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Field applications scientist vs senior chemist

The differences between field applications scientists and senior chemists can be seen in a few details. Each job has different responsibilities and duties. Additionally, a field applications scientist has an average salary of $101,706, which is higher than the $91,008 average annual salary of a senior chemist.

The top three skills for a field applications scientist include post sales, next-generation sequencing and pre sales. The most important skills for a senior chemist are method development, laboratory equipment, and HPLC.

Field applications scientist vs senior chemist overview

Field Applications ScientistSenior Chemist
Yearly salary$101,706$91,008
Hourly rate$48.90$43.75
Growth rate17%6%
Number of jobs105,55712,823
Job satisfaction4-
Most common degreeBachelor's Degree, 52%Bachelor's Degree, 71%
Average age4142
Years of experience4-

What does a field applications scientist do?

A field application scientist is responsible for assisting with customers' inquiries and concerns on scientific tools and laboratory equipment and machinery. Field application scientists guide the customers on proper usage of the equipment, as well as its maintenance and other related functions. They also create designs for experiment materials, running diagnostic tests, and writing specifications accurately. A field application scientist processes the installation of scientific equipment and manages feature upgrades to boost optimal performance and adhere to the customers' needs and demands.

What does a senior chemist do?

Senior Chemists are responsible for designing, developing, and testing formulations and compounds. They also maintain and troubleshoot laboratory equipment and relevant documentation.

Field applications scientist vs senior chemist salary

Field applications scientists and senior chemists have different pay scales, as shown below.

Field Applications ScientistSenior Chemist
Average salary$101,706$91,008
Salary rangeBetween $72,000 And $142,000Between $67,000 And $123,000
Highest paying CitySan Francisco, CAFremont, CA
Highest paying stateCaliforniaVermont
Best paying company10x GenomicsGoogle
Best paying industryTechnologyManufacturing

Differences between field applications scientist and senior chemist education

There are a few differences between a field applications scientist and a senior chemist in terms of educational background:

Field Applications ScientistSenior Chemist
Most common degreeBachelor's Degree, 52%Bachelor's Degree, 71%
Most common majorBiologyChemistry
Most common collegeUniversity of Southern CaliforniaUniversity of North Carolina at Chapel Hill

Field applications scientist vs senior chemist demographics

Here are the differences between field applications scientists' and senior chemists' demographics:

Field Applications ScientistSenior Chemist
Average age4142
Gender ratioMale, 67.0% Female, 33.0%Male, 67.6% Female, 32.4%
Race ratioBlack or African American, 6.3% Unknown, 4.1% Hispanic or Latino, 9.5% Asian, 25.4% White, 54.5% American Indian and Alaska Native, 0.1%Black or African American, 7.8% Unknown, 4.6% Hispanic or Latino, 9.3% Asian, 22.3% White, 55.7% American Indian and Alaska Native, 0.2%
LGBT Percentage8%5%

Differences between field applications scientist and senior chemist duties and responsibilities

Field applications scientist example responsibilities.

  • Lead the development and successful launch of the first high-density microarray for profiling long, non-coding RNA.
  • Manage study protocols and study conduct, intimately involve in the toxicology and pharmacokinetic study protocol development process.
  • Ensure that documents and testing are in compliance with FDA, cGMP, ISO, and company policies.
  • Travele to customer sites to provide debugging during integration testing.
  • Participate in ISO [] compliance inspections.
  • Design and develop DNA assays and immunoassay tests.
  • Show more

Senior chemist example responsibilities.

  • Manage an analytical laboratory, which include SEM-EDS, GC-MS, GPC, FT-IR, ICP-MS, TGA and DSC equipment.
  • Conduct GC-MS, TGA, and FTIR, UV/Vis spectroscopic analysis of extractables and elemental impurities.
  • Develop Simethicone assay method by FT-IR in liquid dosage.
  • Used EPA methods for actinide, technetium, strontium, and tritium determination.
  • Prepare submission documentation, including CMC sections, for IDE and PMA submissions.
  • Supervise mobile lab team of analysts at various EPA super fund site locations for PCB and halo-hydrocarbons analysis testing.
  • Show more

Field applications scientist vs senior chemist skills

Common field applications scientist skills
  • Post Sales, 12%
  • Next-Generation Sequencing, 8%
  • Pre Sales, 8%
  • Chemistry, 6%
  • Technical Support, 6%
  • Customer Support, 5%
Common senior chemist skills
  • Method Development, 8%
  • Laboratory Equipment, 6%
  • HPLC, 5%
  • Analytical Methods, 5%
  • R, 4%
  • GMP, 4%

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