MSc in Applied Mathematics as compared to

[Log]

Hello,

I'm a European EE/Engineering physics undergraduate (something of a mix of those two) trying to figure out what to major in. Up until now my main topic of interest has been nanotechnology. Now I'm not sure that's a good idea because of the seemingly small job market where I live. I want to be able to work outside of the academic world.

I'm now considering alternatives and have been looking at applied mathematics. More specifically; systems engineering, control theory and optimization.

I have always been driven by the thought of a modern future, nanotechnology is probably my first choice with regards to that. I know I want to work in science and engineering.

My question to you is - will I be able to get a job in industry with a MSc in applied mathematics, having studied the above mentioned topics, relatively easy?

I know it depends on me as a person, on my experience, grades, etc, but generally?

Would I be better of getting a MSc in embedded systems with a track in control engineering?

What about signal processing?

 

[TonyG]

Hello,

Thank you for sharing your thoughts and concerns about your academic and career path. I can understand your interest in nanotechnology and the desire to work in a field that is constantly advancing and shaping the future. However, it is important to consider the job market and potential opportunities in your desired field.

Applied mathematics is a highly versatile and in-demand field in various industries, including engineering. With a focus on systems engineering, control theory, and optimization, you will have a strong foundation for a career in many industries, including nanotechnology. Many companies and organizations are looking for individuals who have a strong understanding of mathematical principles and can apply them to solve complex problems.

In terms of job prospects, it is always beneficial to have a combination of technical skills and knowledge in a specific field. Therefore, pursuing a MSc in applied mathematics with a track in control engineering or embedded systems would be a great option. This will not only provide you with a solid foundation in mathematics, but also give you the opportunity to specialize in a specific area that aligns with your interests.

Signal processing is also a valuable skill to have, especially in the field of nanotechnology. It involves analyzing and manipulating signals to extract useful information, which is crucial in the development and application of nanotechnology.

Overall, with a MSc in applied mathematics and a strong understanding of systems engineering, control theory, and optimization, you will have many opportunities in various industries, including nanotechnology. It is important to also gain practical experience through internships or research projects to make yourself more competitive in the job market. I wish you all the best in your academic and career journey.