Is It Difficult to Find a Job in RF Engineering?

In summary, the conversation discusses the difficulty of finding a job in the field of RF engineering and the various aspects of the profession, such as working with RF electronics and the importance of math skills. The speaker also recommends studying components, board layout, and system engineering for a career in RF engineering. The conversation also touches on the topic of HAMming as a potential interest for beginners in the field. The conversation ends with the suggestion that RF engineering is a promising career with many opportunities.
  • #1
track
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Hi, I'm interested about situation in radio frequency engineering. Is there difficult to find a job in this profssion and what jobs exactly RF engineers do?

Thanks.
 
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  • #2
It is not easy to find a job in any profession, in general.

RF engineers work with RF electronics. Cell phones, receivers, radios, pretty much anything that transmits or receives a signal.
 
  • #3
Ok then, what is most important to study in RF engineering? Or any advice about extra literature or any projects and interests that will help me to "get into" that job (like beginners career path)?
One more thing that cofusing me all the time: Is RF engineering counting under electrical engineering, IT, or electronical sub? A lot of different categories on web is placed. It's on some colleges named like "wireless engineering"?

p.s. I'm still on college.

Thanks.
 
Last edited:
  • #4
track said:
Ok then, what is most important to study in RF engineering?

Whatever the curriculum says you have to study. Generally RF engineers are strong in math and, if you want to get into the circuit design arena, you have to really be on your game in terms of knowing the realistic capabilities of various components and board layout.


Or any advice about extra literature or any projects and interests that will help me to "get into" that job (like beginners career path)?

Buy one of those "build a radio" starter kits, or look into HAMming if it's allowed in your country.

One more thing that cofusing me all the time: Is RF engineering counting under electrical engineering, IT, or electronical sub? A lot of different categories on web is placed.

Depending on where you work and what context you're in it can be considered any of the above.
 
  • #5
What most interests you about RF engineering? If it's component level design you should learn about microstrip, noise figure, S parameters, Smith Charts, transmission lines and how components' characteristics change at high frequencies. (Inductors can become capacitors and capacitors, inductors)

If you're more interested in system engineering, you should study path loss, link budgets and propagation modeling. Systems engineering is determining where to put base stations, how much power they need, avoiding interference to other base stations, etc.

Unfortunately, much of component and board level design has been moved overseas but system engineering is very active right now.

One industry with which I am familiar, the railroads, are undergoing a nationwide overhaul of their radio systems just as a large percentage of their communications engineers are retiring and they are in desperate need of replacements.
 
  • #6
I'm most interested in antenas, physical radio comunicatin (any), would like to work on maintance (or design) for huge systems (or any comunication system). Less interested in programg.

edit: HAM is alowed but extremely expensive in my country
 
  • #7
What country are you in?
 
  • #8
East Europe, Balkan. Why?
 
  • #9
RF engineers are one of those fields that looks like it's going to blow up in next 2 years. Very good field to be in. Make sure you get full cycle experience and you'll be set. Seriously, it's a very good career.
 
  • #10
OK. Thanks.
 

FAQ: Is It Difficult to Find a Job in RF Engineering?

What is RF engineering?

RF engineering is a branch of electrical engineering that deals with the design, implementation, and maintenance of radio frequency systems. This includes wireless communication systems, radar systems, and other devices that use electromagnetic waves for communication or sensing.

What qualifications do I need to become an RF engineer?

Most RF engineering positions require a bachelor's degree in electrical engineering or a related field. Additional qualifications may include proficiency in programming languages, experience with RF design software, and knowledge of industry standards and regulations.

What skills are important for an RF engineer?

Some important skills for an RF engineer include a strong understanding of electromagnetic theory, proficiency in using RF design software, knowledge of industry standards and regulations, and the ability to troubleshoot and solve complex problems. Good communication and teamwork skills are also important, as RF engineers often work in multidisciplinary teams.

What job opportunities are available for RF engineers?

RF engineers can find job opportunities in a variety of industries, including telecommunications, aerospace, defense, and electronics manufacturing. Some common job titles in this field include RF design engineer, RF systems engineer, and RF test engineer.

What is the job outlook for RF engineers?

The job outlook for RF engineers is positive, with a projected growth rate of 5% from 2019-2029. This is in line with the average growth rate for all occupations. The demand for wireless communication and other RF systems is expected to drive the need for qualified RF engineers in the coming years.

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