Is passion the key to success in power engineering?

In summary, the conversation discusses the field of electrical engineering, specifically power engineering. The speaker believes it is a good career move due to the constant demand for energy and the inability to outsource or automate the work. They also mention working for a specific power distributor and the potential for discrimination in promotions. When asked about job security and competition, the speaker believes it depends on the individual's dedication and skills. They also mention the potential for alternative energy sources to decrease the need for traditional power engineering jobs. The speaker advises keeping interest in the field and learning new skills to make oneself more marketable. As for "getting your foot in the door," they suggest studying subjects related to power engineering and mention that there may be fewer young people entering the field
  • #1
Voltage regulator
So I am 21 years old, I only recently found out that I am interested in electrical engineering. I live in NYC and am heading into cuny city tech for my first semester.
E.E is a very broad field and I think that going into power engineering would be a good career move because it cannot be outsourced or replaced by automation. Over here con-ed is the main distributor for power and I am looking to work for them in the future. So my questions are: does power engineering Have better job security than other e.e disciplines(electrical design and drafting, semiconductors, telecom, signals processing, hardware design, etc.)? Also, I heard con-ed is discriminatory and will promote lesser qualified cronies, is that true? Since NYC has such a large job market, how much competition is there for jobs in power engineering? Finally, I have been in NYC for most of my life, life here is getting pretty unaffordable, what other states have demand for power engineers besides for ny? Sorry if this was a long read, phew!
 
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  • #2
Hi Voltage Regulator,

I think power system engineering has lots of job oppurtunities all over the world. I am working in this branch for over 17 years ifit has better job security I can not say anything about it. It is a volatile market even though we all need energy 24-7. I think it depepnds on youself how serious you study and how you do your job as with most professions. I know secialists in generators, protection systems, voltage regulators, PMS are rare. For the next 50 years for sure we will use generators but i think this will reduce with the fight for more alternative energy sources. But on the other side we will still need to transport energy so we will keep (for now with the current technology) transmission lines.

I think it is all up to yourself and what you like to do. If you like it you will do your job good and if you do your job good usually you will have good oppurtunities.
 
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  • #3
ElectricRay said:
Hi Voltage Regulator,

I think power system engineering has lots of job oppurtunities all over the world. I am working in this branch for over 17 years ifit has better job security I can not say anything about it. It is a volatile market even though we all need energy 24-7. I think it depepnds on youself how serious you study and how you do your job as with most professions. I know secialists in generators, protection systems, voltage regulators, PMS are rare. For the next 50 years for sure we will use generators but i think this will reduce with the fight for more alternative energy sources. But on the other side we will still need to transport energy so we will keep (for now with the current technology) transmission lines.

I think it is all up to yourself and what you like to do. If you like it you will do your job good and if you do your job good usually you will have good oppurtunities.

Thanks for the reply.

Why would the market be volatile if power is constantly in demand? And what are the day to day duties of a PSE? Finally, what would you recommend an engineering student do to make himself more marketable for employers(diy home projects, coding skills, soldering)?
 
  • #4
It's volatile due to the oil price for example. At the moment there is less work in manufacturing new power plants that run on oil and gas. That means that if you work as an commissioning engineer for generators, gasturbines, transformers or anything what you see in these kind of plants you will have less work as 10 years ago. Even that the power demand is increased in this period.

Regarding what are the duties I think that to much to write that down here. I work as an commissioning engineer for generators in the range of 15MVA till 100 MVA roughly. So I test in the field the generator and its regulator, the protection system and synchronization system. But there are a lot other jobs in this field as well with completely other day to day duties.

To make yourself marketable I think keep interest in the branch. Home project? I don't know if that helps you as working with a 15MVA generator I your basement is pretty difficult ;) they are quite big. Programming help any EE almost try to learn something new is also something good IMHO.
 
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  • #5
ElectricRay said:
It's volatile due to the oil price for example. At the moment there is less work in manufacturing new power plants that run on oil and gas. That means that if you work as an commissioning engineer for generators, gasturbines, transformers or anything what you see in these kind of plants you will have less work as 10 years ago. Even that the power demand is increased in this period.

Regarding what are the duties I think that to much to write that down here. I work as an commissioning engineer for generators in the range of 15MVA till 100 MVA roughly. So I test in the field the generator and its regulator, the protection system and synchronization system. But there are a lot other jobs in this field as well with completely other day to day duties.

To make yourself marketable I think keep interest in the branch. Home project? I don't know if that helps you as working with a 15MVA generator I your basement is pretty difficult ;) they are quite big. Programming help any EE almost try to learn something new is also something good IMHO.

Last question,
What do you recommend as far as 'getting your foot in the door'?
Im interested in power engineering and that is what I will most likely specialize in. But I heard that there are'nt many young people who choose to go into power, is that true, and will it effect any job prospects?
 
  • #6
I assume you're going to college at the moment so in that case I would study sebject related to the branch. You could find maybe a job in the evening hours or in the weekends as a trainnee. There are a lot of companies that test protection relays yearly for customers. Testing proection relays is a very good and fun way to learn how to operate a power system correctly (at least I learned a lot from this). There exists also a lot of companies that do maintenance on motors and generators maybe they like to have a trainee. I can not give names of companies here but a search in google will help you find companies. SOme companies have even free and fun documents to learn specific stuff.

