There is a very low correlation between salary and ....

In summary, the conversation discusses the speaker's career goals in software engineering and their observations about the correlation between job sophistication and salary. They mention their own experience with a job offer at a small but challenging company with a lower salary, compared to a higher-paying job at a more modern office. The conversation also touches on the impact of cost of living on salary and the idea that social skills may be necessary for higher-paying positions. The importance of researching the local job market is also mentioned. Additionally, the conversation notes that the software engineering job market in the US is a free market, with supply and demand determining salaries.
  • #1
SlurrerOfSpeech
141
11
I am early in my career and trying to pursue a career in software engineering (I use that term broadly). Like any normal person, I eventually want to make good money, hopefully around 6 figures. I assumed that there would be a direct correlation between how sophisticated a software job is and how much money it pays. Further, I assumed that "useful" software jobs, ones that are revolutionizing the technology industry and increasing the productive capacity of the economy, would pay more. Not from what I observe!

I recently had an opportunity to join as a software engineer at a small but rapidly growing company that makes consumer electronics. This job would be very challenging, consist of low-level programming and algorithms. The annual salary: $58,000. And it's in an old, boring building out in the middle of nowhere.

Meanwhile, 10 miles west, in the city, I could have the chance to work in a modern office in a skyscraper and make double that salary while applying my skills to make some stupid "social media app" with JavaScript/Ruby, requiring a lot less thinking, just sticthing together code from prepackaged libraries. Heck, I know someone who works for a startup and makes $90,000/yr and smokes weed all day at work.

What should I be doing if I want challenging/useful software engineering work and also want to make good money?
 
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  • #2
I've heard you can make decent money in R&D with bigwig companies. Although you'll need some high qualifications for that. Applying for a bigger company would also help, as opposed to your small one. Your salary will grow as your company does; but there'll be more competition.
 
  • #3
You have to consider cost of living. A lot of engineers in San Francisco are making 50-60k as entry level, but when rent costs $2000/month, you end up living in a crap apartment. I'm still trying to figure out how I can live in the same neighborhood I grew up in. Having the same career my parents had will not allow me to live in the neighborhood I grew up in. It seems very quirky to me.
 
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  • #4
Maylis said:
You have to consider cost of living. A lot of engineers in San Francisco are making 50-60k as entry level, but when rent costs $2000/month, you end up living in a crap apartment. I'm still trying to figure out how I can live in the same neighborhood I grew up in. Having the same career my parents had will not allow me to live in the neighborhood I grew up in. It seems very quirky to me.

I'm in the same boat.

What's worse is that in highly competitive fields, where egos abound, if you only make $50,000-$60,000 then you are assumed to be "not talented" or "not smart enough to make more" or something like that.
 
  • #5
SlurrerOfSpeech said:
I assumed that "useful" software jobs, ones that are revolutionizing the technology industry and increasing the productive capacity of the economy, would pay more.
They do. That is, in fact, how the usefulness of a job is measured in a free market. The software engineering job market is pretty much a free market.

You may have a distorted view of the relative economic value of the positions you are looking at.
 
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  • #6
I'm going to say something very politically incorrect: To make the big bucks you have to be socially adept. This is not just about how well you design your software. It's about how you bring in money, and make things happen by leading people.
 
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  • #7
DaleSpam said:
They do. That is, in fact, how the usefulness of a job is measured in a free market.

Interesting. If I ever move out of America, maybe I'll get to experience what living in a free market is like.
 
  • #8
SlurrerOfSpeech said:
Interesting. If I ever move out of America, maybe I'll get to experience what living in a free market is like.
I hope you do. You should learn how others live. No, things aren't perfect in the US, but they're not that bad.
 
  • #9
SlurrerOfSpeech said:
Interesting. If I ever move out of America, maybe I'll get to experience what living in a free market is like.
You already live in a free market, the US government doesn't set the salary for software engineers at private companies! Supply and demand does.
Your OP quite clearly shows that the free market has determined that social media related software work is high value, and those capable of it can demand high salaries.
Not surprising really, given how ubiquitous social media is.

Either way, it sounds like you need to do some research on your local job market, you have 3 dubious data points and false preconceptions. If you want to become a good engineer you'll need to develop good research skills.
 
