Description
Course “Solar tracker based on Arduino”. Arduino-based solar tracker course. Are you interested in electronics, programming and renewable energy? In this course, you will learn how to create your own solar energy tracking system using the Arduino platform. From circuit design to coding, this course covers all the basics you need to know to create a working solar tracker. Goals:
- Learn about solar trackers and their importance
- Design and assembly of circuits using electronic components
- Write the code for the project using the Arduino programming language.
- Practical demonstration of circuit assembly and programming of the Arduino board.
- Test and troubleshoot the project, and discuss potential applications and future improvements.
Why should you take this course? Several reasons, including:
- Hands-on Experience: This course gives students hands-on experience building a solar tracker from scratch, allowing them to apply the concepts and theories they learn in a practical setting.
- Understanding Renewable Energy: By creating a solar tracker, students will gain a deeper understanding of the principles of renewable energy and how it can be used for practical applications.
- Development of technical skills. This course helps students develop a range of technical skills, including circuit design, coding and troubleshooting, that are valuable in many fields of engineering and technology.
- Exposure to new technologies: Students will be introduced to cutting-edge technologies, including the Arduino platform and solar tracking systems, and learn how they can be used to solve real-world problems.
- Career Opportunities: Upon completion of the course, students will receive a portfolio of projects demonstrating their skills and experience in electronics, programming and renewable energy, which can help them pursue careers in these fields.
For example, a student who completes this course can use the knowledge and skills gained to create a solar energy tracking system for their home, school, or community, allowing them to reduce their energy consumption and contribute to a more sustainable future. They can also use their experience to pursue a career in the renewable energy industry, where their expertise in creating solar trackers is in high demand.
What will you learn in the Arduino-based solar tracker course?
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The basic concept of solar tracking and its importance in maximizing solar energy utilization will be discussed.
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Students will learn the core course requirements.
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Students will be familiar with the software needed for the project and how it works with the circuit and code.
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Students learn to write code for a project using the Arduino programming language. They will learn about coding concepts like functions, variables.
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Students will learn how to put into practice all the concepts and skills they learned while building and programming a solar tracker.
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They will also learn how to test and troubleshoot a project, and discuss potential applications and future improvements.
This course is suitable for people who
- Hobbyists and Makers: This course may be suitable for those who enjoy DIY projects and learning new technologies.
- Engineering and technology students. Students studying engineering or technology can benefit from learning about solar trackers and how to build them using the Arduino platform.
- Renewable Energy Professionals: This course may be useful for renewable energy professionals who want to learn about solar trackers and how to integrate them into their projects.
- For anyone interested in learning: This course is also suitable for anyone interested in electronics, programming and renewable energy, regardless of education or experience level.
Arduino Solar Tracker Course Specifications
Course headings
Prerequisites for the Arduino-based Solar Tracker course
- Basic knowledge in the field of electronics. Students should have a basic understanding of electronic components and circuits such as resistors, capacitors, and transistors.
- Basic programming knowledge. Students should have a basic understanding of programming concepts such as variables, loops, and functions. Knowledge of the C programming language is useful, but not required.
- Introduction to the Arduino platform. Students should have a basic understanding of the Arduino platform and its development environment.
- It is helpful if students have an engineering or technology background, as these skills will come in handy when working on a project.
- However, these prerequisites are not strictly required, and students interested in electronics, programming, and renewable energy should be able to take the course and complete the project.
course images
Example video course
installation instructions
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Download link
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size
626 MB