Learn about an innovative teacher PD model employing free youth summer camps to support elementary grade teachers’ authentic understanding of NGSS principles and pedagogy.

TAKEAWAYS:
Attendees will learn: 1. about a new practicum-based professional development model that pairs NGSS PD with informal (summer) youth learning; 2. approaches to measure the effectiveness of NGSS teacher professional development; and 3. how district-level PD needs can be addressed through university-district partnerships.

SPEAKERS:
Michael Kennedy (Northwestern University: Evanston, IL), Emily Mathews (NSTA: Arlington, VA), Jessica Mahon (Burroughs II Elementary School: Chicago, IL)

Come along as a kindergarten class explores the world of nature, experiences the seasons, and engages in STEM activities with Joe the Ginkgo Tree as its guide.

TAKEAWAYS:
1. Promote inquiry-based learning through the lens of a schoolyard tree; 2. Learn how to design a yearlong, child-centered STEM project; and 3. Connect students with the natural world both inside the classroom and outdoors with hands-on STEM and art-based activities and experiments.

SPEAKERS:
Amie Petronis Plumley (Grace-St. Luke's Episcopal School: Memphis, TN)

This past year has demonstrated the need for diverse tools, resources, and support to teach students in dynamic K–12 learning environments. This session will focus on strategies to integrate project-based learning in diverse learning environments.

TAKEAWAYS:
1. Learn strategies to engage students in science and engineering concepts; 2. Obtain tools to foster a learning environment and classroom culture grounded in the habit of reflection and reasoning; and 3. Gain practical resources and tools to apply project-based learning in a diverse K–12 learning environment that you can begin implementing in your classroom this fall.

SPEAKERS:
Acacia McKenna (NSTA: Arlington, VA)

Learn how teachers link sixth-grade math concepts and science processes through decoding mechanisms in computer models.

TAKEAWAYS:
1. Decoding is a powerful way to link math and science processes through coded mechanisms in computer models; 2. Teachers have developed pedagogical moves to teach decoding without having to explicitly teach computer programming; and 3. Decoding mechanisms in math class benefit students by enabling them to understand scientific processes encoded in computer models during science class.

SPEAKERS:
Emma Anderson (MIT Scheller Teacher Education Program: Cambridge, MA), Aditi Wagh (Massachusetts Institute of Technology: Cambridge, MA), Fritzie Culi (James H. Rodriguez Elementary School: Espanola, NM), Eric Prileson (Andrews Middle School: Medford, MA)

We will use Micro:bits, programming, and sensors to empower student learning and accelerate conceptual model development. Participants will simulate this online.

TAKEAWAYS:
1. Sensors can accelerate the learning process and empower students when used correctly; 2. Computational thinking is catalyzed by block-based programming languages; and 3. Conceptual model development and inquiry are intricately linked.

SPEAKERS:
Jared Carter (University of Florida: Gainesville, FL)

Bring the world to your urban classroom with Global Science / Citizen Science. Experts will share their work and provide details on how to actively involve students in real-world science.

TAKEAWAYS:
1. Engage with educators who have led their school systems to meet various challenges; 2. Learn from successful programs; and 3. Discuss relevant issues related to urban science educators.

SPEAKERS:
Pat Shane (UNC-Chapel Hill Emerita: , NC), Mary Beth Berrien (Greenfield Commonwealth Virtual School: Greenfield, MA), Michelle Ellis (Hunter Huss High School: Gastonia, NC), LeeAnne Jimenez (Wilson Teaching and Learning Academy: Tulsa, OK), Acacia McKenna (NSTA: Arlington, VA), Susan Meabh Kelly (University of Connecticut: Storrs Mansfield, CT), Brad Rhew (Guilford County Schools: No City, No State)

Through research conducted by the Growing Future STEM Teachers in Maine grant, this presentation explores the upsides, downsides, and enticements of secondary STEM teaching.

TAKEAWAYS:
Participants will: 1. explore perceptions of careers in STEM secondary education; 2. understand factors that influence interest in STEM fields; and 3. identify evidence-based practices for preparation and retention of high-quality secondary STEM teachers.

SPEAKERS:
Patricia Waters (Saint Joseph's College of Maine: Standish, ME)

The “quantum revolution” is on the horizon. What can we do today—through policies and programming—to ensure quantum computing education is accessible to all students?

TAKEAWAYS:
Participants will be able to: 1. explain why quantum computing is an important emerging technology and STEM discipline; 2. identify the barriers to accessible, widespread quantum education and describe actionable strategies to combat them; and 3. discuss ideas to increase diversity in quantum computing, starting at the K–12 level.

SPEAKERS:
Kiera Peltz (The Coding School: Studio City, CA)

As COVID-19 changed learning environments, the rift between curricula and instructional practices widened with detrimental results for students and teachers.

TAKEAWAYS:
1. Issues with curriculum leading instructional practices; 2. Need for support and professional development of teachers for conceptual model development in students; and 3. Teachers who were trained in conceptual modeling pedagogical practices were better able to serve students in their classes in new learning environments.

SPEAKERS:
Nancy Ruzycki (University of Florida: Gainesville, FL)