Is It Possible for Mathematics Majors to Learn Hardware and Work in Embedded Software Development?

Considering that all hardware operations are fundamentally rooted in the theories of Turing and Von Neumann, is it truly possible for a mathematics major to learn hardware on their own and successfully work in embedded software development?

With a strong foundation in mathematics, it is indeed possible. Mathematics majors often have an exceptional ability to handle complex systems and theoretical challenges, making them well-equipped to tackle the intricacies associated with hardware and embedded software.

A Personal Journey

I have a Bachelor of Arts degree in Mathematics from Cornell University. My initial interest in electronics started as a teenager, during which I earned a ham radio license and a first-class commercial radio telephone operator’s license. Although I never took a formal electronics course, my journey with hardware has been quite remarkable.

I have hands-on experience in a variety of hardware-related projects, such as designing a video card, building a computerized anesthesia machine, and designing an integrated circuit. I have even helped in the control and management of a copper rolling mill and in bringing up a new micro-processor. These experiences have shown me that with the right mindset and resources, it is indeed possible for mathematics majors to work in embedded systems.

Education and Resources

The path to learning hardware for a mathematics major can be paved with the help of online resources. Modern online courses offer an in-depth understanding of electronics, embedded systems, and the programming languages essential for this field. Various free and paid online platforms provide comprehensive materials that cover everything from basic electronics to advanced concepts in hardware design.

For instance, websites like Coursera, edX, and Khan Academy offer free courses that can be a great starting point. Some universities also provide open courses on their websites. Furthermore, there are a plethora of books and tutorials available online that can guide you through the process of learning hardware and embedded systems.

Combining Theories and Practices

The journey to becoming an expert in embedded systems is not just about studying the theoretical aspects but also putting them into practice. Mathematics majors often have a strong theoretical background, but hands-on experience is crucial. By learning from personal projects, building prototypes, and working on real-world applications, one can bridge the gap between theory and practice.

For example, designing a simple electronic circuit or building a low-level operating system can be a great way to apply mathematical concepts in a practical context. Additionally, engaging in open-source projects or collaborating with experienced professionals in the field can provide invaluable insights and practical knowledge.

Conclusion

Yes, it is possible for a mathematics major to learn hardware and work in embedded software development. With dedication, a willingness to learn, and the use of the vast resources available online, the path to success is clear. Remember, the key is to start small, build on your knowledge, and continuously refine your skills.

So, if you are a mathematics major with a passion for hardware and embedded systems, now is the time to explore this exciting field. The future is bright, and the possibilities are endless!