On August 8, 9, 15, 16, 22, and 23, 2024 (corresponding to 18, 19, 25, and 26 Mordad and 1, 2 Shahrivar 1403 in the Persian calendar), a comprehensive and practical training program titled Basic Electronics Course was held for enthusiasts in the field of invention and innovation. This course, led by Mr. Ghafouri Moghadam, the technical director of the RIT teams, provided an exceptional opportunity for participants to learn fundamental electronics concepts as well as advanced skills such as 3D design and the use of 3D printers. The course was designed not only as a theoretical educational experience but also as a hands-on platform for learning and practical application.
The Basic Electronics Course aimed to provide foundational knowledge and practical skills in electronics and inventions. During the initial sessions, participants were introduced to the principles of evaluating ideas, helping them assess their concepts both technically and practically while selecting the right path for development. This stage served as a fundamental step for those entering the world of invention and innovation.
Subsequently, participants became familiar with basic electronic components, including resistors, capacitors, inductors, diodes, and other essential elements. This part of the course provided them with a deep understanding of how these components function and their role in electronic circuits. Additionally, numerous practical exercises were incorporated throughout the course, allowing participants to test their knowledge and gain hands-on experience with these components.
One of the most engaging and practical aspects of the course was the introduction to widely used electronic components and modules in inventions. Participants worked with ultrasonic sensors, temperature and humidity sensors, pressure sensors, and other essential modules used in developing prototypes, also known as Minimum Viable Products (MVPs). As integral elements of modern inventions, understanding and utilizing these modules is crucial for any inventor or innovator.
Participants learned how to integrate these components into their projects and implement them in electronic circuits. This training not only enhanced their understanding of these components but also equipped them with the skills needed to design and develop more complex projects.
Later in the course, participants were introduced to SolidWorks, a powerful 3D design and mechanical engineering software widely used for designing parts and equipment. They learned fundamental 3D design concepts and completed multiple hands-on exercises within the software. This section of the course enabled participants to visualize and refine their ideas in a 3D format, preparing them for the manufacturing stage. 3D design is an essential skill for inventors and innovators, allowing them to present their ideas with precision and professionalism.
In the final phase of the course, participants were introduced to 3D printing and its applications. They gained practical experience in printing the parts they had previously designed in SolidWorks. Through hands-on exercises, they became familiar with the 3D printing process, allowing them to transform their digital designs into physical objects.
This section of the course helped participants bridge the gap between design and production, providing them with firsthand experience in additive manufacturing, a key technology in modern product development. Familiarity with 3D printing is now an essential skill for inventors and innovators aiming to prototype and refine their ideas efficiently.
At the conclusion of the course, participants had successfully developed the knowledge and practical skills necessary for working with electronic components, 3D design, and 3D printing technologies. This program not only helped them refine their ideas but also prepared them for real-world innovation and invention.
The Basic Electronics Course served as a key milestone in the educational journey of aspiring inventors and innovators. It provided a unique learning experience, combining fundamental electronics concepts with exposure to advanced technologies like 3D design and printing. By the end of the course, participants had gained valuable insights, hands-on experience, and the confidence to continue their innovation and invention journey.
This course clearly demonstrated how a combination of theoretical and practical training can empower inventors and innovators to bring their ideas to life and take meaningful steps toward success. The participants not only acquired extensive experience in working with electronic components and emerging technologies but also gained the essential tools and motivation to pursue their future innovations.
