I am not a creative type but i want to study mechanical engineering am i on a right path?
#mechanical-engineering
5 answers
Richard’s Answer
There is an old saying "If the only tool is a hammer, everything looks like a nail. " (Maslow on Kaplans law of the instrument 1966) .
You looked into Engineering as a field of study, Phemelo ( BTW Thats a great name!) . But perhaps with a hammer in hand.
The point im trying to make is... Dont sell yourself short if everything , creatively, looks like "nails".
The academics of engineering study's is based on collecting and using the "tools" needed to solve problems... If engineering interests you, think about why you need engineering school. You will solve hundreds of problems as you hone the creative process like nobody else.
By the time you get your coveted title of "Engineer" , you are going to learn to use those creative skills as you learn those problem solving principles, such as accams razor, level of detail, building criteria for success, divide and conquer, and order of magnitude problem solving.
If your not sure if engineering is for you, don't feel alone. You can perhaps attend a community college that lets you transfer credits as you prove STEM aptitude , while building your career plan . Then, transfer to university when your ready to do what you want, be it science or engineering, or whatever needs some academic study. BTW , thats a problem solving tool based on gathering all data and making your decision at the last possible moment ("JIT " or just-in-time) . See where im going? "Tools!"
Im going to add that everyone and their brother will scare you with the need to get high grades before college. Its a little true, but if your grades are less than perfect dont let that scare you. In the first year of college you learn study technique that will greatly improve your learning skills.
now, Im going to spring the downside on ya... engineering IS creativity , if an engineer gets assigned a problem to solve, its probably because everyone else failed to solve it. You wont be a great engineer without being able to do what others cant, and thats usually through a creative approach.
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And the upside, your the one of very few that came here looking for information to make a decision. Il argue that engineering spirit may be kicking in. Keep in mind that most engineers get up avery day looking forward to going to work... creative challenge is why.
In the steps to solve a problem, you may be surprised at how much potential you have creatively. Once you assemble the facts in your mind... and break down / define the problem in solvable terms...you will learn your most creative moments that lead to solving problems is just a good night's sleep.
If the solutions were obvious, then it was never a problem to begin with ... so.... Gather your tools, young Phemelo....
Rich "Nailed it!" Wolf
Lisa’s Answer
There is much about engineering that requires engineering, but it also requires rigorous math and science education, especially physics. I like to compare engineering to puzzle solving. Another good analogy is inventing.
So if you are good in math and science, and are on track to finish at least pre-calc (preferably calculus) and will take biology, chemistry and physics by the end of high school, mechanical engineering might be a good fit for you. Best wishes as you continue your education.
Benson’s Answer
You must first understand what your interest is, then cut in from your interest, turn your interest into a profession, and then develop the second expertise from this profession, and integrate with the first expertise to give play to the power of one plus one greater than two, Believe me, your success will come.
Erin’s Answer
Glenn’s Answer
Lisa provided a great answer. Mechanical Engineering is applied physics. I never considered myself as a creative person. But having a good understanding of the fundamentals, I was able to solve some engineering problem in a unique way that lead to several patents.
Not all engineering jobs require that type of problem solving. A passion around math and science is critical.
Glenn recommends the following next steps: