Physics Research as Electrical Engineer

In summary, "Physics Research as Electrical Engineer" highlights the integral role of physics in electrical engineering, emphasizing how fundamental principles of physics inform the design, development, and optimization of electrical systems. The research covers various applications, including circuit design, signal processing, and electromagnetic theory, illustrating the interplay between theoretical physics and practical engineering solutions. It also discusses the importance of interdisciplinary collaboration and innovation in advancing technology within the field.
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Hello, I am a 4th-year student at the Faculty of Electrical Engineering, specializing in Power Electronics and Automation.

I aspire to pursue research in physics. Do you think that obtaining a Master's and Ph.D. in physics, alongside my technical bachelor's degree, could be sufficient for this goal? I am also engaging in extensive reading in the field as a hobby.

I want to mention that during my undergraduate studies, I took courses dedicated to electromagnetic fields, electromagnetic waves, basic physics, n-dimensional algebra, complex mathematical analysis, atomic structure and properties of materials, and chemistry. The rest of the courses were specific to my specialization.

Currently, I am a student in Romania, where the research budget is non-existent. Do you believe it would be a better idea to start anew path with another bachelor's degree in physics?

Thank you in advance.
 
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Since your undergrad program has considerable overlap with a physics undergrad program, a second undergrad degree in physics would likely not be needed.

Where are you planning to do your grad work in physics? In Romania? In another country in which you typically apply to a master's program first and then apply to a separate PhD program upon completion of the master's? Or in the US in which you typically apply to a PhD program upon completion of the bachelor's?

So first develop a candidate list of universities in which you would pursue your grad work in physics. Then look at the admissions requirements. What would it take for you to rectify any deficiencies? And what are your options? Does your current university offer the courses and labs to rectify those deficiencies? If so, would you be allowed to enroll in them, even if you had to stay in your current university longer? If not at your current university, can you enroll in another university as a non-degree student for the additional work?

ETA: What research topics in physics are you interested in? There is physics-related research that you can do with a PhD in Electrical Engineering; so that's another option (depending on the research fields).
 
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I think I can give you an insight because I was in the exact same situation. I got my EE degree worked for 3 years but quit to pursue a physics Masters and hopefully PhD next year. Luckily, EE and physics have a lot in common, both in physics and in math, so adapting was walk in the park.

The first thing I did was to talk to professors to get an insight and literally all of them told me that they have no problem working with me, quite the contrary, some of them said that my coding skills will be very useful specially in the Machine learning, and I ended up picking a research in cosmology, Galactic dynamics and the study of dark matter using machine learning.

The one thing all of the professors said I had to do is pass the faculty interview, and to get interviewed I had to complete 5 courses (analytical mechanics, EM, quantum mechanics 1&2, statistical mechanics). Passed the interview and Now I'm here.

So the first thing I think you should do is talk with professors in a place close to you for insight, then you can email some abroad, most will be happy to talk as well. you'll have a few gaps to fill but you should be good to go. This is based on my experience but I think it will also be applicable to you, good luck!
 
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FAQ: Physics Research as Electrical Engineer

What is the role of an electrical engineer in physics research?

An electrical engineer in physics research typically focuses on the design, development, and implementation of systems and devices that can be used to conduct experiments and gather data. This can include creating advanced instrumentation, developing new materials for electronic components, and working on improving the efficiency and accuracy of measurement techniques.

What kind of projects might an electrical engineer work on in physics research?

Electrical engineers in physics research can work on a variety of projects such as developing quantum computing systems, designing high-frequency circuits for particle accelerators, creating sensors for detecting electromagnetic waves, and working on renewable energy technologies. They may also be involved in the development of medical imaging devices and other advanced diagnostic tools.

What skills are essential for an electrical engineer involved in physics research?

Essential skills include a strong foundation in mathematics and physics, proficiency in circuit design and simulation software, programming skills, and a good understanding of materials science. Additionally, problem-solving abilities, creativity, and effective communication skills are crucial for collaborating with multidisciplinary teams and presenting research findings.

How does an electrical engineer contribute to the advancement of physics?

Electrical engineers contribute to the advancement of physics by developing new technologies and methodologies that enable more precise and comprehensive experiments. Their work can lead to the discovery of new physical phenomena, the validation of theoretical models, and the development of practical applications based on physical principles, such as more efficient energy systems or advanced communication technologies.

What educational background is required for an electrical engineer to work in physics research?

An electrical engineer typically needs at least a bachelor's degree in electrical engineering or a closely related field. However, for research roles, especially in academia or advanced industrial positions, a master's degree or Ph.D. is often required. Specialized courses in quantum mechanics, materials science, and advanced electronics can be particularly beneficial.

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