Is Calculus Essential for Success in Engineering?

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Discussion Overview

The discussion revolves around the role of calculus in engineering education and practice. Participants explore whether mastery of calculus is essential for success in engineering, considering various engineering disciplines and the relevance of calculus in coursework and professional applications.

Discussion Character

  • Debate/contested
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • Some participants suggest that a strong grasp of calculus is crucial for success in engineering courses, with many classes heavily relying on integrals and derivatives.
  • Others argue that while calculus is foundational, its practical application may be limited in certain engineering fields, with a focus on algebra and statistics being more prevalent in professional settings.
  • One participant notes that different engineering majors may require varying levels of calculus, with aerospace engineering potentially needing more advanced calculus compared to chemical engineering.
  • There is a viewpoint that calculus is essential for understanding complex engineering concepts, even if it is not frequently used in day-to-day engineering tasks.
  • Some participants express skepticism about the necessity of calculus for engineering success, citing personal experiences where calculus was not used post-university.
  • One participant emphasizes the importance of other mathematical areas, such as discrete mathematics and statistics, alongside calculus for a well-rounded engineering skill set.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the necessity of calculus for engineering success. While some emphasize its importance in education and understanding concepts, others argue that its practical use may be limited in the field.

Contextual Notes

Participants highlight that the relevance of calculus may depend on specific engineering disciplines and individual career paths, suggesting that assumptions about its necessity can vary widely.

jvgkaty
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Hello guys, have a question for you. I was thinking of trying to become an engineer. Are all the classes I would have to take rooted in calculus? Would you say once a student has mastered or grasps calculus they will be successful? thanks
 
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I'm about to enter into my last semester of Mechanical Engineering and I would say that having a strong grasp on the basics of calculus will help immensely throughout nearly all of your courses. I would say like 95% of the engineering classes all deal with integrals and derivatives quite commonly. However, most classes don't really focus on much past calc 2. You're not likely to run into Greens Theorem or anything like that outside of the Calc 3 class. I've never run into triple integrals, spherical coordinates, or really anything in calc 3 in my other classes.

Also, make sure you have a strong grasp on algebra. More often than not, I would get stuck/make a mistake on the algebra required for a solution
 
If you want to get an engineering degree, you should know trig, geomoetry, and algebra like you know your native language; even better. An understanding of calculus will help you immensely, also, not only because you'll need it to pass your classes, but because many concepts require an understaning of calculus to really grasp them.

It also depends greatly on your chosen major, obviously. Aero's will use more calculus (multivariable, diffEQ, etc) than, say, chemical engineering due to the principles they each work with.
 
In EE, calculus is only the beginning - the foundation upon which a lot more sits.
 
From personal experience, calculus is what you need to describe a system.

However, to control and/or monitor the system, algebra is usually the tool that make use of the calculus.

So both calculus and algebra are quite important.

Also, discrete mathematics and statistics are very important too.Hahaha sorry for this crappy explanation but this is what I think from the point of view as a Mechatronics graduate.
 
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If you have a steady hand, will you be a successful brain surgeon? Having one tool does not make you a master craftsman. I'm a successful engineer and I don't think I've used calculus once since university.

Knowledge of calculus clearly does not mean you're going to be a successful engineer!
 
If you end up working in manufacturing then you will be using statistics more than anything else.
 
brewnog said:
If you have a steady hand, will you be a successful brain surgeon? Having one tool does not make you a master craftsman. I'm a successful engineer and I don't think I've used calculus once since university.

Knowledge of calculus clearly does not mean you're going to be a successful engineer!

I don't think many engineers actually use calculus after college, but having a strong grasp on it will help out in being a successful student which is more important at the moment for the OP. Not only will it help with just getting through the courses, but it will help with the general understanding of the more complex concepts (harmonic systems, working in Laplace space, just general understanding of engineering concepts) which will then pave the way to being a successful engineer.
 
Calculus is used for upper level engineering (but it is generally done with computers, for instance, aerodynamicists don't generally make their calculations on the backs of envelopes) and for academics.

In general, engineers don't use calculus on a daily basis (though it will probably be used from time to time to some extent), but it is pretty essential to getting a deep understanding of eningeering concepts.
 

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