Rolling admissions phase is now in motion at Hawai‘i Preparatory Academy which means that all application deadlines have passed. Learn how one student gained an opportunity for independence and an early start at the school by applying during this phase.
Capstone courses represent the leading edge of HPA’s drive to become a more discovery-based school. These culminating academic experiences in the 5th, 8th, and 12th grades empower each student to execute a significant independent project, under the guidance of a faculty mentor.
In masonry, capstones are the crowning stones that run across the top of a wall or railing. At HPA, capstone projects allow students to venture into new intellectual territory, fueled by their own interests and imaginations. Through these "crowning" experiences in each school division, HPA students pursue research questions or creative endeavors that can be scientific, artistic, mathematical, social—wherever a student’s interests may lead. By the end of the school year, each student will synthesize his or her discoveries and give a public presentation to the community. Through this inquiry-based approach, HPA students are expected to demonstrate a broad range of academic and personal skills, including problem solving, analytical thinking, creativity, perseverance, and the ability to communicate clearly—on the page and in person.
1. Proposal creation
2. Content learning
The capstone process culminates in a presentation to an authentic audience.
How We Define Projects:
Projects, which are part of every class at HPA, include, supplement, and enhance core skills and content by providing opportunities for students to demonstrate deeper understanding of a topic/question. Projects last less than a semester, are teacher-initiated, and have a pre-set curricular goal. Each project builds specific skills that are necessary for future capstones and culminates in a student-created artifact or performance.
Kate Sensenig '16 writes for the WSJ Morning Mix with classmates and editor Fred Barbash
Viet Tung Dao '17 explores brainwave technology for drowsy drivers