Biomedical Engineering w/ emphasis in Electrical

[Interesting]

Hello,
At my school as Biomedical Engineering is an extremely new field, there's a lot of freedom in what you can take. I'm a freshman at the moment, but I have what classes I would like to take planned out. So far I'm going to be taking Introduction to Digital System Design, Introduction to Microcontrollers, Analog and Digital Electronics, Microprocessor and Microcontroller System Design, Advanced Bioelectricity, linear systems and circuits, signals and systems, and a robotics class. I am getting a math minor as well, and taking applied linear algebra, and theoretical neuroscience.

I am really interested in Microcontrollers, they're awesome. Any EE majors see any gaping holes in my courses? Any math classes that are essential to electrical engineering?

 

[R.Mesri]

I'm also wondering if I should take a course in control systems, and how important it is to biomedical engineering? Thanks!

 

[Mene]

As a scientist with a background in biomedical engineering with an emphasis in electrical, I am excited to see your interest in this rapidly growing field. Your course selection looks well-rounded and comprehensive, covering important topics such as digital system design, microcontrollers, and electronics. These are all essential skills for a biomedical engineer, as many medical devices and technologies rely heavily on electrical systems.

As for any potential gaps in your courses, it's difficult for me to say without knowing the specific curriculum at your school. However, one area that you may want to consider adding to your course load is biomedical instrumentation. This course would cover the design and development of medical devices and instruments, which is a crucial aspect of biomedical engineering. Additionally, courses in biomedical signal processing and medical imaging could also be beneficial for your future career.

In terms of math classes, it's great that you are pursuing a math minor as it will provide a strong foundation for your engineering studies. Along with applied linear algebra and theoretical neuroscience, I would also recommend taking courses in calculus, differential equations, and probability/statistics. These math courses are fundamental to understanding and analyzing electrical systems and signals in biomedical applications.

Overall, your course selection seems well thought out and demonstrates a strong interest in both electrical engineering and biomedical engineering. Keep exploring your interests and don't be afraid to branch out into other related fields, such as computer science or materials science, as they can also be valuable in the biomedical engineering field. Best of luck in your studies!