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  • #10
SlurrerOfSpeech said:
Interesting. If I ever move out of America, maybe I'll get to experience what living in a free market is like.
The American software engineering job market is essentially a free market. There are no monopolies for either producers or consumers, no licensing or other market distorting regulations, and prices are driven by supply and demand. The only possible market distortion is taxation, which doesn't seem to play a large role in distorting this market, although clearly it impacts overall market prices.
 
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  • #11
SlurrerOfSpeech said:
I am early in my career and trying to pursue a career in software engineering (I use that term broadly). Like any normal person, I eventually want to make good money, hopefully around 6 figures. I assumed that there would be a direct correlation between how sophisticated a software job is and how much money it pays. Further, I assumed that "useful" software jobs, ones that are revolutionizing the technology industry and increasing the productive capacity of the economy, would pay more. Not from what I observe!

I recently had an opportunity to join as a software engineer at a small but rapidly growing company that makes consumer electronics. This job would be very challenging, consist of low-level programming and algorithms. The annual salary: $58,000. And it's in an old, boring building out in the middle of nowhere.

Meanwhile, 10 miles west, in the city, I could have the chance to work in a modern office in a skyscraper and make double that salary while applying my skills to make some stupid "social media app" with JavaScript/Ruby, requiring a lot less thinking, just sticthing together code from prepackaged libraries. Heck, I know someone who works for a startup and makes $90,000/yr and smokes weed all day at work.

What should I be doing if I want challenging/useful software engineering work and also want to make good money?

People are willing to pay more money for social media stuff than they are for electronics (except for their phones). Hence, more money available in making social media apps.
 
  • #12
SlurrerOfSpeech said:
I recently had an opportunity to join as a software engineer at a small but rapidly growing company that makes consumer electronics. This job would be very challenging, consist of low-level programming and algorithms. The annual salary: $58,000.
In my experience, it's rare to find a recent CS graduate that's actually worth more than $58k. Of course, this exact number will vary depending on geography. $58k for a developer in New York or San Francisco is low, but it's about average in the Midwest. You can use a cost-of-living calculator to compare salaries around the country, like this one: http://money.cnn.com/calculator/pf/cost-of-living/index.html
 
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  • #14
First, I don't think Jake's comment is not "politically incorrect". Part of an engineer's job is communication. It's a social job, not a solitary one.

Next, Billy and Dale are right. In a free market, you are worth what someone is willing to pay you. Not the average. Not what someone is willing to pay someone else, even if they are doing an "easier" job. (And, by the way, it's not clear to me that their job is easier - even if the coding itself is easier, the amount of code they have to deliver may be different).

Finally, there is a huge variation in the skills of entry-level programmers. (Some of whom even consider themselves software engineers) Huge. I suspect that part of the reason for this is that many colleges have a "CS" degree where little actual computer science is taught, opting instead for language syntax. You can Google FizzBuzz if you want more about this.
 
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  • #15
Vanadium 50 said:
First, I don't think Jake's comment is not "politically incorrect". Part of an engineer's job is communication. It's a social job, not a solitary one.

I could have written that better. The political incorrectness is something that we all know to be true, but would prefer not to believe: There are power brokers in the business world. The notion that all it takes is insight and hard work is interesting, but incomplete. You need to know the right people to get ahead. That means you need to find someone who is on the move upward in the world of business, you need to support them and they'll in turn support you. That's how people earn the big money.

We'd like to think that it isn't like that. That one can be a great engineer just by being technically proficient. And while it helps, it is not enough. Social skills are essential.
 
  • #16
SlurrerOfSpeech said:
What should I be doing if I want challenging/useful software engineering work and also want to make good money?

Your post is nice because you state clearly what it is that you want from life -- many people who post here for career guidance don't seem to have thought carefully about that, or they seem to think that everybody wants the same thing.

But the answer to your question seems pretty obvious to me (given its premise). We have variables A and B, which are uncorrelated, and you want both A and B to be high. Since they're uncorrelated, there should exist many cases in which both A and B are high. So find those cases and apply for those jobs.

Of course if A and B were strongly *anticorrelated*, that would be a different story.
 
