Pros & Cons of Power vs. Communications for Electrical Engineering

In summary, the individual is considering pursuing graduate school in either power or communications for electrical engineering and is seeking information on the pros and cons of each field. They are interested in the potential benefits for employment and research opportunities. They are also unsure if they want to pursue a career in industry or research.
  • #1
interxavier
18
0
I'm thinking of doing graduate school in the near future and was wondering whether I should go for power or communications for electrical engineering. I am interested in both fields so the work load won't really be a problem. What I am interested in is the pros and cons of doing either field. For example, which of them provides better benefits for getting employment in the industry? Which of them has more research opportunities?

I have not yet decided whether I want to land in industry or research for my career. For now, I would like to know what either field provides so I can weigh my options. You can be as detailed as you want with your answers just as long as they are helpful.

Thanks!
 
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  • #2


I think Power is more marketable for now.. I have never had of an unemployed power engineer
 
  • #3


Shouldn't you go to grad school to do research?

In terms of job prospects, I'm not sure which is better than which, both should get you plenty of jobs since they are on demand.
 

FAQ: Pros & Cons of Power vs. Communications for Electrical Engineering

What is the difference between power and communications in electrical engineering?

Power engineering is concerned with the generation, transmission, and distribution of electricity to power devices and systems. Communications engineering, on the other hand, focuses on the design and implementation of systems for transmitting and receiving information through electrical signals.

What are the advantages of focusing on power engineering?

Focusing on power engineering can lead to a deeper understanding of electricity and its applications, as well as the ability to design and maintain reliable power systems. It can also provide opportunities to work on large-scale projects and contribute to the development of renewable energy sources.

What are the benefits of specializing in communications engineering?

Specializing in communications engineering can lead to a diverse range of career opportunities, as communication systems are essential in various industries such as telecommunications, aerospace, and defense. It also involves working with cutting-edge technology and constantly evolving to keep up with advancements in the field.

What are some potential challenges of working in power engineering?

Some potential challenges of working in power engineering include dealing with high-voltage equipment, working in hazardous environments, and ensuring safety protocols are followed to prevent accidents. Additionally, power outages and blackouts can occur, requiring engineers to quickly troubleshoot and restore power.

What are the drawbacks of focusing on communications engineering?

One potential drawback of focusing on communications engineering is the constant need to adapt to new technologies and standards, which can be challenging and require continuous learning. Additionally, the demand for communication systems can fluctuate, leading to potential job instability in certain industries.

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