Industrial knowledge as a experimental physicist

In summary, as someone in the army, you have the opportunity to receive financial support for your education. As you aspire to become an experimental physicist, it would be beneficial to take courses in instrumentation, data analysis, experimental design, materials science, electronics, and computer programming. These courses may not be offered at traditional universities but can be found through specialized programs and online resources. Additionally, networking with professionals in the field can provide valuable insights and advice for your career goals.
  • #1
johann1301
217
1
Hi

Im in the army, and the army is willing to give me 20 000kr (bout 4000$) to educate myself. F. ex i can take å truck license if i wanted to.

I want to become a physisist, either theoretical or expereimental. I was wondering if anybody in this forum would know of any courses which could be usefull as a experimental physisist. I can't help thinking that some industrial knowledge would be neceserry if one wanted to work with particle accelerators, superconducters, telescopes, microscopes, nuclear substences or fusion reactors...

Im talking about some course witch a normal university don't usually offer...

Any ideas?
 
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  • #2


Hello,

First of all, thank you for your service in the army. It's great to hear that they are willing to support your education.

I can definitely understand your interest in becoming a physicist. In terms of courses that could be useful for experimental physics, I would recommend looking into courses on instrumentation, data analysis, and experimental design. These courses will provide you with the necessary skills to work with particle accelerators, superconductors, telescopes, microscopes, and other scientific equipment.

In addition, courses on materials science, electronics, and computer programming could also be beneficial for a career as an experimental physicist. These skills are often used in research and development of new technologies, such as fusion reactors.

While these courses may not be offered at a traditional university, there are many online resources and specialized programs that offer training in these areas. I would suggest researching universities and institutes that specialize in physics or engineering to see if they offer any courses or programs that align with your interests.

Lastly, I would also recommend reaching out to professionals in the field of experimental physics, either through networking events or online forums, to get their insights and advice on courses that could be useful for your career goals.

Best of luck in your educational pursuits and future career as a physicist!
 

1. What is industrial knowledge as an experimental physicist?

Industrial knowledge as an experimental physicist refers to the understanding and application of scientific principles and techniques in the industrial setting. This involves using experimental methods to solve real-world problems and develop new technologies in various industries.

2. What skills are necessary for an experimental physicist working in industry?

As an experimental physicist in industry, one must have a strong foundation in physics, mathematics, and engineering. Additionally, proficiency in data analysis, problem-solving, and communication skills are essential for success in this field.

3. What types of industries hire experimental physicists?

Experimental physicists can find employment in a wide range of industries, including aerospace, energy, telecommunications, healthcare, and materials science. Any industry that involves research, development, and innovation can benefit from the expertise of an experimental physicist.

4. How does industrial knowledge differ from academic knowledge as an experimental physicist?

Industrial knowledge as an experimental physicist focuses on solving practical problems and developing new technologies for commercial use, while academic knowledge may be more theoretical and research-oriented. Additionally, industrial knowledge often involves working in a team and meeting specific deadlines, while academic work may be more independent and flexible.

5. What are some examples of industrial projects that experimental physicists may work on?

Experimental physicists in industry may work on a variety of projects, such as developing new materials for use in electronics, creating more efficient solar cells, designing sensors for medical devices, or improving communication technology. They may also work on projects related to energy production, environmental sustainability, or transportation systems.

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