I don't know if there are few youngsters who choose to go into power engineering. I only see that it is hard to find specialists in the work I do. I'm sure there are other people here on the forum who can add maybe their experiences. I wish you all the best with you ambitions if you really want it and work hard for reaching your goals you can do it, I'm sure.
 
  • #7
Voltage regulator said:
So my questions are: does power engineering Have better job security than other e.e disciplines

That has certainly been the case over my working years, 1960's through 2004

Voltage regulator said:
I heard con-ed is discriminatory and will promote lesser qualified cronies,
Office politics is a fact of life and I'm sure Con Ed is no different than any other big organization. I recommend you read Parkinson's "The Law of Delay" , a delightful documentary on the subject.
Voltage regulator said:
what other states have demand for power engineers besides for ny?
All of them. Dont overlook electric co-ops .
Voltage regulator said:
What do you recommend as far as 'getting your foot in the door'?
Join IEEE. Attend a power conference.
Go to that 14th street power station , knock on the door, introduce yourself as a EE student interested in a career and ask for a brief plant tour.
Go to Con Ed Headquarters and do same. See if they'll arrange for you to visit the Indian Point simulator in Buchanan , it's short train ride out there.
 
  • #8
Check out Clarkson university in New York State.

Many utilities have outsourced engineering. But the engineers just go to work for the outsourcing consultants. Same jobs, different employers.

Power is one thing that will not be outsourced overseas.

NYISO also needs power engineers.
 
  • #9
I'm not a power systems engineer, but I know several. In addition to power systems engineering on the supplier side, don't overlook power systems engineering on the user side. One guy I know works on power systems for oil rigs, a second on power systems for mining operations, and a third on power systems for trains. The demand, however, depends on how each particular business sector is doing, so it's best to cover multiple sectors or more generic sectors (such as factories and commercial buildings).
 
  • #10
I also want to point out power systems is more than just utilities.

You'll find power systems in anything related to electric devices.
My job title for 2 years was power systems engineer, and I designed the controls for lithium ion batteries, 3 phase motors, small power supplies, general electronics, and more. Like all branches of engineering, there is a lot of overlap into other disciplines.

One industry that comes to mind is electric cars, that is not going away anytime soon and they have a HUGE need for power engineers.

semiconductor companies like texas instuments and linear technologies have a massive need to power engineers right now.

To add to what others have said about getting your foot in the door... networking. I'm sure you somehow know someone that works in the industry; your fathers old drinking buddy, a proffesors former coworker, a friends uncle. ask around and I am sure someone has an in. The biggest thing people look for in young engineers is passion, if you can show that (maybe following jim's advice above) then you'd have a good shot. I got my internships through a professor, that led to a job offer, I am sure you will do the same!
 
  • #11
donpacino said:
The biggest thing people look for in young engineers is passion, if you can show that (maybe following jim's advice above) then you'd have a good shot.

I think that's it, having passion in your work! When I started approx.17 years ago for my current employer I did not had a vocational or university degree. Just high school with 2 years of electrical training. But I was mesmerized by the way a generator and motor worked. After a little bit of searching I found my current employer and low and behold they had a company school where they teach young guys how to make winding and place them in the right position get good insulation etc (they called it here a winder). They did send me for one day to school for theory and gave me some salary too...perfect. So they saw soon I loved the job and had potential and they kept investing in me by taking the time to teach me and send me further to school. So I attended more electrical education, got a couple of diplomas and now I just finished my first year at university (at 35 years) while travelliing all over the world for the same company working as a commissioning engineer.

So I fully agree with donpacino that pasion is all that companies want, it surely helped me a lot. Offcourse also the goodwill of my current company.
 
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1. What is power systems engineering?

Power systems engineering is a branch of engineering that deals with the generation, transmission, distribution, and utilization of electrical energy. It involves the design, development, and maintenance of systems that produce and deliver electricity to consumers.

2. What are the key components of a power system?

The key components of a power system include generators, transformers, transmission lines, distribution systems, and loads. Generators are responsible for producing electricity, while transformers are used to step up or step down the voltage for efficient transmission. Transmission lines transport electricity over long distances, and distribution systems deliver electricity to homes and businesses. Loads refer to the devices that consume electricity, such as lights, appliances, and industrial machinery.

3. What are the main challenges in power systems engineering?

The main challenges in power systems engineering include ensuring a reliable and secure supply of electricity, integrating renewable energy sources into the grid, managing energy demand, and addressing environmental concerns. Engineers must also consider factors such as cost, efficiency, and safety in designing and operating power systems.

4. How does power systems engineering contribute to sustainability?

Power systems engineering plays a crucial role in promoting sustainability by developing and implementing clean energy solutions. This includes designing and optimizing renewable energy systems, improving energy efficiency, and reducing carbon emissions. Engineers also work to minimize the environmental impact of power generation and distribution, such as reducing air and water pollution.

5. What are some emerging trends in power systems engineering?

Some emerging trends in power systems engineering include the use of smart grid technologies, which allow for more efficient and reliable management of the grid. Other trends include the integration of energy storage systems, such as batteries, to better manage fluctuations in renewable energy sources. There is also a growing focus on microgrids, which are localized power systems that can operate independently or in conjunction with the main grid.

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