Project Theme: RC Car Design and Development
In the Summer of 2024, Optimus Tek Lab students embarked on an exciting RC car project, showcasing their accumulated knowledge from previous classes. The project challenged students to design and develop their own remote-controlled vehicles, incorporating a wide array of sensors and modules. This hands-on experience allowed students to apply their skills in a practical, real-world context, resulting in unique and functional RC cars.
The Summer project 2024 at Optimus Tek Lab was a testament to the students’ ingenuity and technical prowess. Participants were tasked with creating their very own RC cars from scratch, leveraging the skills and knowledge they had acquired in previous classes. The project’s primary objective was to integrate a diverse range of sensors and modules, providing a comprehensive application of the students’ learning.
At the heart of each RC car was an Arduino UNO, serving as the brain of the operation. Students utilized an L298N Motor driver to control their vehicles’ movements with precision. To enhance the cars’ functionality, they incorporated various sensors such as photoresistors for light detection, IR sensors for obstacle avoidance, and PIR sensors for motion detection. The addition of a joystick module and push buttons allowed for intuitive remote control.
Visual feedback was a key component of the project, with students implementing LEDs, RGB LEDs, and LCD displays to convey important information about their cars’ status and operations. A buzzer was included to provide auditory alerts, adding another dimension to the user experience. To fine-tune their creations, students also employed potentiometers for adjustable controls.
This project not only reinforced the students’ understanding of individual components but also challenged them to think critically about system integration and design. The result was a fleet of unique, functional RC cars that demonstrated the students’ creativity and technical skills. The Summer project 2024 stands as a shining example of hands-on learning and practical application in the field of robotics and electronics.