Adventuring from Mechanical Engineering to Mathematics: Possibilities and Considerations
A common question is whether a student with a mechanical engineering background can transition into a mathematics teacher by pursuing a postgraduate degree in mathematics. This discussion explores the feasibility of such a transition, the prerequisites, and the real-world implications.
Is a Postgraduate Degree in Mathematics Feasible for a Mechanical Engineer?
Switching from mechanical engineering to a career in mathematics is possible, particularly through an advanced degree. A student who has completed a in mechanical engineering is eligible to pursue MSc and PhD in mathematics directly. Institutions like IIT Chennal and IISc BG offer such programs. However, it's important to note that a mechanical engineering degree alone may not be sufficient to equip one with the necessary mathematical skills required for a professorship in mathematics.
Understanding the Divergence Between Engineering and Mathematical Sciences
At the undergraduate level, the distinction between engineering, physics, and mathematics may not be as apparent. During my undergraduate years, I could have easily ventured into mathematics or physics, driven by a desire to build and earn a good living. However, the true difference becomes evident after gaining experience in the engineering field.
Engineers, including those with a mechanical engineering background, often view mathematics as a tool to solve real-world problems. While an engineer may appreciate the elegance of a mathematical equation, they prioritize its practical application. A concept in pure mathematics, such as string theory, captures my curiosity, but a genuine passion for mathematics itself is what distinguishes a mathematician from an engineer.
A Personal Perspective: My Engineering Journey
During my first semester, my mathematics professor was a mechanical engineer. In a low-level context, a mechanical engineer can handle basic mathematical procedures necessary for physics, thermodynamics, fluids, and strength of materials. However, the transition from applied mathematics to pure mathematics, which includes advanced topics like demonstrations, postulates, and abstract theories, is a significant leap.
Loving Mathematics for Its Own Sake
To become a mathematician, it's essential to have a genuine love for mathematics itself, rather than just its utility. This involves a deep appreciation for the beauty and structure inherent in mathematical theories and concepts. A mechanical engineer often uses mathematical tools to solve practical problems, but a mathematician explores mathematical ideas for their intrinsic value.
Conclusion
While a mechanical engineer can theoretically transition to a mathematics teacher with the right postgraduate education, the journey involves more than just acquiring the necessary qualifications. A deep passion for mathematics and its theories is what truly sets a mathematician apart. Whether this is the path for every mechanical engineer is a matter of individual circumstance and personal inclination.
If you’re considering this transition, be prepared to delve deeply into the subject, build a strong theoretical foundation, and cultivate a genuine love for mathematics. The journey may be rewarding, but it requires dedication and a different mindset compared to practical problem-solving in engineering.