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Optical instrument specialist vs computational physicist

The differences between optical instrument specialists and computational physicists can be seen in a few details. Each job has different responsibilities and duties. It typically takes 4-6 years to become both an optical instrument specialist and a computational physicist. Additionally, an optical instrument specialist has an average salary of $64,049, which is higher than the $61,519 average annual salary of a computational physicist.

The top three skills for an optical instrument specialist include fiber optic, customer service and schedule appointments. The most important skills for a computational physicist are C++, technical support, and DOE.

Optical instrument specialist vs computational physicist overview

Optical Instrument SpecialistComputational Physicist
Yearly salary$64,049$61,519
Hourly rate$30.79$29.58
Growth rate8%8%
Number of jobs22,415865
Job satisfaction--
Most common degreeBachelor's Degree, 44%Bachelor's Degree, 58%
Average age4848
Years of experience66

Optical instrument specialist vs computational physicist salary

Optical instrument specialists and computational physicists have different pay scales, as shown below.

Optical Instrument SpecialistComputational Physicist
Average salary$64,049$61,519
Salary rangeBetween $40,000 And $102,000Between $28,000 And $133,000
Highest paying City-Bethesda, MD
Highest paying state-Alaska
Best paying company-Applied Materials
Best paying industry--

Differences between optical instrument specialist and computational physicist education

There are a few differences between an optical instrument specialist and a computational physicist in terms of educational background:

Optical Instrument SpecialistComputational Physicist
Most common degreeBachelor's Degree, 44%Bachelor's Degree, 58%
Most common majorBusinessPhysics
Most common collegeNorthwestern UniversityUniversity of Michigan - Ann Arbor

Optical instrument specialist vs computational physicist demographics

Here are the differences between optical instrument specialists' and computational physicists' demographics:

Optical Instrument SpecialistComputational Physicist
Average age4848
Gender ratioMale, 66.0% Female, 34.0%Male, 84.6% Female, 15.4%
Race ratioBlack or African American, 2.9% Unknown, 3.4% Hispanic or Latino, 8.1% Asian, 7.2% White, 77.7% American Indian and Alaska Native, 0.7%Black or African American, 0.8% Unknown, 3.3% Hispanic or Latino, 6.7% Asian, 7.9% White, 80.6% American Indian and Alaska Native, 0.7%
LGBT Percentage24%24%

Differences between optical instrument specialist and computational physicist duties and responsibilities

Optical instrument specialist example responsibilities.

  • Accomplish team sales of 464K in clinical chemistry and hematology instrumentation.
  • Train for electrical assembly on resisters, transmitters, and lasers.
  • Work from conceptual design through final testing, including optical simulations, alignment and assembly of fibers and modulators.
  • Develop a novel approach for optical signal processing (relate to digital signal processing), using PWI polymer modulators.
  • Apply knowledge of telescopes, imaging sensors, and spectral instruments to phenomenology studies in support of government SETA contracts.
  • Conduct research using online federal regulations, review Medicare and Medicaid policy and guidelines to complete an accurate and well-support decision.
  • Show more

Computational physicist example responsibilities.

  • Develop training PowerPoint materials to teach core elements to soldiers using web-base and SharePoint applications.perform site assistance visits to subordinates.
  • Service on review panels for projects at DARPA and NSF.

Optical instrument specialist vs computational physicist skills

Common optical instrument specialist skills
  • Fiber Optic, 37%
  • Customer Service, 24%
  • Schedule Appointments, 14%
  • Insurance Benefits, 12%
  • Outbound Calls, 5%
  • OTDR, 4%
Common computational physicist skills
  • C++, 37%
  • Technical Support, 19%
  • DOE, 18%
  • MATLAB, 14%
  • RF, 5%
  • Model Validation, 2%

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