Overview

Education students and faculty in the spotlight

Our students and faculty are accomplishing great things. Below, you'll find some of their work and achievements. This page will be updated frequently as their accomplishments continue to roll in.

Murals line the room during the 2nd annual Social and Emotional Learning (SEL) Awareness Week at the School of Education North Haven campus on February 12, 2016.

Learning beyond the classroom

Murals line the room during the 2nd annual Social and Emotional Learning (SEL) Awareness Week at the School of Education North Haven campus on February 12, 2016.

Featured Work

The state championship spelling bee

By hosting the state round of the annual Scripps National Spelling Bee, the Quinnipiac School of Education contributed not only to Connecticut’s intellectual and academic life, but put into practice its mission to educate. Faculty, administrators, and students in the School of Education helped with the logistics and organization of the competition — and witnessed firsthand the drama and power of 63 young scholars attempting to be the best at doing something difficult. Quinnipiac University sponsored the state champion’s trip to the national finals.

Beyond Campus

New Haven middle school teacher Heather Toothaker learns new approaches to teaching science based on the Next Generation Science Standards at Quinnipiac.

Science synergy

New Haven middle school teacher Heather Toothaker learns new approaches to teaching science based on the Next Generation Science Standards at Quinnipiac.

SING Grant Opportunity

Offering science teachers a chance to ‘SING’

Quinnipiac will use a $191,068 Teacher Quality Partnership Program grant it received for 2016 through the state Office of Higher Education to continue training teachers from school districts across southern Connecticut about the Next Generation Science Standards.

Now in its second year, Project SING (Science Induction for the Next Generation) is designed to bring the Next Generation Science Standards into focus for beginning teachers, mentors and administrators and also to promote the retention of new teachers in the field. The program features content-specific professional development with a focus on these science standards, which Connecticut adopted in November 2015. These standards represent a multi-state effort to create new education standards that are rich in content and practice and arranged in a coherent manner across disciplines and grades to ensure all students receive an internationally benchmarked science education.

Modernizing science education

Anja Pennell and Michael Sposito, of the Capitol Region Education Council, train as part of Project SING (Science Induction for the Next Generation) at the School of Education Curriculum Center.

"With the adoption of the NGSS in Connecticut, we have taken a step forward to help our students develop science literacy and to become global citizens," said Cindy Kern, a professional development leader and visiting assistant professor in the School of Education. She also serves as director of the Bristol-Myers Squibb Center for Science Teaching and Learning at Quinnipiac. "We now need to support the science teachers in the implementation of NGSS-aligned instructional practices. We are very excited to have an opportunity to help teachers and positively influence the science experience of Connecticut students."

Project SING brings together teams of beginning teachers, mentors and administrators from 10 Connecticut districts, including Bridgeport, Capitol Region Education Council, East Haven, Hamden, Meriden, New Haven, North Haven, Norwich, Notre Dame High School and Wallingford, for professional development designed to:

  • Support the relationship between beginning teachers, mentors and administrators as it relates to three-dimensional teaching and learning based on the NGSS.
  • Support beginning teachers in the Connecticut induction process.
  • Engage teachers and administrators in a collaborative and reflective experience, which challenges them to expand their science understanding and implement research-based teaching practices.
  • Immerse teams in the Next Generation Science Exemplar system, a cyber-enabled learning environment.
  • Integrate the skills of Project SING's first-year fellows into classroom practices and assessments.

The Bristol-Myers Squibb Center for Science Teaching and Learning is a network of scientists, engineers and educators collaborating to advance the art of STEM education from kindergarten to the university level.

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