Best MIT Classes for Medical Devices and Robotics

Harboring a passion for medical innovations and robotics? The Massachusetts Institute of Technology (MIT) offers an array of courses that cater to both interests. In this article, we explore three top classes that can bolster your knowledge in this field.

2.75 Precision Machine Design

Considered a gem by many, 2.75 Precision Machine Design is a graduate-level course that requires a fundamental understanding of mechanical and/or electrical engineering. Don't let the prerequisites scare you—this challenging yet rewarding course is designed to get your hands dirty. As a Teaching Assistant, I can attest to the immense value and satisfaction you'll gain from it.

The central perk of 2.75 is the hands-on project component, where you'll work on a specific medical device as part of a team. Many groups continue to develop their projects beyond the academic year, and some even venture into starting their own companies. The lectures cover an array of topics within medical devices, including mechanical and electrical engineering, supplemented by specialized guest lectures.

Background from a TA

Chris Loughnane, another TA for the course, highlights its appeal: 2.75 can be a great choice. We have several HST (Health Sciences and Technology) students taking the course each year. The class is demanding but extremely worthwhile if you are willing to immerse yourself in the content.

6.811 Principles and Practice of Assistive Technology

A more nuanced perspective on assistive technology, 6.811 is primarily taught by my PhD advisor and delves into the practical application of technology in improving quality of life. This course offers a fascinating insight into the development and deployment of assistive technologies. Ideal for those interested in not just the medical devices themselves, but how they are integrated into broader systems and lifestyles.

6.115 MIT's Microcontroller Lab

For those interested in diving deep into microcontroller systems, 6.115 is an excellent choice. This class provides a comprehensive introduction to microcontroller systems, covering a wide range of topics such as driving non-ohmic devices, tomographic scanners, robot arms, and power electronics. The breadth of projects and labs you'll work on is extensive, making this class incredibly valuable for anyone looking to develop advanced medical devices.

Disclaimer: the class is very hard. It may or may not be feasible to take this course while balancing your MD-PhD studies. However, if time and dedication are committed, it's an invaluable opportunity to learn fundamental skills in microcontroller systems.

In closing, whether you're a seasoned engineer or a budding innovator, these courses at MIT provide a robust foundation in medical devices and robotics. Consider enrolling to gain valuable insights and practical skills that can significantly enhance your career in this exciting field.