MIT's Engineering Design Studio recently played host to a unique reunion, bringing together alumni from the Class of 1971 for a special event. This gathering, organized by Senior Lecturer Gim Hom, was more than just a nostalgic get-together; it was an opportunity to reconnect with the past and explore the evolution of engineering education.
A Reunion with a Twist
The reunion, held in the Cypress Engineering Design Studio, offered a hands-on experience for the alumni. They had the chance to work with electronic components, just as they did during their undergraduate days, but with a modern twist. The projects they chose to build - a simplified ECG and an audio amplifier - showcased the advancements in technology and the skills they had acquired over the years.
What makes this particularly fascinating is the way Hom designed the activity. He stripped down the theoretical aspects of his courses, focusing solely on the practical assembly. This approach allowed the alumni to reconnect with their hands-on learning experiences and, in a way, relive their student days.
Teaching Through Real-World Problems
Hom's teaching philosophy is centered around real-world problems and solutions. He believes in using analog and digital design concepts to teach students about signal acquisition, filtering, and display. The ECG project, for instance, is a platform for students to understand these concepts practically. Many students, including the alumni, had their first soldering experience through this project.
In my opinion, this hands-on approach is a powerful way to engage students and make learning more tangible. It's a reminder that engineering is not just about theory but also about the practical application of skills.
Surface Mount Solder: A Skill for the Modern Era
The second project, an audio amplifier, introduced the alumni to surface mount solder, a skill that was not as prevalent during their undergraduate years. Hom explains that modern electronics heavily rely on surface-mount technology (SMT). By designing an optional laboratory project, he gave students a chance to work with SMT assembly and experience the quality of sound it can produce.
This raises a deeper question about the evolution of engineering education. How do we ensure that students are equipped with the skills relevant to the modern world? Hom's approach of incorporating optional projects that showcase the latest technologies is an innovative way to bridge the gap between theory and practice.
The Role of Technical Instructors
Throughout the reunion, technical instructors Anthony Pennes and Liam Ackerman were on hand to provide support and guidance. Their presence ensured that the alumni had a smooth experience and could familiarize themselves with the technology available in the Engineering Design Studio.
What many people don't realize is the crucial role that technical instructors play in facilitating hands-on learning. They are the bridge between theory and practice, ensuring that students can apply their knowledge effectively.
A Lasting Impact
The reunion was not just a one-off event; it had a lasting impact on both the alumni and Hom. The alumni left with a working board and a reminder that their technical skills are timeless. For Hom, it was a chance to teach his "last class" and continue his advisory role with EECS students part-time.
In conclusion, this reunion was a testament to the power of hands-on learning and the enduring nature of technical skills. It showcased how MIT's Engineering Design Studio continues to foster a community of learners, bringing together alumni and current students in a shared space of exploration and discovery.
