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Senior health physics technician vs radiation control technician

The differences between senior health physics technicians and radiation control technicians can be seen in a few details. Each job has different responsibilities and duties. It typically takes 1-2 years to become both a senior health physics technician and a radiation control technician. Additionally, a radiation control technician has an average salary of $52,658, which is higher than the $45,177 average annual salary of a senior health physics technician.

The top three skills for a senior health physics technician include safety procedures, outage and ALARA. The most important skills for a radiation control technician are safety observations, air samples, and radioactive materials.

Senior health physics technician vs radiation control technician overview

Senior Health Physics TechnicianRadiation Control Technician
Yearly salary$45,177$52,658
Hourly rate$21.72$25.32
Growth rate-17%-17%
Number of jobs55,49538,765
Job satisfaction--
Most common degreeBachelor's Degree, 47%Bachelor's Degree, 46%
Average age3838
Years of experience22

Senior health physics technician vs radiation control technician salary

Senior health physics technicians and radiation control technicians have different pay scales, as shown below.

Senior Health Physics TechnicianRadiation Control Technician
Average salary$45,177$52,658
Salary rangeBetween $25,000 And $79,000Between $28,000 And $97,000
Highest paying City--
Highest paying state--
Best paying company--
Best paying industry--

Differences between senior health physics technician and radiation control technician education

There are a few differences between a senior health physics technician and a radiation control technician in terms of educational background:

Senior Health Physics TechnicianRadiation Control Technician
Most common degreeBachelor's Degree, 47%Bachelor's Degree, 46%
Most common majorBusinessMedical Technician
Most common college--

Senior health physics technician vs radiation control technician demographics

Here are the differences between senior health physics technicians' and radiation control technicians' demographics:

Senior Health Physics TechnicianRadiation Control Technician
Average age3838
Gender ratioMale, 75.7% Female, 24.3%Male, 76.4% Female, 23.6%
Race ratioBlack or African American, 9.8% Unknown, 5.5% Hispanic or Latino, 14.9% Asian, 6.8% White, 62.1% American Indian and Alaska Native, 0.9%Black or African American, 9.3% Unknown, 5.6% Hispanic or Latino, 16.4% Asian, 8.8% White, 58.9% American Indian and Alaska Native, 1.0%
LGBT Percentage8%8%

Differences between senior health physics technician and radiation control technician duties and responsibilities

Senior health physics technician example responsibilities.

  • Survey items for free release from RCA.
  • Conduct diagnostic procedures and ensure image transfer to PACS.
  • Balance of plant outage recovery include storage and shipment of rad waste and RCA access and egress control.
  • Remove hazardous waste from a contaminate area wearing PPE ranging from respirator to fully encapsulate suit with supply air.
  • waste while Rx at power.
  • Use of HEPA vac's, air movement units, and air sample units.
  • Show more

Radiation control technician example responsibilities.

  • Provide contractor oversight, including monitoring of technical performance of sub-contractors managing remedial cleanup projects involving hazardous waste.
  • Provide contractor oversight, including monitoring of technical performance of sub-contractors managing remedial cleanup projects involving hazardous waste.
  • Provide contractor oversight, including monitoring of technical performance of sub-contractors managing remedial cleanup projects involving hazardous waste.

Senior health physics technician vs radiation control technician skills

Common senior health physics technician skills
  • Safety Procedures, 11%
  • Outage, 11%
  • ALARA, 10%
  • Routine Surveys, 10%
  • Steam Generators, 5%
  • RCA, 5%
Common radiation control technician skills
  • Safety Observations, 22%
  • Air Samples, 8%
  • Radioactive Materials, 7%
  • Routine Surveys, 7%
  • Radiation Control, 6%
  • Contamination Surveys, 6%

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