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Full Time Radioactive Jobs (NOW HIRING)

This is a Full-Time opportunity workin g Sunday-Thursday 7a-330p ... A Nuclear Medicine Technologist is responsible for administering radioactive medication to patients ...

This is a Full-Time opportunity, Sunday -Thursday 7a-3:30p ... A Nuclear Medicine Technologist is responsible for administering radioactive medication to patients ...

This is a Full-Time days opportunity ... A Nuclear Medicine Technologist is responsible for providing patients with radioactive medication ...

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Full Time Radioactive information

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How much do full time radioactive jobs pay per hour?

As of Aug 6, 2026, the average hourly pay for full time radioactive in the United States is $30.08, according to ZipRecruiter salary data. Most workers in this role earn between $23.08 and $38.70 per hour, depending on experience, location, and employer.

What is the difference between Full Time Radioactive vs Full Time Nuclear Technician?

AspectFull Time RadioactiveFull Time Nuclear Technician
Required CredentialsRadiation safety training, certifications in radiation safetyRadiation safety training, NRC certification
Work EnvironmentLaboratories, nuclear plants, medical facilitiesNuclear power plants, research labs
Industry UsageMedical, industrial, research sectorsNuclear energy, power generation

Both roles involve working with radioactive materials and require radiation safety certifications. However, Full Time Radioactive workers often focus on handling and safety in medical or industrial settings, while Full Time Nuclear Technicians are primarily involved in nuclear power plants and energy production. The roles share similar credentials and work environments but differ in industry focus and specific job functions.

What are some common challenges faced by full-time radiologic technologists, and how can they be managed?

Radiologic technologists often face challenges such as managing patient anxiety, adhering to strict safety protocols to minimize radiation exposure, and balancing a fast-paced workload with attention to detail. Effective communication with patients helps alleviate their concerns, while ongoing training ensures adherence to safety standards. Collaboration with other healthcare professionals and strong organizational skills are also crucial for managing workload and maintaining high-quality care.

What are the key skills and qualifications needed to thrive as a radiologic technologist, and why are they important?

To thrive as a Radiologic Technologist, you need strong knowledge of anatomy, radiographic procedures, and safety protocols, typically demonstrated by an associate's degree in radiologic technology and ARRT certification. Familiarity with imaging equipment like X-ray and MRI machines, as well as digital record-keeping systems, is essential. Excellent attention to detail, communication skills, and a caring bedside manner help you effectively interact with patients and healthcare teams. These skills ensure accurate imaging, patient safety, and high-quality diagnostic outcomes in medical settings.

What is a full time radioactive?

A Full Time Radioactive typically refers to a professional who works full-time with radioactive materials or in environments where radioactive substances are handled. These roles are commonly found in industries such as healthcare (radiologic technologists), nuclear power plants, research laboratories, and environmental monitoring. Full Time Radioactives are responsible for safely handling, monitoring, and sometimes disposing of radioactive materials while following strict safety protocols. Their work ensures that radioactive substances are used properly to protect both people and the environment from potential hazards. Specialized training and certification are usually required for these positions.
What cities are hiring for Full Time Radioactive jobs? Cities with the most Full Time Radioactive job openings:
What are the most commonly searched types of Radioactive jobs? The most popular types of Radioactive jobs are:

