<p>Yes, whether you do research and you need to study a new model and characterize optimal behavior, or if you are studying data and you are estimating any model that is not linear you use calculus on a regular basis. </p>

<p>Even though computers are very powerful and can save the time and energy of doing calculations (including finding derivatives), often times having a firm knowledge of the maths behind what the computer is doing can save tons of time and improve the performance of algorithms.</p>

<p>That being said, it is also true that many economists can get by only knowing the minimum of calculus, since a lot of the tools that the market values the most from economists require, instead,  a firm grasp of probability, statistics and good economic intuition. </p>

CC BY-SA 4.0
2019-06-18T17:22:37.757Z
2019-06-18T17:22:37.757Z
Regio
<p>I have never used calculus in my non-academic jobs. I didn't do sports, speak German (except when socializing), program Excel VBAs or directly apply what I have learned about product line management either, yet all these were taught to me at university. A lot of things you learn are indirectly useful, in that they let you see a more complete picture or that other things build on them. E.g. if you can program in Visual Basic you can probably learn other high level languages relatively quickly.</p>

<p>Calculus is a must for a thorough understanding of probability theory, which is fairly useful for understanding statistics which is a must if you want to work with any kind of real data (e.g. sales numbers) and be good at it - this is optional.</p>

CC BY-SA 4.0
2019-06-18T18:04:30.473Z
2019-06-18T18:04:30.473Z
Giskard
<p>From what I understand a lot of calculus is used at university level when studying economics and some finance courses (correct me if I'm wrong) but I was just wondering if economists and financial analysts actually use calculus in their actual jobs on a day to day basis.</p>

CC BY-SA 4.0
2019-06-18T17:35:26.083Z
Even if no calculus is used, a lot of the models and methods in use build on it. Then it makes sense to learn why these models make sense.
Bayesian
<stochastic-calculus>
Do real life economists and financial analysts actually use calculus in their jobs?
James John
# Do real life economists and financial analysts actually use calculus in their jobs?

(Asked by: username_0 on 2019-06-18)

From what I understand a lot of calculus is used at university level when studying economics and some finance courses (correct me if I'm wrong) but I was just wondering if economists and financial analysts actually use calculus in their actual jobs on a day to day basis.

**Tags:** stochastic-calculus

> **Comments:**
> **username_1**: Even if no calculus is used, a lot of the models and methods in use build on it. Then it makes sense to learn why these models make sense.  

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## 2 answers

### Answer by username_2 on 2019-06-18. Score: 3

Yes, whether you do research and you need to study a new model and characterize optimal behavior, or if you are studying data and you are estimating any model that is not linear you use calculus on a regular basis.

Even though computers are very powerful and can save the time and energy of doing calculations (including finding derivatives), often times having a firm knowledge of the maths behind what the computer is doing can save tons of time and improve the performance of algorithms.

That being said, it is also true that many economists can get by only knowing the minimum of calculus, since a lot of the tools that the market values the most from economists require, instead, a firm grasp of probability, statistics and good economic intuition.


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### Answer by username_3 on 2019-06-18. Score: 3

I have never used calculus in my non-academic jobs. I didn't do sports, speak German (except when socializing), program Excel VBAs or directly apply what I have learned about product line management either, yet all these were taught to me at university. A lot of things you learn are indirectly useful, in that they let you see a more complete picture or that other things build on them. E.g. if you can program in Visual Basic you can probably learn other high level languages relatively quickly.

Calculus is a must for a thorough understanding of probability theory, which is fairly useful for understanding statistics which is a must if you want to work with any kind of real data (e.g. sales numbers) and be good at it - this is optional.


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