Nuclear Industry Jobs

Research scientists contribute to our understanding of nuclear energy through investigation and computer simulation. They work in industry, university research departments, government labs and defense companies. Research scientists perform a wide variety of tasks, including seismic experts that might investigate ways to make structures safer and less expensive.

Nuclear engineers use knowledge of physics, math and engineering to develop and operate nuclear power plants and fuels. They get a first-hand look at improving and powering our energy future. Nuclear engineers design the next generation of nuclear reactors to be smaller, safer and more efficient.

Electrical engineers use quantitative skills and problem solving to work with all types of electronics and electrical equipment. From designing and developing ideas to producing and crafting those projects into reality, electrical engineers are the people who make the technology all around us work. At a nuclear facility, electrical engineers may be responsible for designing and enhancing backup power systems.

Mechanical engineers maintain the functionality of almost every industry and system across the country. Designing, testing and producing mechanical systems through the application of math, science and creative thinking are some of the skills needed for success. Although mechanical engineering is one of the broadest fields within engineering, those who have a career within nuclear might get the chance to work with some unique and complex systems that aren’t found elsewhere.

These scientists study the properties of different materials. Through experimentation and computer modeling, they discover how to improve these materials or create new ones altogether. Materials scientists are crucial to the success of nuclear. Reactors and their facilities require specialized materials, and these scientists research the behavior of existing materials in extreme environments and help create new solutions as needed.

A physicist explores matter and energy, adding to our understanding of the world around us. By employing science and working with data, physicists are good problem solvers. Someone who works as a reactor physicist, for example, may examine how particles like neutrons and gamma rays move inside a reactor and affect overall reactor operation.

Computer scientists develop algorithms and techniques to solve complex problems and apply them in a variety of different computational disciplines. From creating computer simulation models to developing social networks, computer scientists are building the future. Someone working within nuclear energy might develop and use modeling software to simulate complex systems and study all sorts of physical phenomena.

If you are interested in energy, you may want to consider this subset of engineering. Drawing on skillsets from other engineering disciplines, power engineers make sure our grid is up and running to provide the electricity that powers our day to day lives. Power engineers can help make all sorts of electricity greener and more reliable, and are especially important in facilities like a nuclear power plant.

Software developers use their practical knowledge to build software using the evolving best practices in the industry. The software that they produce meets the needs of users all over the world. Modeling and simulation software is especially important within the nuclear field, where scientists and engineers rely on software developers to create robust, maintainable software ready for deployment to industry.

Chemists work in a number of areas, ranging from medicine to engineering. As scientists, they study and experiment with matter and compounds to reach a goal, complete a mission, or add to our body of knowledge. Chemists may be involved in nuclear science in a number of ways, such as by extracting targeted metals and other critical elements from used nuclear fuels to minimize waste production.