Radioactive Materials Inspector

Texas Health and Human Services Commission

Arlington, TX • On-site

$5.0K - $8.3K/mo

Full-time

Retirement

Posted 7 days ago


Texas Health and Human Services rating

6.9

Company rating: 6.9 out of 10

Based on 33 frontline employees who took The Breakroom Quiz

675th of 841 rated public administrative organizations


Job description

DSHS is committed to hiring skilled and dedicated individuals who share a passion for public health to pursue our vision of A Healthy Texas. If you are looking to make an impact and tackle new challenges, we encourage you to consider a career with us.
Employee Benefits:
DSHS offers insurance coverage and other benefits available through the State of Texas Group Benefits Plan administered by the Employee Retirement System of Texas (ERS). To learn more about all the benefits available to you as a DSHS employee and other DSHS opportunities for early career pathways, visit the DSHS Careers Page.
Review our Top 10 Tips for Success when Applying to State of Texas Jobs.
Functional Title: Radioactive Materials Inspector Job Title: Health Physicist I Agency: Dept of State Health Services Department: Radiation Posting Number: 19491 Closing Date: 08/14/2026 Posting Audience: Internal and External Occupational Category: Life, Physical, and Social Science Salary Range: $5,098.66- $8,304.83 Pay Frequency: MonthlySalary Group: TEXAS-B-23 Shift: Day Additional Shift: Days (First) Telework: Travel: Up to 45% Regular/Temporary: Regular Full Time/Part Time: Full time FLSA Exempt/Non-Exempt: Nonexempt Facility Location: Job Location City: ARLINGTON Job Location Address: 1301 S BOWEN RD STE 200 Other Locations: Abilene; Arlington; Tyler MOS Codes: 230X,61DX,72A,SEI12
Job Description:
Works under the direction of the Radioactive Materials Inspection Branch Manager, with extensive latitude for the use of initiative and independent judgment. Conducts independent inspections and investigations for complex level uses of radioactive material licensed operations to determine compliance with 25 Texas Administrative Code 289 (TAC). Prepares and submits complex, and highly advanced compliance and inspection activity reports to the Radiation Operations Branch for review and evaluation. May provide testimony on highly technical radiological health physics issues. Participates as a member of the DSHS Radiological Emergency Response Team during exercises and actual emergency responses. Performs health physics activities and compliance duties, as assigned. Responds to general information inquiries. Reports to the Radioactive Materials Inspection Branch Manager. Assists in the training of new radioactive materials inspectors in health physics topics, regulations, and radiation control program procedures.
The following is a listing of complex level duties referenced as essential duties: processors of loose radioactive material (RAM), multidisciplinary facilities using RAM including medical, academic, research & development, and manufacture & distributors, other highly advanced technologies, accelerators, commercial manufacture and distribution, transportation packaging evaluation, other advanced technologies, radioactive waste and NORM processors, broad scope authorizations, decontamination services, industrial radiography, teletherapy, wireline services, nuclear pharmacy, nuclear medicine facilities, single-discipline academic research and development, self-contained irradiators, unshielded (pool) irradiators, mobile scanning services, other services (e.g. leak testing & analysis, instrument calibration, device installation & repair, source exchange, etc.), tracer studies, in-vitro laboratory, industrial x-ray radiography, lasers, remote controlled brachytherapy, large academic and medical facilities, fixed and portable nuclear gauges, eye applicators, gas chromatograph, reciprocity, bone mineral analyzer, medical in-vitro, and other uses not otherwise classified as advanced or highly advanced. Worksite and environmental conditions for this job include travel 35% day and 10% overnight, working irregular hours, working indoors and outdoors, working on ladders or scaffolding, exposure to excessive heat, humidity, cold, dampness, and noise, exposure to dry atmosphere, grease, oils and combustibles, exposure to ionizing radiation, and working in varied weather and on varied terrain. Physical demands of this job include lifting up to 35 pounds, pulling up to 35 pounds, carrying up to 35 pounds, and pushing up to 35 pounds. Physical demands of this job also include repeated bending, simple grasping, finger/manual dexterity, standing, crawling, kneeling, climbing stairs, vision, reaching above the shoulder, dual simultaneous grasping, sitting, walking, twisting the upper body, stooping, climbing ladders, and hearing.
Essential Job Functions (EJFs):
Attends work on a regular and predictable schedule in accordance with agency leave policy and performs other duties as assigned.
EJF 1 (45%)
Exercises extensive latitude in planning, scheduling, and conducting independent inspections and investigations for all types and uses of sources of radiation (see list below). Plans, conducts, and coordinates environmental radiological surveys involving all types and uses of sources of radiation. Evaluates and provides radiation assessments and risk assessments for all types and uses of sources of radiation. Performs dose and risk assessments from exposure to sources of radiation. Performs radiological assessments to determine the adequacy of radiation shielding in accelerator facilities, radiation source containers, or storage areas. Evaluates radiological sampling data or calculates radiation doses from internal and external exposure to radiation to determine the effects of the exposure to individuals involved in radiological incidents or other events to determine the radiological health and the environmental impact. May act in a decision-making or leadership role during inspections and investigations.
EJF 2 (35%)
Assists other staff during inspections and investigations. Prepares independent scientific and technical inspection and investigation reports for all types and uses of sources of radiation. Submits comprehensive inspection and investigation reports using the Inspection Branch's guidelines to ensure the application of radiological health standards as set forth in the Texas Regulation Control Act, Texas Administrative Code, and various federal regulations. Follows sensitive information protection policies. Evaluates statistical radiological and environmental radiation data and interprets results in regard to their environmental impact.
EJF 3 (10%)
