Maine Opens Registration for Pine Tree Programming

The state initiative offers coding resources and micro:bit hardware to elementary and middle school clubs.

Updated on Oct. 30, 2026 in Primary Education

Bold vector editorial illustration of a small electronic circuit board on a wooden surface, representing Maine's new coding program for students. — The Maine Department of Education has opened registration for the 2026-2027 Pine Tree Programming initiative, offering hardware and resources for student coding clubs. AI Illustration. Upload story photo >

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The Maine Department of Education has launched registration for the 2026-2027 Pine Tree Programming initiative, which provides hardware and instruction for student coding clubs. The program is designed to expand access to computer science education across the state.

Why it matters

By providing micro:bits and structured instructional support, the initiative aims to bridge the gap in physical computing access for elementary and middle school students. It supports local clubs in developing foundational skills through a tiered learning framework.

The program features a Foundations and Explorations curriculum level over six weekly sessions. Clubs receive hardware kits and ongoing support from the Maine Department of Education.

The players

Maine Department of Education

The state agency responsible for overseeing public education and implementing specialized academic initiatives like Pine Tree Programming.

The details

Coaches participating in the initiative receive dedicated instructional materials and weekly guidance to help facilitate coding activities. The program is split into two distinct tiers to accommodate varying skill levels among students.

November 20, 2026: Registration deadline for the 2026-2027 school year
January 25, 2027: Start of the six-session program window
March 15, 2027: End of the six-session program window

Culture Shift

This program aligns with the national trend toward integrating physical computing into K-12 curricula to prepare students for digital careers. It marks a shift in how Maine approaches STEM education by prioritizing hands-on hardware experience over purely theoretical instruction.

Families and educators in Maine can coordinate with their local school leadership to secure club spots before the mid-November deadline. Participants should prepare for the six-week commitment starting in late January to ensure students have consistent access to the provided hardware.

The takeaway

The program provides a structured, accessible path for students to engage with physical computing technologies like micro:bits. Educators and parents interested in STEM development should monitor these enrollment cycles to ensure their local clubs receive necessary hardware support.