An imaging engineer operates, inspects, and calibrates an organization's imaging systems and equipment. They work with various equipment such as MRI, CT scan, angiography machines, and other clinical devices. Their role entails ensuring the accuracy and reliability of diagnostic imaging results. They also address quality issues and risk factors associated with possible radiation exposure. To become an imaging engineer, a bachelor's degree in engineering technology or a related field is required. Strong research and mathematical skills are essential due to the advancement in imaging technologies.
It typically takes 7-8 years to become an imaging engineer:
Avg. Salary $98,656
Avg. Salary $59,228
Stability LevelGrowth Rate 3 %
Growth Rate 0.3 %
RaceAmerican Indian and Alaska Native 0.18 %
Asian 21.25 %
Black or African American 4.67 %
Hispanic or Latino 10.71 %
Unknown 4.67 %
White 58.51 %
Gender
female 11.98 %
male 88.02 %
Age - 44
RaceAmerican Indian and Alaska Native 3.00 %
Asian 7.00 %
Black or African American 14.00 %
Hispanic or Latino 19.00 %
White 57.00 %
Gender
female 47.00 %
male 53.00 %
Age - 44
Stress LevelStress level is manageable
7.1 - high
Complexity LevelComplexity Level is challenging
7 - challenging
Work Life BalanceWork Life balance is good
6.4 - fair
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Is being an Imaging Engineer right for you?
Take the career quizImaging engineers often move on to software engineer roles. They also become systems engineers or systems administrators. Some even take on leadership roles like information technology managers or directors.
An imaging engineer should have knowledge of FDA medical device regulations and HIPAA security rules. They should also be proficient in various programming languages like Java, Perl, and XML. They should have experience in automation, testing, and debugging, as well as maintaining databases.
Skills | Percentages |
---|---|
Ultrasound | 21.36% |
Medical Equipment | 15.97% |
C++ | 10.48% |
CR | 7.80% |
MATLAB | 7.67% |
Accountants spend an average of 1-2 years on post-employment, on-the-job training. New imaging engineers learn the skills and techniques required for their job and employer during this time. The chart below shows how long it takes to gain competency as an imaging engineer based on U.S. Bureau of Labor Statistics data and data from real imaging engineer resumes.
An imaging engineer's main responsibilities include maintaining and repairing imaging systems like CT, RAD, C-arms, ultrasound, and mammography. They also implement various image processing algorithms, perform testing and debugging of errors, and automate tasks using scripts. As Dr. Harvey Hoffman, Associate Dean of Engineering at Fairfield University, puts it, "In every field, nanotechnology is being used for innovations. The universe of technology blending will continue to integrate engineering, science, and medicine."
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