A research program in Alaska can mean anything from fieldwork in the wilderness to a virtual project with a university professor.
This year alone, Alaska high school students can choose from a dozen or more research-caliber programs. Options range from a residential science-and-arts academy reachable only by boat or floatplane, to a fisheries biology internship sponsored by a national scientific society, to a fully virtual research institute headquartered thousands of miles away.
That range matters because research programs for Alaskan high school students vary enormously in what they actually ask a student to do. Some place students in a university laboratory or field site under a working scientist. Others pair a student one-on-one with a faculty mentor to design and complete an original research project from scratch. A few are structured more like an internship or apprenticeship, with meaningful hands-on experience but a scientist directing the work throughout. Understanding those differences before applying saves a student from spending a summer—or a school year—on the wrong kind of experience.
The distinction that matters most is between programs where a student drives the research and programs that mainly offer exposure to a research environment. Both can be valuable. But a student choosing between them should know which one they are applying to, and choose based on what they actually want out of the experience: independent inquiry, or a guided introduction to how research works.
The highest quality research programs for high school students fall into two categories:
The strongest programs tend to share two qualities: a high degree of student agency in shaping the research direction, and meaningful institutional oversight that ensures academic rigor. Programs run with oversight from universities, government bodies, and established non-profits typically possess these qualities, giving students the closest approximation to what college-level research actually looks like and making the experience valuable for college readiness and career development.
To read more about the different types of research programs available, and how they differ from popular “independent mentor-matching” services, read our comprehensive guide on choosing the best research opportunities.
The programs below were selected based on:
The Rural Alaska Honors Institute has spent decades bringing students from rural communities across Alaska to the University of Alaska Fairbanks campus, where its Research track pairs participants with UAF researchers for hands-on scientific projects involving data collection, analysis, a final research report, and presentation, alongside its Traditional, Teach, and Diesel tracks.
The residential experience also gives students an introduction to college life while completing university-level academic work. RAHI is best suited for Alaska Native and rural students who want a fully funded introduction to higher education without having to leave Alaska, with transportation to and from Fairbanks covered by the program.
ANSEP Acceleration Academy puts Alaska high schoolers directly into University of Alaska coursework during the school year, with courses counting toward both high school graduation and a future college degree. Students also participate in group study sessions and hands-on STEM career exploration projects led by practicing scientists and engineers.
Depending on location, students enroll through participating schools or school districts while taking university courses. The broader Alaska Native Science and Engineering Program provides STEM-focused educational and career pathways that begin before high school with its Middle School Academy and continue through programs supporting graduate and university success.
It is best suited for students who want sustained, academic-year college acceleration rather than a single summer commitment.
The Pioneer Research Institute lets Alaska students complete original, college-level research one-on-one with a university professor without leaving home — a meaningful advantage for students in a state where the nearest research university can be a multi-hour flight away. Scholars conceive their own research question, with a faculty mentor guiding the process from proposal through a formal research paper.
For a closer look at admissions, cost, and whether it’s worth it, read our comprehensive guide to Pioneer.
MIT PRIMES-USA is a remote, year-long research program in advanced mathematics, including applied-math projects in areas such as theoretical computer science, built for students outside Greater Boston, Alaska students included. The commitment is substantial: participants spend the better part of a year on mentor-guided research rather than a single summer.
Our participation guide covers admissions and timeline in more depth.
The Aspiring Scientists Summer Internship Program at George Mason University offers an internship program with remote research placements through individual participating mentors, allowing an Alaska-based student selected for a fully remote internship to complete the program without traveling to Virginia.
Students apply to prospective mentors, who select interns to join their research groups at George Mason or collaborating institutions, and participants contribute to original research over the eight-week term.
Our full breakdown of ASSIP covers cost, acceptance, and what the research experience looks like.
Hosted by the University of Alaska Anchorage’s WWAMI School of Medical Education, the Della Keats Health Sciences Program combines health science-related pre-college coursework, health-related research projects, and at least four medical or health-care professional job shadows for students considering a health sciences career.
The program serves rising high school seniors and recent high school graduates, with a focus on students interested in healthcare careers. It is best suited for students with ties to Alaska exploring medicine or health research who want a fully funded residential introduction to the field.
Reachable only by boat or floatplane, ATTSAA immerses a small cohort in field-based study of Southeast Alaska’s marine and rainforest ecosystems, alongside academic coursework, scientific exploration, arts, and wilderness skills.
Students also attend the Sitka WhaleFest symposium, where they can earn one University of Alaska Southeast academic credit in Current Topics in Marine Research. It’s a fit for students drawn specifically to Southeast Alaska’s coastal ecology and comfortable with a remote, immersive setting for a 10-week academic term.
The Jackson Laboratory Summer Student Program places students in ongoing genetics and genomics research programs, where students learn through hands on learning as they develop a mentored project with increasing independence over a paid, ten-week fellowship.
Travel is covered, which matters for an Alaska applicant, and high school applicants must be graduating seniors, so younger students will need to wait until their final year to apply.
BELL: Alaska combines classroom instruction, field research and observations, site visits, and leadership workshops as part of an environmental education experience focused on climate change’s effects on Alaska’s environment and communities.
For rising high school juniors and older students who meet the program’s age requirements, the residential format offers experiential learning focused on environmental study. The 2026 program runs from July 13 to July 24. Brown also provides need-based Sibley Scholarships for eligible U.S. citizens and other qualifying U.S. residents. The schedule is intensive and places strong limits on cell-phone use so students can stay engaged with the surrounding environment and program community.
