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Radiological engineer vs criticality safety engineer

The differences between radiological engineers and criticality safety engineers can be seen in a few details. Each job has different responsibilities and duties. Additionally, a criticality safety engineer has an average salary of $79,407, which is higher than the $66,894 average annual salary of a radiological engineer.

The top three skills for a radiological engineer include MRI, ALARA and ultrasound. The most important skills for a criticality safety engineer are CFR, nuclear safety, and review.

Radiological engineer vs criticality safety engineer overview

Radiological EngineerCriticality Safety Engineer
Yearly salary$66,894$79,407
Hourly rate$32.16$38.18
Growth rate-11%-11%
Number of jobs2,59115,326
Job satisfaction--
Most common degreeBachelor's Degree, 59%Bachelor's Degree, 79%
Average age4343
Years of experience--

Radiological engineer vs criticality safety engineer salary

Radiological engineers and criticality safety engineers have different pay scales, as shown below.

Radiological EngineerCriticality Safety Engineer
Average salary$66,894$79,407
Salary rangeBetween $45,000 And $97,000Between $42,000 And $149,000
Highest paying City--
Highest paying state--
Best paying company--
Best paying industry--

Differences between radiological engineer and criticality safety engineer education

There are a few differences between a radiological engineer and a criticality safety engineer in terms of educational background:

Radiological EngineerCriticality Safety Engineer
Most common degreeBachelor's Degree, 59%Bachelor's Degree, 79%
Most common majorNuclear EngineeringNuclear Engineering
Most common collegeWorcester Polytechnic InstituteNorthwestern University

Radiological engineer vs criticality safety engineer demographics

Here are the differences between radiological engineers' and criticality safety engineers' demographics:

Radiological EngineerCriticality Safety Engineer
Average age4343
Gender ratioMale, 85.6% Female, 14.4%Male, 65.4% Female, 34.6%
Race ratioBlack or African American, 4.4% Unknown, 4.8% Hispanic or Latino, 10.5% Asian, 17.1% White, 63.0% American Indian and Alaska Native, 0.3%Black or African American, 3.2% Unknown, 4.4% Hispanic or Latino, 7.5% Asian, 18.3% White, 66.3% American Indian and Alaska Native, 0.3%
LGBT Percentage5%5%

Differences between radiological engineer and criticality safety engineer duties and responsibilities

Radiological engineer example responsibilities.

  • Manage the implementation of technology for better communicating and displaying radiological data used during emergency response.
  • Review survey data and prepare for release records and final presentation to NRC.
  • Develop and coordinate the implementation of a formal training program for professional, supervisory, and technical personnel regarding NRC regulations.
  • Operate and troubleshoot vacuum deposition machinery used in the development of anodes vital to the design of novel lithium-sulfur battery technology.
  • Perform internal and INPO assessments.

Criticality safety engineer example responsibilities.

  • Manage drawing database and engineering changes.
  • Review of current and previous criticality safety evaluations for updates and applicability to new process changes.
  • Review and approve procedural changes which directly affect production cycle.
  • Lead quarterly and weekly NCS inspections of various production cycles within the plant.
  • Perform independent peer reviews of CSEs that are the basis of establish limits.
  • Develop and maintain product safety hazard database.
  • Show more

Radiological engineer vs criticality safety engineer skills

Common radiological engineer skills
  • MRI, 18%
  • ALARA, 15%
  • Ultrasound, 10%
  • Demolition, 8%
  • Cath Lab, 7%
  • Health Physics, 7%
Common criticality safety engineer skills
  • CFR, 23%
  • Nuclear Safety, 17%
  • Review, 16%
  • Safety Analysis, 15%
  • NCS, 14%
  • NRC, 5%

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