- #1
paragphalak
- 4
- 0
can anyone guide me my way to become an nuclear engineer
mathman said:Many colleges and universities have nuclear science and/or engineering programs, at least at the graduate level. As an undergraduate, you would major in physics as an alternative.
can you suggest me some names of universities and the way hoe could i enter or get admissions in it.please.mathman said:I am not sure what they call it in Australia. In the U.S. a major is simply the subject area you concentrate in while in college. In general it means that you are taking courses in that subject all through college, sometimes more than one at a time.
can you suggest me some names of universities and the way how could i enter or get admissions in it.please.mathman said:I am not sure what they call it in Australia. In the U.S. a major is simply the subject area you concentrate in while in college. In general it means that you are taking courses in that subject all through college, sometimes more than one at a time.
can you suggest me some names of universities and the way how could i enter or get admissions in it.please.
Your major is the subject you are studying in order to get your degree in; e.g., if you are working toward a B.S. in biology, your major is biology.futb0l said:What is a major??
is it the same as a bachelor degree?
mathman said:Many colleges and universities have nuclear science and/or engineering programs, at least at the graduate level. As an undergraduate, you would major in physics as an alternative.
I wouldn't imagine so, at least not in the US. I would recommend contacting the Nuclear Engineering department of universities of interest, and inquiry with respect to one's situation.wisvuze said:sorry to revive an old thread, but would taking a honours physics program somehow put me at a disadvantage if I wanted to do nuclear engineering? (versus taking a nuclear engineering bachelor's degree).
wisvuze said:... would taking a honours physics program somehow put me at a disadvantage if I wanted to do nuclear engineering? (versus taking a nuclear engineering bachelor's degree).
The Naval nuclear program would be one way, but if one only has a high school diploma or GED and 10 of operations experience, then one's career will be pretty limited to operations. Most, if not all, senior reactor operators (SROs) I know have at least an undergrad degree, and some have naval experience. Most people with whom I work in the industry have MS or PhD. Most senior level technical management have PhDs.kab said:I've actually seen job postings for reactor operators where the education requirement was high school or GED (college didn't mean a thing), but the job experience requirement was a minimum of 10 years.
If you REALLY want to be a nuclear engineer. I would VERY STRONGLY recommend getting into the nuclear navy program.
Depending on the area within nuclear engineering, possibly. If one is developing some of the nuclear methods, and looking at the radiation effects on materials, particularly from a theoretical standpoint, then I'd say there is an advantage to a physics degree. I started off in physics (nuclear and astro) and migrated to nuclear engineering. Several faculty members have physics or engineering physics backgrounds. In the development of numerical methods, a background in mathematical physics should be beneficial.wisvuze said:thanks a lot for the information, I was hoping that it would be alright. Would there even be any benefits of a physics degree over an engineering degree for nuclear engineering?
Becoming a nuclear engineer typically requires a bachelor's degree in nuclear engineering, which usually takes 4 years to complete. Some universities also offer a 5-year combined bachelor's and master's degree program. After completing your degree, you may need to gain additional experience through internships or entry-level positions before becoming a fully qualified nuclear engineer.
Nuclear engineers need a strong background in math, physics, and engineering principles. They also need excellent problem-solving, analytical, and critical thinking skills. Additionally, strong communication and teamwork skills are essential for working on complex projects and collaborating with other engineers and scientists.
In the United States, nuclear engineers do not need a license to work in the field. However, many nuclear engineers choose to obtain a Professional Engineering (PE) license, which can lead to higher salaries and more job opportunities. To obtain a PE license, you must have a degree from an accredited engineering program, pass the Fundamentals of Engineering exam, gain relevant work experience, and pass the Professional Engineering exam.
Yes, many nuclear engineers choose to specialize in a particular area, such as reactor design, nuclear safety, radiation protection, or waste management. Some universities also offer concentrations or tracks within their nuclear engineering programs, allowing students to focus on a specific aspect of the field.
There are several certifications available for nuclear engineers, such as the Certified Nuclear Engineer (CNE) offered by the American Nuclear Society (ANS). This certification requires passing an exam and demonstrating experience and knowledge in the field. There are also several professional organizations for nuclear engineers, such as the ANS, the International Atomic Energy Agency (IAEA), and the Nuclear Energy Institute (NEI), which offer resources, networking opportunities, and professional development for members.