Provides highly technical training for field and central office inspectors. Provides technical consultation concerning compliance procedures and risk assessments regarding the use of radiation sources to Radiation Section staff, other state and federal agencies, and members of the public. Coordinates training of inspectors with supervisor to achieve the Radiation Section's goals developed within the Department's strategic plan. Provides highly technical input regarding the program's guidelines for performing inspections and investigations and the related documentation. Provides technical assistance to the public, regulated community, program staff, and other state and federal agencies concerning risk assessments from sources of radiation. Assists in the interpretation of regulations. Coordinates and refers escalated enforcement actions to appropriate staff. Assists in the development of rules and inspection procedures. Makes observations and recommendations on the inspection program to maintain efficiency, effectiveness, and inspection proficiency.
EJF 4 (5%)
Performs duties as assigned as a member of the Radiological Emergency Response Team in support of the State Radiological Emergency Management Plan. Travels to radiological incidents and emergencies with little notice.
EJF 5 (5%)
Other duties as assigned include but are not limited to actively participating or serving in a supporting role to meet the agency's obligations for disaster response and recovery or Continuity of Operations (COOP) activation. Such participation may require an alternate shift pattern assignment and location.
Registrations, Licensure Requirements, or Certifications:
N/A
Knowledge, Skills, and Abilities:
Knowledge of:
Function, design, capabilities, limitations, and proper operation of equipment utilized for radiation detection, measurement, and identification. Function and operational characteristics of exposure devices, gauges/test equipment, and radiation-producing devices commonly utilized by industrial and medical licensees and registrants in the course of their business. Broad scope authorizations, processors of loose radioactive material (RAM), nuclear pharmacy, decontamination services for naturally occurring radioactive material (NORM), multidisciplinary medical facility using RAM, industrial irradiators, commercial manufacturing and distribution, waste and NORM processors, nuclear medicine, medical therapy, well logging, industrial radiography, waste handling, transportation, NORM, major processing, and academic and research procedures which use RAM. Knowledge of radiation control, radiological health, and State and Federal laws and regulations pertaining to radiation control and safety. Inspection/investigation procedures and practices. Knowledge of information resources on RAM, radiation control, health physics, and environmental surveillance. Radiation safety practices and techniques
Skilled in:
Analysis of radiation data and related technical information. The use of radiation detection, monitoring, and measuring instruments, including but not limited to: Geiger counters, ionization chambers, scintillation detectors, multichannel analyzers, and dose-measuring instrumentation. Technical writing, verbal communication, interview techniques, and protection of information. In the collection of soil, water, air, and other environmental samples. Evaluating the hazards and effects of radiation, RAM, and lasers on people and the environment.
Ability to:
Interpret laws and regulations for both internal and external customers. Communicate technical information at various levels of understanding. Communicate effectively and to be tactful and diplomatic in adverse situations. Detect and evaluate radiation and public health hazards. Use proper inspection procedures and logic pathways to determine the compliance status of licensees and industrial registrants. Perform mathematical calculations of radioactive half-live, activity, time/distance/shielding, exposure rates, dose determinations, counting statistics, and other highly advanced environmental quality work. Coordinate and prioritize workloads with minimal supervision.
Initial Selection Criteria:
Required Criteria: The applicant must meet the following criteria: Bachelor of Science degree from a U.S. accredited college/university in an academic discipline of the physical sciences, life sciences, engineering; or, four years of experience may be substituted for education at the descretion of the hiring manager.
Generally Preferred Criteria: In addition to meeting the required criteria, the following nine (9) criteria are GENERALLY PREFERRED BUT NOT REQUIRED; the hiring supervisor may consider any applicant that does not meet any or all of the generally preferred criteria for this position and may give preference to an applicant that meets one or more of the generally preferred criteria:
1. Experience as an inspector in a state or federal program.
2. Experience in health physics, radiation sciences, working in a radiation safety program.
3. Experience writing reports and organizing, preparing, and presenting information in written and verbal format.
4. Experience using computers for such functions as data recording, word processing, spreadsheets, and e-mail programs.
5. Experience with state or federal laws, regulations/rules, and directives.
6. Experience in a regulatory or quality control position requiring direct contact with the public.
7. Experience communicating with the public.
8. Experience as a quality assurance reviewer or license reviewer.
9. Experience with sampling criteria, evidence development, or investigations
Active Duty, Military, Reservists, Guardsmen, and Veterans:
Military occupation(s) that relate to the initial selection criteria and registration or licensure requirements for this position may include, but not limited to those listed in this posting. All active-duty military, reservists, guardsmen, and veterans are encouraged to apply if qualified for this position. For more information see the Texas State Auditor's Military Crosswalk at https://hr.sao.texas.gov/CompensationSystem/JobDescriptions/.
ADA Accommodations:
In compliance with the Americans with Disabilities Act (ADA), DSHS will provide reasonable accommodation during the hiring process for individuals with a qualifying disability. If reasonable accommodation is needed to participate in the interview process, please notify the person who contacts you to schedule the interview. If you need assistance completing the on-line application, contact the HHS Employee Service Center at 1-888-894-4747 or via email at HHSServiceCenter.Applications@ngahrhosting.com.
Salary Information, Pre-employment Checks, and Work Eligibility:
  • The salary offered will follow DSHS starting salary guidelines. Any employment offer is contingent upon available budgeted funds.
  • Depending on the program area and position requirements, applicants selected for hire may be required to pass backgroun

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