Careers in Nuclear Chemistry

04 Jun Careers in Nuclear Chemistry

Nuclear chemistry is the branch of Chemistry that deals with the chemical and physical properties of elements as influenced by changes in the atomic structure of the nucleus. Also known as radiochemistry, modern nuclear chemistry has got some very interdisciplinary applications which range from the study of the formation of the elements in the universe to the design of radioactive drugs for diagnostic medicine. This branch of Chemistry is complex and has a lot of scopes and career options.

A very essential area of study, nuclear chemistry entails to a broad range of career options. Nuclear engineers, nuclear physicists and physicians work in the field of nuclear science. The degrees vary according to the specialization chosen. A bachelor’s degree certification is required for a nuclear engineer whereas a nuclear physicist requires a doctoral degree and nuclear medicine physicians need to have a Ph.D. A career in nuclear science involves an in-depth research, training and laboratory practices. At university, the coursework covers topics such as nuclear fission, thermodynamics, heat transfer and reactor analysis. Students often opt to continue their studies after attaining a bachelor’s degree. Chemistry tuition conducted at different stages, allows them to gain more experience and improve their job prospects as most advanced positions in this field require a Ph.D. or doctoral degree. The most prominent careers in nuclear science include careers in healthcare, research, energy and nuclear power. Nuclear chemists spend most of their time researching and understanding radioactive substances and nuclear processes. They conduct investigations, record findings, analyze data and present solutions to their clients in a clear and concise manner. They apply their knowledge to develop solutions to innovative real-world problems (for example, safe disposal of nuclear waste, medical treatments). In the medical world, nuclear chemists research into how radioactive materials alter living organisms and make changes to their biochemistry. This leads to the development of medical treatments and diagnostic techniques, such as external beam radiotherapy, radionuclide therapy, brachytherapy and X-ray.In the energy sector, nuclear chemists focus their efforts on nuclear fission, nuclear fusion, the synthesis of thorium and uranium, and the absorption of fission products. This research is vital in the development of fuel fabrication processes, radioactive waste storage solutions, and safety procedures during nuclear reactor operations.

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