Charting a new course

In a unique partnership bridging the Pacific, UW Visiting Astronomy Professor Brittany Kamai introduces students to the secrets of the universe through the “rocket ships of our ancestors.”

Brittany Kamai

To take one of UW Visiting Astronomy Professor Brittany Kamai’s classes, you needn’t be a science major. But you do have to realize that — even in the sciences — learning can look a lot of different ways. Sometimes it’s a lecture hall or a microscope. And sometimes it’s a canoe under the stars.

Kamai is an astrophysicist based in Waiʻanae, Oʻahu, Ჹɲʻ, who has spent her adult life passionate to understand the universe from two perspectives: through practicing Pacific Islanders’ Indigenous wayfinding passed down across generations, and through her academic work with a Ph.D. in astrophysics, which approaches the topic with a decidedly Western lens. Because of this uniquely multifaceted approach, she was invited to teach at the Ƶ in spring 2024 through a Native Knowledge Lecturer Grant from the UW’s .

Before they can survey the skies to understand the universe, students on this study abroad program to Ჹɲʻ first need to understand how to operate canoes essential to Indigenous Pacific Islander wayfinding.

In that first class, called, Kamai says she presented Western and Indigenous knowledge separately. “But the second time I taught the class [in spring 2025], it felt like I was weaving them together, like makingalei,” she says. “I noticed the difference in how I talked about topics: For example, I would have the students understand planetary and orbital dynamics—the sun and theEarthgoing around each other—but then show how that presents in what we see out on the ocean.”

This combined approach became even more tangible in the summer 2025 study abroad course she taught in Ჹɲʻ. There, Kamai’s goal was to help 20 UW students “understand canoes as the rocket ships of our ancestors” through a hands-on Hawaiian experience rather than relying on pictures, videos, the UW Planetarium and star apps due to Seattle’s perpetually cloudy skies. Over four weeks split between Oʻahu and Maui, students went through ocean safety training, worked on traditional canoes with professional voyaging academies and supported the local community through a variety of events, including dinners with high schools students to talk about career pathways, star stories at the navigation heiau (traditional Hawaiian place of worship) in Waiʻanae and teaching the elementary, middle and high school children in Lahaina, Maui about their cultural connections to the greatest navigators in history.

Students sit on the grass in a circle with mountains in the background

Kamai wasn’t this study abroad cohort’s only educator — they learned from local Hawaiian community organizers and voyagers, as well as one another.

Some of that work, spearheaded by UW Master of Education student Raveena Gandhi, involved putting on a workshop for local educators to offer resources that support teaching through multiple ways of knowing. Gandhi took Kamai’s course as a researcher last spring, curious to see what it looked like when a teacher brought Indigenous knowledge into STEM education and did things a little bit differently. “That’s really what I’m most interested in: How do you teach STEM more expansively, beyond contemporary, Western scientific ways of knowing? How do you think together about STEM education, the environment, and Indigenous cultural revitalization?” she asks. “It wasn’t until I got to the UW and met Brittany that I was like, ‘Oh, she’s thinking about things in ways I hadn’t even considered before.’ It’s been a really rich learning experience.”

A collection of small boats built from twigs and leaves

Kamai asked students to design their own voyage — complete with building a tiny vessel to send out to sea.

That’s really what I’m most interested in: How do you teach STEM more expansively, beyond contemporary, Western scientific ways of knowing?
Raveena GandhiUW Master of Education student

Gandhi’s approach to educational research has been shaped by Kamai’s teaching philosophy. She’s finishing her master’s degree in June but plans to remain at the UW in the fall to work toward a Ph.D., to continue to study culturally grounded approaches to STEM education. “The trust that gets built in that classroom really lays the groundwork for people to share their thoughts, be vulnerable,” Gandhi says. “In Brittany’s class, she really seamlessly has found a way to bring these two things together: This is who I am as a scientist, and this is who I am culturally — and those can work together to expand teaching and learning.”

Kamai will be teaching her course at the UW in Seattle in winter 2027 and taking another group of study abroad students to Ჹɲʻ in the future. For more information on her upcoming courses, keep an eye on the .

Story by Chelsea Lin // Photos courtesy of Brittany Kamai and students