What major to choose for mechanics/electronics/physics?

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In summary, the conversation discusses the desire to perform research on jets/rockets, including their circuitry, propulsion, and fluid dynamics, and the potential for a major or degree that combines these studies or allows for a PhD in this field. The expert suggests that it is unlikely to find a major that covers all of these areas, as circuits is a specialized field, and it may be more suitable to pursue Mechanical or Aerospace Engineering to gain a better understanding of the electronics and fluid mechanics involved in these systems.
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rockymegaman
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I would like to perform research work on the internals of jets/rockets including the circuitry of them as well as the propulsion of the engines in them, and fluid dynamics in general. Is there such a major that will combine most or all of these studies, or a certain degree which will allow me to pursue a PhD/doctorate's in this field?
 
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rockymegaman said:
I would like to perform research work on the internals of jets/rockets including the circuitry of them as well as the propulsion of the engines in them, and fluid dynamics in general. Is there such a major that will combine most or all of these studies, or a certain degree which will allow me to pursue a PhD/doctorate's in this field?

It's unlikely you can contribute to all these areas. Circuits is generally a specialist domain. After a circuits class or two you may think you understand it, but you haven't even scratched the surface of what you need to know to be able to advance the state-of-the-art. It sounds to me like you want to do Mechanical or Aerospace Engineering. The electronics in these systems are either purchased from vendors or designed by distinct groups. Certainly not by the systems engineers working on the engines.

If you take major in EE you will only have a tiny bit of fluid mechanics so that might not be the right training to help you reach your goals.
 

1. What are the differences between a major in mechanics, electronics, and physics?

Each major has a specific focus within the field of science and technology. A major in mechanics will primarily involve the study of motion, forces, and energy in mechanical systems. Electronics, on the other hand, is concerned with the design, development, and application of electronic devices and systems. A major in physics encompasses a broader range of topics, including the study of matter, energy, and their interactions.

2. Which major is best for a career in engineering?

All three majors can lead to a career in engineering, but the most commonly chosen major is mechanical engineering for those interested in mechanics, electrical engineering for those interested in electronics, and aerospace engineering for those interested in physics. It ultimately depends on your personal interests and career goals.

3. Can I combine majors in mechanics, electronics, and physics?

Yes, you can often combine majors or have a double major in these fields. However, it may require a heavier course load and may take longer to complete your degree. It's important to consult with your academic advisor to see if this is a feasible option for you.

4. What skills are necessary for these majors?

All three majors require strong analytical and problem-solving skills. Mechanics and physics majors may also need strong mathematical skills, while electronics majors should have a strong foundation in computer science and programming. Additionally, all majors require critical thinking, attention to detail, and the ability to work independently and in teams.

5. What types of jobs can I get with these majors?

There are a variety of career options available for those with a major in mechanics, electronics, or physics. These can include engineering positions in industries such as aerospace, automotive, or technology, research and development roles, and even teaching or academic positions. You may also have the opportunity to work in different fields such as renewable energy, robotics, or medical devices.

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