Advice on Masters of Engineering in Electrical Engineering

[Gogsey]

Hello,

I am currently doing an undergraduate degree in physics, one year left to go, and I'm considering doing a masters of engineering in electrical engineering in one of the following areas: Microwaves and RF, communication systems, opto-electronics and fiber optics, or systems and control. I was wondering if anyone has any experience in these areas/fields and could give me any information about these industries and academics of the masters degree itself. Things like what are involved in these areas and really just anything about these areas relevant to inustry and the degree itself(courses, level of math involved, difficulty level, etc).

Thank you

Liam

 

[TonyG]

Dear Liam,

As a scientist with experience in the field of electrical engineering, I can provide you with some information about the areas you are considering for your masters degree.

Microwaves and RF: This area deals with the generation, manipulation, and transmission of electromagnetic waves in the microwave and radio frequency range. It is a highly specialized field that involves the use of advanced technologies and equipment. In terms of industry, this area is particularly relevant in the telecommunications, defense, and aerospace industries. The academic courses for this area may include topics such as microwave circuit design, antenna theory, and electromagnetic theory. A strong background in mathematics, particularly in calculus and differential equations, is necessary for this area.

Communication systems: This area focuses on the design, implementation, and optimization of communication systems, such as wireless networks, satellite communications, and optical communications. It is a rapidly evolving field with a high demand for professionals. The courses for this area may cover topics such as digital communications, network protocols, and signal processing. A strong understanding of probability and statistics, as well as linear algebra, is important for this area.

Opto-electronics and fiber optics: This area deals with the use of light and optics in electronic devices and systems. It has applications in various industries, including telecommunications, medical imaging, and consumer electronics. The academic courses for this area may include topics such as optical waveguides, semiconductor devices, and optical sensors. A strong background in physics and mathematics is necessary for this area.

Systems and control: This area involves the analysis, design, and optimization of complex systems, such as control systems, robotics, and automation. It has applications in industries such as aerospace, automotive, and manufacturing. The courses for this area may cover topics such as control theory, system modeling, and optimization techniques. A strong background in mathematics, particularly in linear algebra and differential equations, is essential for this area.

In terms of the masters degree itself, the level of difficulty may vary depending on the individual's background and the specific program. However, in general, a masters degree in electrical engineering is a challenging and highly technical program. It requires a strong foundation in mathematics, physics, and computer science. The coursework may involve theoretical concepts, practical applications, and laboratory work. Additionally, there may be opportunities for research and internships, which can provide valuable hands-on experience in the industry.

I hope this information helps in your decision-making process. It is always advisable to research and speak with professionals in the field