- #36
Mépris
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chiro said:
I never thought I'd see the day...I thought kids would be wanting to be rebecca black or something these days.
chiro said:Having said, I would urge you to consider micromass's advice and not get into mathematics for the glory, because you will probably end up with depression or something akin to that just by probabilities alone.
Pure mathematics is a branch of mathematics that deals with abstract concepts and theories, rather than real-world applications. It focuses on the development and study of mathematical concepts and structures, such as numbers, geometry, and algebra, without any specific application in mind.
Mechanical engineering is a branch of engineering that applies principles of physics, mathematics, and materials science to design, analyze, and manufacture mechanical systems. This can include everything from small individual components to large-scale machinery and systems.
Pure mathematics and mechanical engineering are related in that they both use mathematical concepts and techniques to solve problems. However, pure mathematics is more theoretical and abstract, while mechanical engineering is more applied and focuses on the design and development of physical systems.
It is difficult to say which field has more job opportunities as it ultimately depends on the current job market and individual skills and qualifications. However, mechanical engineering is a more specialized and practical field, so it may have more job opportunities in industries such as manufacturing, transportation, and energy.
Both pure mathematics and mechanical engineering require advanced education, but in different ways. Pure mathematics typically requires a graduate degree, such as a Master's or PhD, to conduct research and teach at a university level. Mechanical engineering also requires a Bachelor's degree, but many positions may also require a Master's degree or specialized certifications.