Nuclear Engineering Career Research Paper

Thesis: The uses of nuclear energy range from being a clean, renewable energy source to cutting edge medical procedures.

In order for me to complete this career assessment paper, I initially took an Interest Inventory survey. Upon completing this process, it revealed that my personality profile score was (I, C, A). These three letters represented my strengths and interests in determining which career field would best suit me.

     When the first atomic bomb was detonated in Alamogordo New Mexico on June 16, 1945, all the scientists involved in the Manhattan Project understood the great destructive power of radio-active isotopes. Although the atomic bomb was a very destructive force our world would not be as good without it. Because of the government funding involved in the project coupled with the need for an atom bomb, much research that otherwise may not have occurred took place in the US. The Manhattan project opened the door to nuclear advancements and applications.

Obtaining a career focus is valuable in any college student’s lifetime; therefore, it would be profitable to meet with a career counselor to discuss occupational goals and interests. Moreover, involvement with the Focus 2 assessment is another contributing factor used to guide the career decision making process. The Focus 2 is comprised of five simple tests that will analyze compatible careers for the individual taking the assessment. Mr. Richard Glass, the career counselor that agreed to meet with me, believes that the work interests assessment produces the most promising results. For instance, my work interests fall under the social, artistic, and investigative categories. Through computerized analysis, I was given a list of occupations that would agree with the data received. The content of this paper will evaluate the results of the Focus 2 assessment, in addition to the major points discussed by Mr. Glass. Come the end of this paper, the reader will gain a better understanding of my work

For this research report I was asked to complete two surveys. These surveys were important because they helped me understand what type of career I would enjoy based on my interests and my personality. The first survey I took was the Career

If you were to ask me what a nuclear equipment operation technician does, I probably couldn't give you a stutter-free answer but the first thing I would think of would be the movie The Hills Have Eyes. If you haven’t seen it, you’re clearly missing out. It's basically about a group of bloodthirsty mutants who live in a barren atomic zone and eat people; perhaps it's not your cup of tea but its one for the books. My dads cousins friends friend it's a nuclear equipment operation technician. I don't know his name so I will name him Bob. Apparently he’s paid around $70,000 a year, which isn’t much if you need to use a whole heap of brainpower. They basically operate equipment used for the release and usage of nuclear energy to aid in scientist’s

1I manipulate millions of people with the power that I help create and I also control the fate of all the land a people in a one hundred mile radius. Who am I? 2I am a nuclear engineer. 3-4I will be a nuclear engineer because of the money I will make, the lives I can make an impact on, and I will work with some of the most powerfull stuff we have discovered her on Earth. 5If you have a different job in mind that you really want to do then don’t read this paper for you just might change your mind and if I don’t then don’t even try to persuade me to do something else, for I shall be a nuclear engineer.

The interest profiler returned a result of Investigative (27) and Realistic (7); the work interest sorter returned a priority for achievement and relationships. These relate well to many careers in science and engineering, but aerospace engineering is the career I am pursuing. I agree with the results as, after many years of practicing mindfulness and efficiency in all things, I know myself very well.

Nuclear technology can make deep space exploration possible while making daily life on Earth more comfortable and safer. Nuclear power has minimal threats to our natural environment, and nuclear science can detect and cure many diseases. Seeing all the possibilities related to nuclear engineering, I am easily drawn into this field.

The majority of nuclear engineers work full time, but one in three engineers work more than forty hours a week. Their schedules may vary depending on company they work for.The majority of nuclear engineers work full time, and some work overtime. These schedules may vary according to the industries in which they work ("Nuclear"). The hazards or disadvantages of being a nuclear engineer are high. Nuclear Engineers work in teams to see caution and risk easly are standard for the industry appropriately so, given the dangers of nuclear radiation. The work done in nuclear power stations is usually indoors, often on a seven-day shift system, and conditions can be both hot and cramped. The advantages of being a nuclear engineer is that it has a higher pay than most engineering jobs

Nuclear engineers are impressively paid for what they do. First and foremost, with money life can be better and easier. Plus that money will help with retirement. Next, people who are trainees can get paid $50,000 to $65,000 and that is just for newbies this is better than most other opening jobs. Also, you can make $50,000 to $200,000. Obviously nuclear engineers are extremely well paid and would make life better.

As of 2014, only 16,800 people were employed as nuclear engineers. Not only is this a very small group of people but this career is projected to have a -4% decline in employment from 2014 to 2024. This means that 700 jobs are projected to be lost by 2024. Nuclear engineers are most often employed around areas where clean nuclear energy is mainstream such as California, South Carolina, and Virginia. Other positions can be found across the country because nuclear engineers can specialize in different fields like aerospace and medical ("Nuclear Engineers Summary").

As a result, numerous countries are creating more nuclear power plants. From the 1990s, the rate of nuclear power plants constructed increased because of technological and managerial, deregulation, and safety improvements.

Nuclear physics is the field of physics that studies atomic nuclei and their constituents and interactions. The most commonly known application of nuclear physics is nuclear power generation, but the research has led to applications in many fields, including nuclear medicine and magnetic resonance imaging, nuclear weapons, ion implantation in materials engineering, and radiocarbon dating in geology and archaeology. Nuclear physics has a lot of importance in general society development. Ernest Rutherford (1871-1937): Known as the father of nuclear physics, the New Zealand-born scientist was awarded the Nobel Prize in Chemistry in 1908 'for his investigations into the disintegration of the elements, and the chemistry of radioactive substances '. Nuclear Physics as we know it today is almost a hundred years old. In 2009, we celebrate the centenary of the publication of the results of the Geiger-Marsden (or gold-foil) experiment performed at the University of Manchester. Nuclear Physics positively influences our daily lives. There are many benefits to nuclear physics, these benefits take many forms. When done properly it can encourage interest, develop support for the research. From fighting cancer to assuring safety of food, to protecting our borders, nuclear physics impacts the lives of everyone around the world every day. These applications include devices and technologies for medical diagnostics and therapy, energy production