What does 'Industrial Physics' look like as a degree program?

In summary, the conversation is about the speaker's interest in pursuing industrial physics and their uncertainty about the educational path to take. They have a background in mathematics/physics and a keen interest in fields such as asteroid mining and green tech. They are seeking advice on what classes to take for a career in industrial physics and whether it is simply a term for a physicist working in industry.
  • #1
oddjobmj
306
0
Hello,

I've known for some time that I wanted physics to be the core of my education but I wasn't sure what branch to go into to meet the goals that I wanted to meet. I ran across industrial physics and it hit the spot. I'm pretty confident at this point that's what I want but I have no idea how to go about it from an educational standpoint.

At this point is just seems that 'industrial' physics is simply a class of physics programs that revolve around skills that are useful in industry. I am definitely looking for something a little more concrete than that. The school I plan to transfer to this coming year (MSU) only lists these majors:

Chemical Physics: UN and Doctoral
Physics: Masters and Doc
Astro Physics: Masters and Doctoral

So, at this point I'm not sure where to go with it.

Some tidbits about me that may or may not help provide some sort of scope for answers:

I have my associates in mathematics/physics from a local CC and ultimately plan to push through a PhD program at MSU (or wherever I might be down the road) unless industry pulls me out before that point. Although, I have a feeling that I would return to academia to top it off before I croak.

My long term goal(s) are to contribute to industrial applications with a liberal sprinkling of research (when/if it can be found) of any of several fields under the premise that a rising tide lifts all boats. If there is something I can do to bring asteroid mining, green tech, or gerontology on steroids to the level of wide spread economically sound investing I'm there; what an incredible wave any of those would be to ride.

I have a background in architecture/drafting and 'non-formal' programming (game botting/scripting). Both of which I love.

Anywho, thanks for your advice!
 
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  • #2
You sound like a good candidate for industrial physics. I've heard it is pretty interesting with enough job opportunities. Definitely go for it if you are interested.
 
  • #3
You sound like a good candidate for industrial physics. I've heard it is pretty interesting with enough job opportunities. Definitely go for it if you are interested.

I appreciate your advice, thank you.

What I am looking for, more so, is what the education of an industrial physicist looks like. Is this just a term for a physicist who works in industry rather than academia? In whatever case, knowing I want to go into industry rather than academia, what should I be looking for in my classes?

I understand that if it's simply a physicist who ends up in industry there really is no way to answer the above question in any specific way. Although any recommendations on what classes -not- to take would also be helpful i.e. classes that are mostly only useful for academic purposes.
 

Related to What does 'Industrial Physics' look like as a degree program?

1. What is Industrial Physics?

Industrial Physics is a branch of physics that focuses on the application of scientific principles and theories to solve real-world problems in the industrial sector. It involves the use of physics principles and techniques to improve and optimize industrial processes and technologies.

2. What does a degree in Industrial Physics entail?

A degree in Industrial Physics typically includes coursework in physics, mathematics, engineering, and business management. Students will learn about topics such as materials science, thermodynamics, fluid mechanics, and computer modeling. They will also gain practical experience through laboratory work and internships.

3. What career opportunities are available for Industrial Physics graduates?

Industrial Physics graduates have a wide range of career options in industries such as manufacturing, energy, aerospace, and technology. They can work as research scientists, engineers, quality control specialists, or consultants. They may also pursue advanced degrees in physics or engineering.

4. What skills are required for success in an Industrial Physics degree program?

Successful students in an Industrial Physics degree program should have a strong foundation in physics and mathematics. They should also possess critical thinking, problem-solving, and analytical skills. Good communication and teamwork abilities are also important for working in the industrial sector.

5. How does Industrial Physics differ from traditional physics programs?

Industrial Physics is more focused on the practical application of physics principles to real-world problems, while traditional physics programs tend to have a more theoretical and academic focus. Industrial Physics also incorporates elements of engineering and business, making it a more interdisciplinary field of study.

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