Radiological Health Engineering Student

In summary, a 2nd year student at Texas A&M University studying Radiological Health Engineering has 20 "free" hours in their schedule and is unsure of their career path in the nuclear field. They are considering various options such as taking 12 hours a semester and graduating in 4 years, pursuing a double degree in Radiological Health and Nuclear Engineering, or completing a fast track master's in Health Physics. They have also expressed interest in an engineering safety certificate and/or therapeutic certificate. However, after shadowing professionals in the field, they have found health physics and medical physics to be boring and prefer a job more on the engineering side. It is suggested that they pursue a double degree in Radiological Health and Nuclear Engineering and try to
  • #1
Jamal
2
0
Hey everyone, I am a 2nd year student at Texas A&M University studying Radiological Health Engineering which is a good mix between Health Physics and Engineering. This fall I will be entering my second year and have some decisions to make. I gained a good amount of hours in high school that transferred to college, so I have some room in my schedule to do a couple different things. I have roughly 20 "free" hours that I can do something with. The only caveat is that I currently do not know what I want to do as a career (in the nuclear field). I was looking into Health Physics or Medical Physics, but I recently shadowed a Radiation Safety Officer and a Medical Physicist that was checking the calibration of various xray machines and found both to be boring. I would rather have a job more on the engineering side of things. I'm here for some advice to see what would be the best route for me to follow. They are in no particular order.

1. Take just 12 hours a semester and graduate in 4 years with a Bachelors.
2. Double degree in Radiological Health and Nuclear Engineering (16 hours avg).
3. Double degree in Rad Health and Math (15 hours avg).
4. Minor in 2 of the 3 following Statistics, Biology, or Physics (17 hours avg).
5. Fast track master's in Health Physics adding 1 semester to my degree plan.
6. Engineering Safety Certificate and/or Therapeutic Certificate.
7. None of the above, and graduate a semester early (15 hours avg).
 
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  • #2
I would advise #2 or #5. And work hard to get an internship with one of the electric utilities at an operating nuclear plant.
 
  • #3
I think it's good that you took the initiative to do a job shadow and are making decisions based on your own experiences. I don't think you have any real bad options there. The only advice I would offer is that if you try to go through with a minimum of course work then you might be disappointed you didn't do more later on.
 
  • #4
Thank you, yes I do have a preference on some of these choices did not want to say which ones to create a bias in the responses I receive. I assure you that doing the minimum is last of my choices. I plan on meeting with several of my professors at the beginning of the year and seeing what they think of my choices.
 
  • #5
If you found health physics and medical physics to be boring career wise then my advice is to go for option 2. Doesn't make sense to get a masters in something you may not even enjoy career wise. It shouldn't be too hard to switch to nuclear engineering if you like the engineering side more, there's a good bit of overlap between the two fields
 

1. What is radiological health engineering?

Radiological health engineering is a specialized field of engineering that involves the application of scientific and engineering principles to protect people and the environment from the harmful effects of radiation. It covers a wide range of topics including radiation detection, measurement, and control, as well as the design and maintenance of systems and facilities that handle radioactive materials.

2. What do radiological health engineering students study?

Radiological health engineering students typically study a combination of courses in physics, biology, chemistry, and engineering. They also take specialized courses in radiation protection, nuclear power plant design, and environmental health. Additionally, students may have the opportunity to gain hands-on experience through lab work, internships, and research projects.

3. What career options are available for radiological health engineering students?

Graduates of radiological health engineering programs can pursue careers in a variety of industries such as nuclear power, healthcare, environmental protection, and government agencies. They may work as radiation safety officers, health physicists, nuclear engineers, or environmental health specialists.

4. How important is safety in radiological health engineering?

Safety is a top priority in radiological health engineering. The field is dedicated to protecting people and the environment from the harmful effects of radiation. Radiological health engineers must adhere to strict safety protocols and regulations to ensure the safe handling, storage, and disposal of radioactive materials.

5. What are some current issues in radiological health engineering?

One current issue in radiological health engineering is the safe management of nuclear waste. As the use of nuclear power continues to grow, there is a need for effective methods of storing and disposing of radioactive waste. Additionally, the increasing use of medical radiation and the potential risks associated with it is another important topic in the field.

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