About ARCS Honolulu Chapter

The ARCS Mission

ARCS (Achievement Rewards for College Scientists) Foundation advances science and technology in the United States by providing financial awards to academically outstanding students who are U.S. citizens studying to complete degrees in science, engineering, math, technology, and medical research.
ARCS Scholar medallion with orchid lei

Our 2025–2026 Board

Co-Presidents:
Wendy Lagareta (Chapter Affairs)
Dr. Carol Stratford (National Affairs)

Vice President - Membership:
Patricia (Patty) Lee

Treasurer: Susan Moore

Secretaries:
Roslyn (Roz) Pearson (Recording)
Patricia LaPorte (Corresponding)

Directors:
Cheryl Ernst (Communications)
Dr. Jane Schoonmaker (University Relations)
Dr. Jacqueline (Jacquie) Maly (Parliamentarian)

Immediate Past President:
Cheryl Ernst

Who We Are and What We Do

ARCS Foundation Honolulu Chapter is an all-volunteer, non-profit, women's orgnization that provides financial support to exceptional University of Hawai‘i students pursuing graduate studies and conducting research in science, technology, engineering, mathematics, and health.

Our members come from community, business, government, and education sectors. We are united by our keen interest in things scientific and our strong commitment to advancing U.S. leadership in STEM fields … not to mention our delight in good company and fun events.

Responsible Philanthropy

Since 1974, we have provided more than $2.8 million in ARCS Scholar Awards to 689 students. Funding for these unrestricted grants comes from two sources:
– ARCS Award endowments managed by the University of Hawai‘i Foundation and Hawai‘i Community Foundation
– annual chapter fundraising efforts

We depend on dues to cover operational expenses; donations and proceeds from fundraising efforts go toward ARCS Scholar Awards. As a result, $8 out of every $10 expended by our chapter goes directly to our student scholars.

Pie chart showing sources of ARCS income: 38% contributions, 30% foundations, 22% fundraising, 10% member dues, Pie chart showing use of ARCS Honolulu funds: 80% scholar awards, 15% fundraising, 5% operations

Learn More

To Quote a Scholar: Julia Douglas

Julia Douglas headshot

"The generous support of the ARCS award facilitates both the completion of my PhD program and the establishment a long-term research component of my future career."

2024 Sarah Ann Martin ARCS Scholar Julia Douglas scales trees in Hawai‘i an Mexico to study endangered epiphytes growing in the canopies as part of her doctoral research in botany at the University of Hawai‘i at Manoa.

To Quote a Scholar: Mason Russo

Mason Russo in front of poster

"I have conducted comprehensive studies on two invasive insect pests in the Hawaiian Islands that are severely impacting Hawaiian ecosystems. The coconut rhinoceros beetle is spreading fast across Oahu and has reached other islands. The hala scale impacts native coastal hala forests."

Besides offsetting the high cost of living in Hawai‘i, funds from the 2024 Maybelle F. Roth ARCS Scholar and Honolulu Scholar of the Year awards would allow Mason Russo to return to Asia if an initial survey produces promising biological control agents for the battle against destructive insects that threaten Hawai‘i trees.

Scholar Update: Lunar Luminary Paul Lucey

Dr. Paul Lucey in labsuit

"When I began research in planetary science as an undergraduate, I saw it as a tangible way to explore space and make meaningful contributions to that endeavor. As time passed, I have enjoyed helping many students do the same, and watch them become successful scientists."

1987 Honolulu ARCS Scholar Dr. Paul Lucey received the NASA Eugene Shoemaker Distinguished Scientist Medal recipient for lifetime achievement in the study of the Moon and other rocky planets. A professor in the University of Hawai‘i at Manoa's Hawai‘i Institute of Geophysics and Planetology, he has been instrumental in developing imaging spectrometers for NASA. His use of hyperspectral imagery to efficiently map lunar materials and quantitative modeling of near-infrared spectra have generated key insights regarding the composition of the lunar crust and interior. Read more