Field Notes from BCCE 2026 - From Entry Points to Ecosystems

<p data-end="972" data-start="741">This resource offers a reflective synthesis of selected sessions from the 2026 Biennial Conference on Chemical Education, with a focus on green chemistry education and practice and on communities of practice in chemistry education.</p> <p data-end="1512" data-start="974">Rather than providing a session-by-session summary of the full conference, the report identifies recurring themes across the strands the author followed. These include the importance of realistic entry points for faculty, the use of systems thinking to connect chemistry with environmental and human systems, authentic case studies and laboratory experiences, course-based undergraduate research experiences, assessment of reasoning under complexity, and the need to build green chemistry competencies intentionally across the curriculum.</p> <p data-end="1844" data-start="1514">The report also considers faculty development as both informational and relational. Resources and introductory courses can help educators begin, but sustained curricular change is more likely when faculty have access to peers, feedback, mentoring, and professional communities that support adaptation and implementation over time.</p> <p data-end="2069" data-is-last-node="" data-is-only-node="" data-start="1846">The resource may be useful to chemistry educators, faculty developers, community leaders, and organizations working to support green chemistry, systems thinking, curricular transformation, and faculty professional learning.</p>

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QUBES
Published
2026-08-03
DOI
https://doi.org/10.25334/npkz-aw26
Primary Topic
Chemistry and Chemical Engineering
Type
article
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article

Field Notes from BCCE 2026 - From Entry Points to Ecosystems

Sarah Prescott
QUBES
Chemistry and Chemical Engineering
article

Field Notes from BCCE 2026 - From Entry Points to Ecosystems

Sarah Prescott
article en

Abstract

<p data-end="972" data-start="741">This resource offers a reflective synthesis of selected sessions from the 2026 Biennial Conference on Chemical Education, with a focus on green chemistry education and practice and on communities of practice in chemistry education.</p> <p data-end="1512" data-start="974">Rather than providing a session-by-session summary of the full conference, the report identifies recurring themes across the strands the author followed. These include the importance of realistic entry points for faculty, the use of systems thinking to connect chemistry with environmental and human systems, authentic case studies and laboratory experiences, course-based undergraduate research experiences, assessment of reasoning under complexity, and the need to build green chemistry competencies intentionally across the curriculum.</p> <p data-end="1844" data-start="1514">The report also considers faculty development as both informational and relational. Resources and introductory courses can help educators begin, but sustained curricular change is more likely when faculty have access to peers, feedback, mentoring, and professional communities that support adaptation and implementation over time.</p> <p data-end="2069" data-is-last-node="" data-is-only-node="" data-start="1846">The resource may be useful to chemistry educators, faculty developers, community leaders, and organizations working to support green chemistry, systems thinking, curricular transformation, and faculty professional learning.</p>

QUBES
University of New Hampshire at Manchester (US)
Openalex Percentile: Top 16%
Chemistry and Chemical Engineering
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