Nanoscale Science / Engineering Mathematics

In summary, the conversation discusses the various master's programs available in the field of engineering, including Nanoscale Science and Tech, Applied Physics, and Engineering Mathematics. The individual is undecided on which program to choose and is seeking advice from others with experience in these programs. They also mention their interest in potentially switching to economics after their Bachelor's degree and their desire to pursue a fulfilling and enjoyable career. The expert suggests considering a different field, such as Nanoscale Science and Tech, to broaden their horizons and potentially be beneficial in the future.
  • #1
IlyaZ
16
0
I study Engineering Physics and there are plenty of master's programmes to choose from. I'm primarily thinking about selecting "Nanoscale Science and Tech", "Applied Physics" or "Engineering Mathematics" or possibly switching to economics after the B.Sc.

Has anyone any experience from these programmes?

I'm not sure what I want to work with in the future, I don't study for a job, just out of interest. But I would hate to be a guy who is directly involved in consumer goods production/design. That's soul-less and boring.
 
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  • #2
Do what you find most enjoyable and fulfilling! I image that the courses you list would vary dramatically, but I bet you already have one in mind that you'd prefer.

Personally, Engineering Mathematics sounds quite dull to me, so I'd go for Nanoscale Science and Tech, but then with a background in engineering physics it might be just your thing!

Another plus for Nanoscale Science and Technology is that a slightly different field from your first degree might broaden your horizons and be helpful in the future. It's always good to think about new things.
 
  • #3


I understand your desire to choose a program that aligns with your interests and provides opportunities for future career paths. Nanoscale Science and Technology, Applied Physics, and Engineering Mathematics are all exciting and rapidly advancing fields that offer a wide range of opportunities for research and development.

In terms of your concerns about working in consumer goods production or design, it's important to note that these fields also require a deep understanding of science and engineering principles. In fact, many advancements in nanoscale science and engineering have led to innovations in consumer products, such as electronics, medical devices, and renewable energy technologies. So while it may not be your primary focus, your skills and knowledge in these areas could still be valuable in various industries.

Ultimately, the best way to determine which program is right for you is to research the curriculum and speak with current students or alumni to gain a better understanding of the program's focus and potential career opportunities. It's also important to keep an open mind and explore different areas within your chosen field, as your interests and career goals may change over time. Whatever path you choose, I encourage you to pursue your studies with passion and curiosity, as that is what will lead to a fulfilling and impactful career in the world of science and engineering.
 

What is nanoscale science/engineering mathematics?

Nanoscale science/engineering mathematics is a branch of mathematics that deals with the manipulation and analysis of materials and systems at the nanoscale level, which is on the scale of 1 to 100 nanometers. It involves the use of mathematical concepts and tools to understand, model, and design nanoscale structures and processes.

What are the applications of nanoscale science/engineering mathematics?

Nanoscale science/engineering mathematics has a wide range of applications in various fields such as medicine, electronics, energy, and materials science. It is used to design and optimize nanoscale devices, study the behavior of materials at the nanoscale, and develop new materials with unique properties.

What are some key concepts in nanoscale science/engineering mathematics?

Some key concepts in nanoscale science/engineering mathematics include quantum mechanics, molecular dynamics, statistical mechanics, and surface science. These concepts are used to understand the behavior of materials at the nanoscale and to develop mathematical models for nanoscale systems.

What are the challenges in studying nanoscale science/engineering mathematics?

One of the main challenges in studying nanoscale science/engineering mathematics is the complexity of nanoscale systems. These systems often exhibit different behaviors than macroscopic systems, and traditional mathematical models may not apply. Another challenge is the need for advanced mathematical techniques to analyze and manipulate nanoscale structures and processes.

What are the future prospects of nanoscale science/engineering mathematics?

The future prospects of nanoscale science/engineering mathematics are very promising. As technology continues to advance and more research is conducted in the field of nanoscience, the need for mathematical models and tools to understand and design nanoscale systems will only increase. Nanoscale science/engineering mathematics will continue to play a crucial role in the development of new technologies and materials.

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