A Different IoT Power and Performance, Use ESP32 microcontroller to MAKE IoT Smart Garden and unleash your creativity
What you will learn
Learn Why you should Interface Arduino and ESP32 in your Electronic Projects
Learn How to connect Arduino Boards with ESP32 and make it Web enabled
Learn how to interface Arduino with ESP32 with one wire only
Why take this course?
Based on the detailed background provided, it’s clear that the course is designed for a wide range of individuals who have an interest in Internet of Things (IoT), electronics, DIY projects, STEM education, and smart gardening. Here’s a summary of who would benefit from this course:
- IoT Enthusiasts: Those who are interested in IoT and want to learn how to create smart devices that can communicate with each other and perform tasks autonomously.
- DIY Electronics Hobbyists: People who enjoy working on electronic projects in their spare time and are looking to incorporate IoT into their creations.
- Students of Technology and Engineering: Learners studying technology, electronics, computer science, or any related field can use this course to complement their academic work with practical knowledge.
- Educators Looking for Practical STEM Projects: Teachers or instructors who are looking for engaging and practical projects to help teach the principles of STEM (Science, Technology, Engineering, and Mathematics).
- Anyone Interested in Smart Gardening and IoT: Individuals who want to build their own smart gardening systems or learn how IoT can be applied to agriculture and environmental monitoring.
The prerequisites for this course are relatively low-key:
- Basic Understanding of Electronics and Circuitry: Knowledge of the fundamental concepts of electronics, such as how components interact within a circuit.
- Enthusiasm for DIY Projects and Learning New Technology: A desire to engage with hands-on projects and an eagerness to learn about new technologies in a practical setting.
The course is led by the Educational Engineering Team, which has over 13 years of experience in teaching microcontroller applications, including Arduino, PIC, Raspberry Pi, and IoT devices. The team, headed by Ashraf, aims to provide a deep understanding of these technologies through step-by-step guidance, drawing from their extensive practical experience.
Ashraf, the Chief Educational Engineer, has been involved in microcontroller applications since 2007 and is the author of several books on the topic. With over 250,000 students taught and a strong presence on YouTube with more than 4 million views, Ashraf and his team have established themselves as trusted sources for learning about electronics and programming.
The Educational Engineering Team offers a range of courses that cover various aspects of microcontroller applications, from circuit design to programming and IoT, ensuring that learners can find comprehensive content for their interests and skill levels.