Student Veterans of America Jobs

Welcome to SVA’s jobs portal, your one-stop shop for finding the most up to date source of employment opportunities. We have partnered with the National Labor Exchange to provide you this information. You may be looking for part-time employment to supplement your income while you are in school. You might be looking for an internship to add experience to your resume. And you may be completing your training ready to start a new career. This site has all of those types of jobs.

Here are a few things you should know:
  • This site is mobile friendly. You do not need a log-in or password to access information.
  • Jobs on this site are original and unduplicated and come from three sources: the Federal government, state workforce agency job banks, and corporate career websites. All jobs are vetted to ensure there are no scams, training schemes, or phishing.
  • The site is refreshed daily to remove out-of-date content.
  • The newest jobs are listed first, so use the search features to match your interests. You can look for jobs in a specific geographical location, by title or keyword, or you can use the military crosswalk. You may want to do something different from your military career, but you undoubtedly have skills from that occupation that match to a civilian job.
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Lynker Technologies Phytoplankton Geneticist And IFCB Engineer in Seattle, Washington

Lynker Technologies

Job Description

Lynker Corporation is expecting the need to hire a Phytoplankton Geneticist and IFCB Engineer to support a contract with NOAA's National Marine Fisheries Service (NMFS) Northwest Fisheries Science Center (NWFSC). This is a full-time position that is anticipated to begin as early as May 1, 2024 and will be based at the NWFSC facility in Seattle, WA with some related field work. Hiring for this position will be contingent on contract award.

**The quantity and quality of food for juvenile salmon when they first enter the ocean is important for their growth and survival. This project will develop new indicators of food quality at the base of the marine food web (i.e., phytoplankton) to better parameterize salmon life cycle models, improving estimates of growth, survival, and adult return forecasts. Indicators will be developed using phytoplankton community composition data collected by a robotic microscope (Imaging FlowCytobot [IFCB]) and from environmental DNA (eDNA) sample collections. The IFCB is an automated imaging flow cytometer that generates on the order of 30,000 images of particles (i.e. phytoplankton) per hour in the size range of

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