Overview of Nuclear and Industrial Radiologic Technologies/Technicians

Nuclear and industrial radiologic technologies/technicians are medical professionals that specialize in the diagnosis and treatment of diseases using scientific technologies and processes. They have specialized training in the use of nuclear radiation and industrial radiation to medical and biological techniques to diagnose and treat diseases. Their role can involve researching the effectiveness of new treatments and procedures, analyzing biological samples from patients, operating and maintaining sophisticated medical equipment, and preparing tissues and cells for examination and analysis. Some industrial radiologic technologists/technicians may work in industrial or research-oriented positions to support nuclear energy production, environmental safety, and research.

Career Opportunities for Graduates with an Associate Degree in Nuclear and Industrial Radiologic Technologies/Technicians

Individuals with an associate degree in nuclear and industrial radiologic technology/technician may find a number of career opportunities in the field. These include positions in research, nuclear medicine, radiation oncology, and nuclear energy production. They may also find employment in the medical industry, such as in hospitals, medical centers, and imaging services. Additionally, industrial radiologic technologists/technicians may work in industrial radiation safety or industrial technological and research positions. Industries requiring nuclear and industrial radiologic technologies/technicians include hospitals, medical centers, research and academic institutions, and nuclear energy production.

Internships or Co-op Opportunities Related to Nuclear and Industrial Radiologic Technologies/Technicians

Internship and co-op opportunities are available to those pursuing an associate degree in nuclear and industrial radiologic technologies/technicians. Internships or co-ops can help students to gain valuable experience in the field, as well as connecting them with potential employers. Some potential employers offer students the opportunity to gain hands-on experience in a variety of settings. Additionally, many academic programs offer laboratory experience or research opportunities in order to give students an in-depth look at the field of nuclear and industrial radiologic technologies/technologist.

Specialized Tracks or Concentrations Within Nuclear and Industrial Radiologic Technologies/Technicians

In some cases, individuals pursuing an associate degree in nuclear and industrial radiologic technologies/technicians may find their program offers specialized tracks or concentrations. Generally, instructors will choose a concentration from related subject areas such as medical imaging, medical physics, or nuclear engineering. A student specializing in one of these fields may take on a more advanced role in the field and have a greater responsibility to patients. Additionally, a student’s concentration may also affect the types of jobs they are qualified for upon graduation.

How An Associate Degree in Nuclear and Industrial Radiologic Technologies/Technicians Prepare Students for Further Education

An associate degree in nuclear and industrial radiologic technologies/technicians helps to prepare students for further education in the field. Specifically, students may opt to pursue bachelor’s and/or master’s degrees in the same subject areas. By obtaining higher-level degrees in the field, graduates may be able to open up new and more challenging opportunities in their careers. In addition, graduates may become eligible for pursuing more advanced career paths, such as in research and teaching in the field.

Impact of Artificial Intelligence on Nuclear and Industrial Radiologic Technologies/Technicians

In recent years, Artificial Intelligence (AI) has had a profound impact on the field of nuclear and industrial radiologic technologies/technicians. In particular, AI has allowed for medical professionals to more effectively and accurately make diagnoses and treat patients. AI has enabled doctors to diagnose diseases by analyzing vast data sets made up of both patient data and clinical knowledge. Additionally, AI has allowed for the development of technologies such as robotic surgery, which can be used to perform medical procedures more accurately and efficiently. Furthermore, AI gives medical practitioners the opportunity to provide personalized and efficient healthcare to patients, potentially allowing them to receive better quality care at a lower cost.

The Career Outlook for Nuclear and Industrial Radiologic Technologies/Technicians

The career outlook for individuals with an associate degree in nuclear and industrial radiologic technologies/technicians is positive. According to the Bureau of Labor Statistics, Radiologic and MRI Technologists and Technicians have a median annual salary of $60,070. Moreover, they project that the number of jobs for this field will grow by 8% from 2018-2028. Additionally, graduates may be sought after to work at medical diagnostic firms, allow for the calibration of radiation products, and even work at nuclear power plants. Although the demand for nuclear and industrial radiologic technologists is increasing, graduates should be aware of the safety concerns related to working with nuclear radiation, as it can be hazardous to human health.

Here are the top reported starting salaries for graduates in Nuclear and Industrial Radiologic Technologies/Technicians:

Cowley County Community College, Salary: $50,454

State Technical College of Missouri, Salary: $50,246

For privacy reasons, not all schools report the first year salaries for students who earned their associate degree in Nuclear and Industrial Radiologic Technologies/Technicians.