore the career path for Robotics Technician
Automation Engineer
An automation engineer designs, develops, and implements automated systems to improve efficiency and reduce human intervention in various industries, often involving sensors, microcontrollers, and communication protocols. This course directly supports the skill set of an automation engineer by providing hands-on experience with real-time data acquisition, using the ESP32 microcontroller, and integrating sensors like GPS. Understanding how to build and test systems using the practical methods taught in this course will help an automation engineer understand the fundamentals of system building and how data from field devices can be integrated into the overall automation system.
See salaries and explore the career path for Automation Engineer
Electronic Technician
An electronic technician installs, maintains, and repairs electronic equipment, often requiring hands-on knowledge of hardware components and troubleshooting techniques. This course may be useful for an electronic technician due to its emphasis on hardware details, component functionality, and circuit diagram understanding. This course teaches how to test hardware, including testing the GPS and OLED display components, which provides a practical skill set. The knowledge gained from this course will help electronic technicians understand how to assemble, test, and troubleshoot systems that use similar hardware.
See salaries and explore the career path for Electronic Technician
Hardware Engineer
A hardware engineer designs and develops physical hardware components for electronic devices, and often works with microcontrollers and sensors. This course may be useful for a hardware engineer as it provides hands-on experience with hardware testing, interfacing, and programming using the ESP32 microcontroller. The course also covers component-level debugging and testing, which is useful for a hardware engineer who needs to understand and troubleshoot hardware designs. Someone who wishes to work with hardware components can benefit from the practical approach taken in this course.
See salaries and explore the career path for Hardware Engineer
Research Assistant
A research assistant provides support for research projects, often conducting experiments and collecting data, requiring an understanding of hardware, software, and data analysis. This course may be useful for research assistants working in areas involving IoT and embedded systems, as it provides hands-on experience with system integration. The course's focus on using microcontrollers and sensor data could be beneficial for research projects involving data collection and analysis. The practical experience provided in this course will help a research assistant design and execute real-world experiments.
See salaries and explore the career path for Research Assistant
Field Application Engineer
A field application engineer provides technical support to customers, often requiring in-depth knowledge of products and their applications. This course may be useful for a field application engineer supporting clients who use connected devices and systems, as this course will teach fundamental concepts for how such devices function. This course covers the implementation of a real-time vehicle tracking system, which could be useful for someone supporting systems that include GPS tracking and IoT integration. A field application engineer could benefit from the hands-on learning approach of this project-based course.
See salaries and explore the career path for Field Application Engineer
Technical Support Specialist
A technical support specialist provides assistance to users of technology products and services, often requiring a deep understanding of how systems work and how to troubleshoot issues. This course may be useful for a technical support specialist interested in IOT. The course includes hands-on experience with a complete system from start to end, which can provide this professional with insights into how different hardware and software components work together. The understanding of ESP32 hardware, GPS functionality, and IoT dashboards may assist a technical specialist in providing support for similar systems.
See salaries and explore the career path for Technical Support Specialist
Mobile Application Developer
A mobile application developer creates applications for mobile devices, and often integrates different location-based services. While the focus of the course is not on mobile application development, it covers how to integrate GPS data into an IoT dashboard. This course may be useful, as it could help a mobile application developer understand how to acquire and use real-time location data and integrate this with mobile application user interfaces. The course's focus on system integration could prove valuable for creating location-aware applications.
See salaries and explore the career path for Mobile Application Developer
Project Manager
A project manager is responsible for planning, executing, and managing projects, requiring an understanding of technological components and development processes. This course may be useful for a project manager who could gain an end-to-end understanding of how a hardware and software system is constructed. This course provides hands-on experience with project development using microcontrollers and sensors, and the project manager could use this experience to manage projects that involve similar technologies and methodologies.
See salaries and explore the career path for Project Manager
Data Analyst
A data analyst gathers, organizes, and interprets data to identify trends and insights. This course may be useful for a data analyst seeking to expand their knowledge of real-time data acquisition and system integration. This course introduces methods for how data can be obtained from physical devices using the ESP32 microcontroller and how to transmit this data to a dashboard. For a data analyst interested in IoT, knowing how to design a system that obtains data in the field could be valuable.
See salaries and explore the career path for Data Analyst

Reading list

We've selected one books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Real-time vehicle tracking system using ESP32 2024.
Cover image
Putting Knowledge to Work
Save
Provides a practical guide to programming the ESP32 using the Arduino IDE. It covers various topics, including GPIO control, Wi-Fi connectivity, and Bluetooth communication. It is particularly useful for beginners who are familiar with Arduino programming and want to explore the capabilities of the ESP32. This book offers hands-on examples and projects that complement the course material.
Putting Knowledge to Work
Paperback
Check
Putting Knowledge to Work
Kindle Edition
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Rating
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Effort
1.5 total hours
Via
Udemy
Instructors
Stepwise Learning .
Technical Support Team
Language
English
Traffic lights
Read about what's good
what should give you pause
and possible dealbreakers
Provides hands-on experience with ESP32, OLED display, and GPS modules, which are essential components for building custom IoT solutions
Explores the integration of hardware components with software programming, which is crucial for developing real-time tracking applications
Crafted from basic to advanced level with minute details in every lecture, which makes it accessible to beginners
Focuses on building a real-time vehicle tracking system, which allows learners to apply their knowledge and skills in a tangible way
Covers the configuration of an IoT dashboard for remote access and tracking, which is a valuable skill for IoT projects
Includes coding exercises designed for hands-on practice, which allows learners to reinforce their understanding of the concepts
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