Rather than completing an independent research project, students develop an environmental Action Plan while gaining field-based exposure to ecology, climate issues, and socially responsible leadership, which would serve as a strong foundation for future forays into research.
Sponsored by the American Fisheries Society, the Hutton Junior Fisheries Biology Program is a paid internship that pairs students with a local fisheries or aquatic-science professional for eight weeks of hands-on work that can include field sampling, laboratory analysis, ecosystem restoration, fish monitoring, and data analysis.
AFS attempts to match selected students with mentors within a 30–45 minute commute of home, making the program potentially accessible to Alaska students if a suitable local mentor is available. For students interested in fisheries and aquatic resource management, it offers direct professional experience without requiring an independent research paper.
The Alaska Songbird Institute’s Swallow Ecology Project has high school interns working alongside ASI biologists to monitor Tree Swallow nests, record and manage data, and assist with bird capture and banding as part of an ongoing ecological research project in Fairbanks.
It’s best suited for students near Fairbanks who want a part-time, field-based research role alongside a full course schedule. Interns who complete at least 85 hours receive a $500 stipend, and eligible Fairbanks North Star Borough School District students can also earn 0.5 high school elective credit.
Positions on the Youth Conservation Corps’ Resource Management team put students to work directly on wildlife ecology, invasive-plant management, archaeological documentation, and field-data collection inside Kenai Fjords National Park.
This is paid employment rather than an academic research placement, so it fits a student who wants hands-on conservation science experience and income over a formal research deliverable, and who already has housing secured in Seward.
The right research program for high schoolers in Alaska depends less on prestige and more on fit.
Location matters, too, in a state as geographically spread out as Alaska. Programs based in Fairbanks or Anchorage may still require travel for students outside those hubs, while fully virtual options like Pioneer and MIT PRIMES-USA remove that constraint entirely. Cost, credit, and the length of the commitment should be weighed against a student’s other obligations before applying. An eight-week local internship asks something very different of a family than a fully residential, six-week program that may require travel hundreds of miles from home.
The programs above range from a six-week residential research academy in Fairbanks to fully virtual research a student can complete from a kitchen table in Utqiagvik. What connects the strongest options isn’t location or price. It’s whether the student does substantive work in the research process, has an appropriate level of intellectual ownership, and receives serious mentorship and institutional oversight. Alaska students weighing these options are well served by asking what kind of research experience they want before asking which program is most prestigious.
If you’re interested in conducting the highest level of research for high school students, consider joining a Pioneer information session to learn more about the Pioneer Research Institute.
Based on a recent survey, 71 percent of Pioneer Research scholars’ acceptances were to the top 20 US colleges and universities. Additionally, our alumni report acceptances to highly-selective institutions at a rate five times higher than the school’s published acceptance rate.
If you are a 9th or 10th grader, we encourage you to also check out the Global Problem-Solving Institute. You’ll have the rare opportunity to take an interdisciplinary approach to complex world programs, while earning college credits from UNC-Chapel Hill.
There is no single “best” program. The strongest options depend on subject interest and how much independence a student wants.
Yes. The Rural Alaska Honors Institute is specifically designed for Alaska Native students and students from rural communities, covering transportation, tuition, housing, meals, and other program costs so that distance from Fairbanks is less of a barrier.
Fully virtual programs, including the Pioneer Research Institute and MIT PRIMES-USA, remove the travel question entirely, since eligible students participate remotely from wherever they live. Hutton also attempts to match selected students with fisheries professionals near their homes, although participation depends on a suitable local mentor being available.
Students can also explore internship opportunities through an Alaska department such as the Alaska Department of Fish and Game, although individual openings and locations vary.
Several programs on this list offer college credit. Students in the RAHI Research track can earn up to 10 University of Alaska Fairbanks credits, while ATTSAA offers one University of Alaska Southeast credit in Current Topics in Marine Research.
The Pioneer Research Institute offers four college credits directly from Oberlin College, and George Mason ASSIP awards three undergraduate credits for COS 120: Introduction to Research. While this can contribute to academic success, students should remember that another college ultimately decides how outside credits apply toward its own degree requirements.
The distinction is usually about how the research experience is structured, not simply whether the student works independently. Some research programs let students develop their own question and carry a project from proposal through a final paper, as in the Pioneer Research Institute, where Pioneer Academics emphasizes rigorous academic standards. Others, such as MIT PRIMES-USA, place students on mentor-guided original research problems that may be defined by faculty and completed individually or in groups.
Research internships more often place students inside an existing lab, agency, or field project, where they contribute to ongoing work under a professional mentor. Hutton follows that model, while the Resource Management positions at Kenai Fjords Youth Conservation Corps are better understood as paid conservation employment that includes ecological field-data collection. Each model can build valuable research skills, but the level and type of student ownership differ.
Yes. The Pioneer Research Institute and MIT PRIMES-USA can both be completed fully online. George Mason ASSIP also has individual mentors who offer fully remote internships, allowing students selected for those placements to participate from Alaska without traveling to Virginia. Students should check each ASSIP mentor’s format carefully, since other placements are in-person or hybrid.
Doing research is commonplace. How do you choose the research opportunity that makes a difference?
Join us for a free online info session to learn about Pioneer
Check exclusive sharings From directors of prestigious programs
Sign up to receive alerts for upcoming deadlines and other opportunities for high-achieving students.
Thank you for your interest in Pioneer’s Global Problem-Solving Institute (GPSI). The application for the Fall 2025 terms is now available. Please select your country/region below:
