Governing Regulatory Documents

Nuclear Operator Licensing
Student’s Name
Institutional Affiliation
A systematic approach to training in nuclear operation can be defined as a specific type of training offered or designed for only employees or workers of a specific company. These methodological training activities and approaches are intended to equip the company’s employees with relevant tools, skills, and knowledge to enable them to pursue the interests of the company with high competence and safety. For the case of Nuclear Operating Company, such training is intended to reduce the risks and accidents associated with various operations in the company like radioactive substances emission. The other advantage of such training in the company is the increased advancement and invention in technological devices apart from increasing the performance and safety of the tools and equipment and entire operation to the public health and the environment in general (Sainati, Locatelli & Brookes, 2015).
The nuclear operation is designed and operated in a way that would mitigate and prevent accidents from the emission of hazardous radiations and other materials. The nuclear operator creates several independent and redundant layers around the plant of defense meant to safeguard against both mechanical and human failures (Sainati, Locatelli, & Brookes, 2015). No single robust layer is relied on. Emergency response, physical barriers, access control and other diverse safety functions are employed.
Reactor Oversight Process objectives involve measuring, inspecting and assessing the security and safety operations of the nuclear power plant.

It also instantly responds to suspecting decline in performance of the plant and prevents violation of systemic approach to training. It informs the public especially those living around the plant on timely and understandable assessment of the plant for their safety.
It offers continuous training to its new and experienced NC employees on safety concepts. Such concepts of training include the development of safety measures, designing of the bases, the progression of the reactor vessel and severe accident perspectives (Sainati, Locatelli, & Brookes, 2015). It also maintains and cross-checks licensing protocols.
Reference
Sainati, T., Locatelli, G., & Brookes, N. (2015). Small Modular Reactors: Licensing constraints and the way forward. Energy, 82, 1092-1095.