Pacific Young Scientists Opportunity (PYSO) – Summer 2026

Undergraduate College Student Internships

Pacific Young Scientist Opportunity (PYSO) – Summer 2026

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Program Components

The University of Hawaiʻi at Mānoa’s Cooperative Institute for Marine and Atmospheric Research (CIMAR) is offering two paid, full-time, 10-week summer internships hosted at the Pacific Islands Fisheries Science Center in Honolulu, Hawaiʻi.

PYSO is a hands-on summer internship that combines real-world research experience, one-on-one mentoring, and professional development. Interns work directly with federal scientists and CIMAR researchers on focused scientific projects that contribute to NOAA’s mission in the Pacific Islands region.

Interns will:

  • Gain practical experience in marine and atmospheric science
  • Work closely with dedicated scientific mentors
  • Contribute to active research supporting sustainable marine resources
  • Build skills aligned with their academic and career goals

This year, two interns will be selected — one for each of the projects described below. Internship start dates are flexible upon selection.

Compensation: $24 per hour. Travel and housing support are not provided.

Application deadline: April 3, 2026  (See application details below.)

Participant Eligibility Requirements

Applicants must:

  • Be a United States citizen, national, or lawful permanent resident. We are unable to accept applications from students requiring visa sponsorship.
  • Be enrolled full-time as a degree-seeking undergraduate student at an accredited college or university, with at least 24 completed credit hours at the time of application. Students graduating in Spring 2026 are eligible to apply.
  • Be majoring in a field related to marine or atmospheric science, research, technology, education, or a discipline aligned with the mission of NOAA and CIMAR (e.g., biological, physical, or social sciences; mathematics; engineering; computer and information sciences; education and outreach; Hawaiian studies).
  • Be able to obtain security clearance to work in a federal facility (includes fingerprinting and a background check).
  • Be available to participate for the full 10–12 consecutive weeks of the internship (start and end dates determined upon selection based on mentor availability and academic schedule).
  • Physically reside in O‘ahu for the duration of the internship.

Please note: This is a paid internship; however, travel and housing are not provided.
Prospective participants are required to apply via the online form with all application materials by April 3, 2026. Incomplete applications will not be considered.

Project 1: Applying AI and Automation to Optimize Coral Reef Data Management

Project Mentors: Lori Luers (CIMAR), Brighton Hedger (CIMAR), Michael Akridge (CIMAR), Hannah Barkley (NOAA)

Diagram with four segments, left to right, transitioning with arrows: 1) A box that says 'planning & collection' with the 'docker' logo and a scuba diver underwater, with several sci-fi datapoints superimposed over them. 2) In a box titled 'storage/management', the oracle APEX logo next to another unidentified logol below, a graphic of an ocean vessel. 3) In a box titled 'long-term preservation', a drawing of a computer server. 4) In a box title 'analyze/publish', the NCEI logo with several generic charts below it, overlaid with a small QR code.

Project Background and Objectives: This project aims to apply existing technologies to optimize coral reef data management.  A core aspect of coral reef monitoring is data management and archival. Federal data is required to be accessible within 1 year of collection as per the Public Access to Research Results (PARR) mandate. Federal standards include using an InPort metadata catalog system, as well as submitting data for archival with a national database; for PIFSC, this is the National Centers for Environmental Information (NCEI).  The goals of this summer internship include: optimizing our current workflow for data management and archival to ease workload off teams, enhancing quality control and data integrity of datasets, and looking into available tools (e.g. Gemini Gems) to accomplish this. Intern would work with our ocean chemistry related datasets, with opportunities to work with other datasets of interest. Intern will also have opportunities to develop Python tools, either novel or building on existing tools. Projects vary with experience, but can include working with database systems, or designing and deploying an AI Archive Agent to assist with archive preparation.

Applicant Preferred Skills:  The ideal applicant will have prior experience with coding (Python), version control (GitHub), information sciences, working with AI, and strong written and communication skills. Proficiency with data quality control methods, Python, APIs, and Git is highly desirable. Prior experience with archival, databases, and developing tools, would be an asset for this position, as well as a self-starting mindset with a desire to work with environmental data.

Project 2: Early Settlement Dynamics across Hawaiian Coral Reefs

Project Mentors: Joy Smith (CIMAR), Hannah Barkley (NOAA), Zach Taylor (CIMAR), Candace Alagata (CIMAR), Juliette Verstaen (CIMAR)

Project Background and Objectives: This project aims to improve our understanding of spatial patterns and drivers of early reef settlement communities in the Hawaiian Archipelago by conducting image analysis of existing photographs of the top plates of calcification accretion units (CAUs) deployed in 2019 and recovered in 2024. Specifically, this project will include (1) identifying all taxa to major taxonomic groups (e.g. coral to genus, CCA, macro algae, turf, invertebrates)  present on the CAUs, (2) quantifying the abundance and percent cover all taxa using ImageJ software, and (3) assessing how settling community composition varies along environmental (e.g. temperature, pH) and geographic gradients across islands of interest throughout the Main (Hawai’i Island, Maui, O’ahu) and

Northwestern Hawaiian Islands (French Frigate Shoals, Pearl and Hermes, and Kure). These data will complement current and planned CIMAR efforts to evaluate benthic community composition, reef calcification rates, and habitat persistence across the Hawaiian Archipelago.

Applicant Preferred Skills: The ideal applicant will have prior experience with identification of coral species/genera and coral ecosystem taxa, prior experience with image analysis software, some laboratory experience processing samples, working familiarity with environmental datasets.

Divided into four quadrants, labeled a, b, c, and d (left to right, top to bottom). All four quadrants have orange-brown-yellow colors. The upper-left looks soupy; the upper-right looks like storm clouds; the lower-left looks like a small patch of trees in a desert; the lower-right looks like a bunch of small redish-brown stones packed together.
In the foreground, a black-and-yellow instrument with several thin, black appendages coming off of it. It sits on a sandy-colored coral reef. In the background are some faint gray sharks.
In the foreground, a black-and-yellow instrument with several thin, black appendages coming off of it. It sits on a sandy-colored coral reef. In the background are some faint gray sharks.

Calcification Accretion Unit (CAU) deployed in the field.

Divided into four quadrants, labeled a, b, c, and d (left to right, top to bottom). All four quadrants have orange-brown-yellow colors. The upper-left looks soupy; the upper-right looks like storm clouds; the lower-left looks like a small patch of trees in a desert; the lower-right looks like a bunch of small redish-brown stones packed together.

CAU plates prepared for processing in the lab show a diverse collection of organisms (a. coralline algae, b. shellfish, c. coral, d. encrusting algae).

Diagram with four segments, left to right, transitioning with arrows: 1) A box that says 'planning & collection' with the 'docker' logo and a scuba diver underwater, with several sci-fi datapoints superimposed over them. 2) In a box titled 'storage/management', the oracle APEX logo next to another unidentified logol below, a graphic of an ocean vessel. 3) In a box titled 'long-term preservation', a drawing of a computer server. 4) In a box title 'analyze/publish', the NCEI logo with several generic charts below it, overlaid with a small QR code.

Data Management Diagram

Domino damselfish (Dascyllus trimaculatus) shelter in a branch Pocillopora grandis colony on Mauis reefs. Credit: Rebecca Weible, CIMAR