General engineering with specialization in electrical

In summary, the conversation discussed the possibility of pursuing a job as an electrical/electronics engineer with a general engineering degree and a specialization in electrical engineering. It was also mentioned that having an electrical engineering degree would be a safer bet when it comes to job prospects and potentially working with the public. The idea of switching majors within the first two years of an engineering program was also mentioned as a way to explore different areas before committing to a specific specialization.
  • #1
electrical25
1
0
Hi,
I want to be an engineer but am not completely decided on what kind. I was wondering if I get a general engineering degree and get a specialization in electrical engineering, will this allow me to pursue a job as an electrical/electronics engineer out of college? Any help would be appreciated.
 
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  • #2
If you had a choice between two people to hire as an electrical engineer--someone with an electrical engineering degree or someone with a general engineering degree with a concentration in electrical--which would be the safer bet?

I'd personally say the first. But that doesn't mean you couldn't get a job. You'd probably want to look into PE licensing with a degree that isn't explicitly EE if you ever plan on working with the public. All in all, you're probably better off figuring out what you like and specializing more.
 
  • #3
The first two years of all engineering programs are essentially identical. So, why not sign up for electrical, and if it turns out you LOVE your chemistry class, switch to Chemical Engineering (or if you love statics and dynamics switch to mechanical)?
 

1. What is general engineering with specialization in electrical?

General engineering with specialization in electrical refers to a broad field of engineering that involves the application of principles and techniques from various disciplines in order to design, develop, and maintain electrical systems and devices. This specialization allows engineers to gain a comprehensive understanding of electrical engineering principles and apply them to a wide range of industries and applications.

2. What skills are needed for a career in general engineering with specialization in electrical?

The skills needed for a career in general engineering with specialization in electrical include a strong foundation in math and science, critical thinking and problem-solving abilities, proficiency in computer-aided design (CAD) software, and the ability to work with both hardware and software systems. Good communication and teamwork skills are also essential in order to collaborate with other engineers and professionals on projects.

3. What job opportunities are available for those with a specialization in electrical engineering?

There are a variety of job opportunities available for those with a specialization in electrical engineering, including roles in industries such as power generation and distribution, telecommunications, computer hardware and software, electronics, and renewable energy. Some common job titles include electrical engineer, electronics engineer, systems engineer, and power systems engineer.

4. How does general engineering with specialization in electrical differ from other engineering specializations?

General engineering with specialization in electrical differs from other engineering specializations in that it provides a broad foundation in engineering principles and allows for a more diverse range of career opportunities. While other engineering specializations, such as mechanical engineering or civil engineering, focus on specific areas of engineering, general engineering with specialization in electrical allows for more flexibility and the ability to work on a wider variety of projects.

5. What are some current advancements or developments in the field of general engineering with specialization in electrical?

Some current advancements in the field of general engineering with specialization in electrical include the rise of renewable energy sources, such as solar and wind power, and the increasing use of automation and robotics in industries such as manufacturing and transportation. There is also ongoing research and development in areas such as electric vehicles, smart grid technology, and artificial intelligence, which all have the potential to greatly impact the field of electrical engineering in the future.

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