Exploring the Future of Technology 2 days workshop
On the First day of the workshop, we initiated the session with a comprehensive introduction to the SARS Club, ensuring that the new students could easily grasp its purpose and significance. The club, as we explained, is a hub for innovation and learning, where students can immerse themselves in projects related to robotics, automation, and embedded systems. We emphasized the importance of such extracurricular involvement, stating that it not only enhances academic understanding but also sharpens practical skills that are highly sought after in the professional world.
In terms of future scope, we discussed the evolving nature of technology and how clubs like SARS serve as a stepping stone toward staying updated with current advancements. Students were shown how involvement in the club could expose them to opportunities such as project competitions, hackathons, and collaborations with industry experts. Moreover, we highlighted that the experience gained through the club’s activities could significantly improve their employability by making them stand out in the job market. We also shared success stories of alumni who had launched their careers through the skills they honed in the SARS Club. By encouraging them to take leadership roles within the club and contribute to its growth, we motivated the students to take full advantage of this platform.
On the Second day, the workshop took on a more technical and hands-on approach. We introduced students to Simulink, a powerful tool by MathWorks used extensively in academia and industry for simulating complex systems. We began by teaching the basics of creating models using Simulink’s graphical interface, allowing students to simulate dynamic systems without needing extensive coding knowledge. This practical exposure was aimed at bridging the gap between theoretical concepts taught in the classroom and their real-world applications. Through carefully guided exercises, we demonstrated how simulations could be used to test and refine engineering solutions before moving into the physical implementation phase.
Following this, the students were introduced to Tinkercad, an intuitive platform for 3D design and electronics simulation. To make the session more engaging and relevant, we chose the example of a traffic light control system, a simple yet effective way to introduce students to the principles of embedded systems and automation. Using Tinkercad, students learned how to design a circuit that controls the lights and simulate the behavior of the traffic lights as they change between red, yellow, and green. This example provided a real-world context to the theoretical knowledge of circuits and logic, demonstrating the crucial role of simulation in the design process. We also covered how such projects are critical for cities and industries in managing traffic, improving road safety, and optimizing transportation systems.
By the end of the second day, students had developed a solid understanding of how to use tools like Simulink and Tinkercad for solving practical engineering problems. We encouraged them to continue exploring these platforms for their projects, recognizing their potential in various engineering disciplines, including automotive systems, aerospace, and urban planning. This hands-on experience also set the foundation for further, more complex projects they could undertake as they progress in their studies. The workshop left students inspired to apply these skills to real-world challenges and collaborate on innovative solutions as part of the SARS Club.
