Nuclear Engineers
Additional Information
Duties
Engineers working in the nuclear field often do the following tasks:
- Design or build nuclear equipment, such as reactor cores, radiation shielding, and accompanying instruments.
- Operate or maintain nuclear power reactors to guarantee that they are in compliance with safety regulations.
- Write operational instructions for nuclear plant operations or nuclear waste processing and disposal.
- Keep an eye out for any infractions of safety norms and laws in the design, building, or operation of nuclear facilities.
- Perform experiments to determine the acceptability of various approaches to the use, recovery, and disposal of nuclear material and waste.
- When necessary, take remedial measures or shut down the plant.
- Determine what happened during previous nuclear disasters and utilize this information to create preventative measures.
The development of medical imaging systems like positron emission tomography (PET) scanners, which utilize nuclear material, is also in the hands of nuclear engineers. Cyclotrons, which create a high-energy beam used in the healthcare business to treat malignant tumors, may also be developed or designed by these professionals.
Education
A bachelor's degree is required for entry-level nuclear engineering positions in the commercial sector. Even for entry-level positions in nuclear engineering, a master's or doctoral degree may be required.
Students interested in pursuing a career in nuclear engineering should take classes in math and science in high school, such as algebra, trigonometry, and calculus.
Mathematics and engineering concepts are only two examples of the many topics covered in a bachelor's degree program. Cooperative education programs are common at most schools and universities, allowing students to get job experience while finishing their studies.
It is possible to earn a bachelor's and master's degree in five years at some universities. Engineers with advanced degrees might work in academia as professors or in research and development. Cooperative education programs, often lasting five or even six years, allow students to earn money as they learn in the classroom.
Advanced mathematics and engineering principles are taught in the classroom, laboratory and research projects in master’s or Ph. D programs. In order to be eligible for these scholarships, students must complete a research project funded by a government or private research grant, sometimes in partnership with a professor.
ABET accredits nuclear engineering programs.
Characteristics of Critical Importance
Analytical abilities. ' As a result, engineers in the nuclear field must identify design characteristics that will aid in building buildings and equipment for a wide range of industrial applications.
The ability to communicate. The capacity of nuclear engineers to collaborate with other engineers and workers is critical to their success. They need to be able to express themselves clearly both orally and in writing.
Dedicated to accuracy. Nuclear engineers are responsible for the day-to-day running of nuclear power plants. They must keep a careful eye on what is going on at all times and make sure that activities are in compliance with all applicable rules and laws.
Ability to reason logically. It takes a lot of time and effort for nuclear engineers to create sophisticated systems. In order to make it easier for others to follow their written directions, writers must organize their material rationally.
Ability to solve mathematical problems. Calculus, trigonometry, and other sophisticated mathematical principles are frequently employed by nuclear engineers in their work as they conduct research, develop designs, and troubleshoot problems.
Ability to think creatively and solve problems. When dealing with nuclear materials and installations, engineers must be prepared to deal with any issues before they arise.
Training
Before being authorized to work freely, a newly employed nuclear engineer at a nuclear power plant is often required to undergo training on-site in areas such as safety procedures, practices, and laws. In-house training might span anywhere from six weeks to three months, depending on the business. They also have to remain up-to-date on rules and regulations and safety procedures by undergoing annual training sessions on a regular basis.
Registration, Certification, and Licensure
For entry-level employment in nuclear engineering, licensure is not necessary. It is possible to earn a Professional Engineering (PE) license at a later stage in one's career, allowing for greater leadership and freedom. Engineers who hold a license to practice their trade are known as professional engineers (PEs). A PE can supervise the work of other engineers, sign off on projects, and directly serve the public. Licensing by the state is often required.
A diploma from an engineering program that has been certified by ABET.
Permission on the Fundamentals of Engineering (FE) examination.
Typically, at least four years of relevant job experience is required.
Professional Engineer (PE) certification.
After earning a bachelor's degree, one can sit for the first FE test. Passing this test is usually referred to as an "EIT" or an "engineer intern" (EIs). The Principles and Practice of Engineering test is available to EITs and EIs who have completed the work experience requirements.
There are separate licenses for each state. The licensing state's standards must meet or surpass the state's own requirements for recognition in most states. Engineers in several states are required to maintain their licenses by completing continuing education courses.
It takes a two-year, site-specific, intense training program for nuclear engineers to become a Senior Reactor Operator (SRO). An engineer who holds a Nuclear Regulatory Commission license may run a nuclear power plant in accordance with all federal regulations.
Pay
During the month of May 2020, the average yearly salary for nuclear engineers was $116,140. When half of an occupation's workforce earns more than the median wage, the wage is referred to as the "median." Between the bottom 10% and the top 10%, there was a wide disparity in income.
Job Projections
Between 2020 and 2030, there will be an 8 percent reduction in the number of nuclear engineers employed.