Job experience curve for engineers

In summary, the article discusses the idea that the experience curve for engineers may be flat compared to professions that require more experience, such as MD's. However, the author presents this as their opinion without providing any data or evidence to support it. It is important for individuals in any profession to continually update their skills and avoid stagnation in order to remain competitive in the job market. Ultimately, the job-experience curve will vary depending on the specific field, individual, and environment.
  • #1
Link
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http://www2.studentsreview.com/articles/article.php3?article=how-to-choose-a-career.txt

According to this article about choosing your major in college, it states that the experience curve for engineers is flat compared with professions that require lots of experience like MD's.

I am a student that is set for the engineering profession, so I want to ask you guys that have some work experience in the field whether the predictions are true. Will it be hard to find a job/getting promoted a few years down the road?
 
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  • #2
The article presents an interesting opinion, but I'd wait for some data before starting to panic. At no point did he show an experience curve. He made the claim that after 5 years it is more cost-effective for a company to hire a new graduate than to continue employing an old one, which seems not unreasonable, but before it holds any weight for me, I have to see some actual data.

I think these arguments, if valid, are likely to apply to very specific jobs in specific industries.

The driving point that I would take away from it is that regardless of your profession, it is dangerous to stagnate. In any technical field, you can grow obsolete as quickly as the equipment you work with. As long as you continue to update your skills, you can remain competative and in demand.
 
  • #3
pretty lame article, if you ask me. The article plainly puts engineering & medicine in two baskets, without telling what is inside the basket. Doesn't show any facts, nothing, just his opinion.
Oh well, its his opinion.

When an engineers gets 5 year experience & decides to leave the company, he knows that there are companies which need experienced people. Its not that each n every company needs 22 year olds for 5 years.
 
  • #4
Despite that people flock to engineering for its high starting salary, many do not realize is that in the long run the job-experience curve for most engineering fields is FLAT. Companies and the market do not value your increasing experience (for a variety of reasons) over your existing skillset. After 5 or so years, the cost of maintaining you as an employee exceeds the cost of hiring a new graduate. The new graduate has updated skills, and from the management's eyes, only marginally different experience value.

. . . .
That is a poor article from which to draw any definitive conclusion. One's job-experience curve depends on the type of work, the field/discipline, the individual and the environment. MD's and engineers have a range of specialties.

For medicine, how does one compare general practitioners with specialists and with or without surgical experience? What about doctors who work for a hospital or clinic vs private practive? A doctor's salary will depend on the specialty, e.g., a neurosurgeon or cardiologist or anesthesiologist vs a family doctor. There is now pressure to reduce the cost of medical treatment.

Now compare different engineering disciplines. An engineer could work for a large corporation, a small company, or be self-employed. An engineer's salary will depend on the type of work and skill/experience. I know several engineers who started their own consulting company. If an engineer can produce a product which is high demand, e.g., a software application, a device, or a process, then the revenue (income) can be substantial.
 

1. What is the job experience curve for engineers?

The job experience curve for engineers is a graphical representation of the relationship between an engineer's level of experience and their job performance. It shows how an engineer's performance improves as they gain more experience and expertise in their field.

2. How is the job experience curve calculated?

The job experience curve is typically calculated by tracking an engineer's performance over time and plotting it on a graph. The engineer's level of experience is usually measured in years or number of projects completed, and their performance can be evaluated through metrics such as productivity, efficiency, and quality of work.

3. What are the benefits of understanding the job experience curve for engineers?

Understanding the job experience curve for engineers can help companies make informed decisions about hiring and promoting engineers. It can also help engineers set realistic expectations for their career growth and development. Additionally, studying the job experience curve can provide insights into the effectiveness of training and development programs for engineers.

4. Are there any limitations to the job experience curve for engineers?

While the job experience curve can provide valuable insights, it is important to note that it is not a perfect representation of an engineer's performance. Factors such as individual learning styles, varying job tasks, and external influences can also impact an engineer's performance. Additionally, the job experience curve should not be used as the sole criteria for evaluating an engineer's potential or worth.

5. Can the job experience curve be applied to all types of engineering?

The job experience curve can be applied to various types of engineering, but it may not be equally applicable to all disciplines. Some engineering fields may have steeper learning curves due to the complexity of the work or the technologies involved. It is important to consider the specific factors that may influence the job experience curve for each engineering discipline.

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