The academic content and curriculum of the Nuclear Technology and Radiation Safety Associate Degree Program is designed to provide students with basic and applied knowledge in nuclear sciences and radiation safety. The program usually covers two years of study, during which students take courses that balance theoretical knowledge with practical skills. Here are some of the courses and topics usually included in the curriculum of this program:
Nuclear Physics and Chemistry: These courses teach students basic nuclear science topics such as the structure of the atom, radioactivity, nuclear reactions and energy production. An understanding of chemical bonding, radioactive decay and nuclear reactions are the cornerstones for technicians working in this field.
Radiation Biology and Protection: It includes the effects of radiation on living things, radiation dose concepts and protective measures to be taken in case of radiation exposure. In addition, radiation accidents and emergency management are also covered in this course.
Radiation Measurement and Detectors: Students will gain knowledge and practice in radiation measurement techniques, types of detectors and the use of measuring instruments. This course develops the ability to monitor and evaluate radiation levels.
Nuclear Reactor Technology: Includes information on the design, operation and safety precautions of nuclear reactors. Students are introduced to reactor physics, thermohydraulics and reactor safety systems.
Radioactive Waste Management: Covers topics such as classification, containment, transportation and disposal of radioactive waste. Students learn waste management strategies to protect the environment and public health.
Occupational Health and Safety: This course provides information about radiation safety and working conditions in nuclear facilities. Students are told about the risks they may encounter while working with radiation and the precautions to be taken to minimize these risks.
Applied Laboratory Studies: In addition to the theoretical lectures, laboratory work is also part of the program, giving students practical experience in using radiation measuring instruments, working with radioactive materials and applying safety procedures.
The aim of the curriculum is to provide students with a comprehensive grounding in nuclear technology and radiation safety and to prepare them for professional life after graduation. Students are trained to have both theoretical knowledge and practical skills throughout their education. In this way, graduates are qualified and equipped to start working immediately in the fields of radiation safety and nuclear technology.