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  • #17
Vanadium 50 said:
You can Google FizzBuzz if you want more about this.
My employer has used fizz buzz in interviews to weed out candidates for several years. It's shocking how many recent grads cannot solve this problem. Even worse, we've interviewed senior developers that were unable to solve it.
 
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  • #18
Personally I found that contracting work (through job agencies) was good money although not reliable on.
I'm not doing that now though, have a steady but nothing special income.
I don't think that smoking weed or not smoking it made much difference.
 
  • #19
Jaeusm said:
My employer has used fizz buzz in interviews to weed out candidates for several years. It's shocking how many recent grads cannot solve this problem. Even worse, we've interviewed senior developers that were unable to solve it.

I'm not surprised. I should be, but I am not. CS schools churn out people who can't code: people who know a dozen languages but have nothing to say in any of them. But what's sad is not that they can't code. What's sad is they think they can. They don't know that they don't know. They graduate with a pile of A's, and what conclusion do you expect them to draw?

I am familiar with one small, relatively unknown college that transferred their CS department from the College of Science to the College of Business. They then replaced courses with names like "Data Structures" and "Algorithm Design and Analysis" with ones with names like "Python" and "Java". The reputation of being one of the toughest majors started to fade. And they got a lot more students. Looks like a win all around.

Except that many of the graduates can't program.
 
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  • #20
Vanadium 50 said:
I'm not surprised. I should be, but I am not. CS schools churn out people who can't code: people who know a dozen languages but have nothing to say in any of them. But what's sad is not that they can't code. What's sad is they think they can. They don't know that they don't know. They graduate with a pile of A's, and what conclusion do you expect them to draw?

I am familiar with one small, relatively unknown college that transferred their CS department from the College of Science to the College of Business. They then replaced courses with names like "Data Structures" and "Algorithm Design and Analysis" with ones with names like "Python" and "Java". The reputation of being one of the toughest majors started to fade. And they got a lot more students. Looks like a win all around.

Except that many of the graduates can't program.
I think some of your points are true. Many inexperienced programmers can't code with languages that they learn.
Mostly in software problem people "don't know what they don't know".
I have experience in my college days (btw, I dropped out college but I'm an IT manager now :smile:)
If there are exams and the questions are
- Create a program to calculate Fibonacci sequence, or factorial or Pascal triangle for example
The students memorizing the code to to Fibonacci, or Pascal triangle.
Can you imagine that. Memorizing the code, not sharpen your skill in logic problem, so you're ready to tackle every problem thrown at you.
 
  • #21
Sure, programming is after all just language, and some people can learn languages easily enough.
The really valuable skill for programming though is having ability to fully understand the problem which has to be solved, and be able to use language as a description of how to solve it.
Being able to quote Shakespeare does not make somebody a poet.
 

1. What is correlation and how is it measured?

Correlation is a statistical measure of the relationship between two variables. It is measured using a correlation coefficient, which can range from -1 to 1. A positive correlation means that as one variable increases, the other variable also tends to increase. A negative correlation means that as one variable increases, the other variable tends to decrease. A correlation coefficient of 0 means there is no relationship between the two variables.

2. What does a low correlation between salary and another variable indicate?

A low correlation between salary and another variable indicates that there is little to no relationship between the two variables. This means that changes in one variable do not have a significant impact on the other variable. In the context of salary, this could mean that factors other than salary have a stronger influence on the other variable.

3. What factors can affect the correlation between salary and other variables?

There are many factors that can affect the correlation between salary and other variables. These can include the type of job or industry, location, experience, education level, and personal preferences. It is important to consider these factors when interpreting the correlation between salary and another variable.

4. Can a low correlation between salary and another variable change over time?

Yes, a low correlation between salary and another variable can change over time. This could be due to changes in market conditions, economic factors, or shifts in societal values. It is important to regularly reevaluate correlations and consider potential changes over time.

5. How can a low correlation between salary and another variable impact decision-making?

A low correlation between salary and another variable may suggest that salary is not a significant factor in decision-making related to the other variable. For example, a low correlation between salary and job satisfaction may indicate that factors other than salary, such as work-life balance or job responsibilities, have a stronger influence on an individual's satisfaction with their job. This information can be valuable in making decisions related to hiring, promotions, and employee satisfaction.

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