Although there is extensive dissemination of the research and results obtained from deep-sea cores within the scientific ocean drilling community, less focus has been placed on the lives and experiences of those carrying out the research, including scientists, technicians, ship’s crew, and shore-based staff. This project documents the stories of those that have sailed on and supported scientific ocean drilling expeditions through a collection of audio narratives that showcase what goes beyond the “science” part of science at sea. By highlighting the human aspect of ocean expeditions and emphasizing the experiences of those involved, we make the field accessible to those who may have previously felt uninterested, disconnected, or alienated. We are also seeking feedback from educators in terms of what additional supporting materials (eg: images and maps, scaffolds, formative and summative assessments) should be added to the project to maximize the benefit to all students.

TAKEAWAYS:
Free multimedia classroom resources, including audio narratives from the people involved in scientific ocean drilling and associated activities and worksheets, allow students to interact with the people who participate in complex science and engage in sensemaking about geoscience concepts.

SPEAKERS:
Maya Pincus (Columbia University / U.S. Science Support Program: Palisades, NY)

School gardens are a fantastic way to transition from a more traditional classroom to an outdoor, experiential learning opportunity centered on student engagement and critical thinking. Students are able to physically connect with nutrition education, understand the process of growing healthy foods, and recognize environmental stewardship. A school garden can also be integrated into many subjects such as math, science, health, literacy and social studies. The school garden offers a place to enrich teaching efforts with powerful hands-on experiences that make learning come alive. Each school or youth garden is as unique as the school or community that plants it. Gardens may come in many configurations, ranging from a collection of container gardens or a grouping of raised beds to a half-acre of plowed land. Successful garden programs do have certain features in common, however, they are designed to meet local program needs, to be sustainable, and to use the physical site and resources.

TAKEAWAYS:
School gardens are a fantastic way to transition from a more traditional classroom to an outdoor, experiential learning opportunity centered on student engagement and critical thinking. A school garden can be integrated into many subjects such as math, science, health, literacy and social studies.

SPEAKERS:
Lindsey Noonan (Topeka Public Schools USD 501: Topeka, KS), Rhonda Gadino (Topeka Public Schools: No City, No State)

In 2014 Girls Building STEAM was concieved after attending an ISTE presentation. The goal was to do short, fun activities that girls could continue at home, like melted crayon art, air pressure games with cheeseballs, and MAKER activities. Once a month 30 minute meetings grew into weekly 1 hour meetings and stand-alone ideas grew into year-long projects. Along the way, a group of girls took charge and began leading, assisting in grant writing, planning, and teaching. We created a successful year-long fashion program that taught fashion design, jewelry-making, art, and more to bring attention to environmental issues in South Florida. In this session we will share our day plans, month plans, and year plans. You will hear from students and student leaders about why this program is important, and how it has enhanced their learning in school and guided their choices for the future.

TAKEAWAYS:
Attendees will gain insight on how to start, maintain, and succeed with a student-led club that helps build young ladies into leaders. You will hear from current students and mentors who discovered their love of STEAM, and are now motivated to get others hooked on the fun and learning.

SPEAKERS:
Nancy Penchev (Scheck Hillel Community School: Miami, FL)

A really fun component of my virology course is virus structure. The first time I taught the class ('21), I gave the students a guided tutorial on how to build a viral capsid using very fancy online software. Students really enjoyed this activity, however, they found difficulty understanding the different axes of symmetry that viruses use to create a capsid shell. Therefore, during the second iteration of the course ('22), I created a paper-based icosahedron (a typical shape that viruses use) folding activity so students could orient themselves with a model before doing the more complex online computational building component. This was such a hit that I am currently working on a case study for publication with a student on this activity in particular. For the third iteration of the course ('23), students printed 3-D models of their viruses that truly enhanced learning for this work. I would present overviews of the activities as well as detail the progression of the course.

TAKEAWAYS:
In an effort to facilitate a complete understanding of viral 3-D structure for the development of antivirals and vaccines, students conduct origami paper-folding activities as well as 3-D printing to complement the more rigorous computational methods used in the classroom.

SPEAKERS:
Lawrence Tartaglia (Teaching Assistant Professor: Bethlehem, PA)

The poster aims to present student ideas about mathematics and computational thinking (MCT) in the context of weight (elementary) or mass (secondary). Standards K-PS2-1 and 3-PS2-1 emphasize and guide the three-dimensional approach. Participants consider the differences and similarities between a pan and digital balance with a Venn diagram. Students typically think of weight as a quantitative measure. The pan balance can be used to describe the weight of an object both qualitatively and quantitatively. In mathematics education, pan balances quantify the weight of objects with a set of known weights. Weighted plastic of one, five, or ten increments placed on one side of the pan quantitatively measures the ”weight” of the object on the other pan. Educators use “weight” to describe “mass” and refer to heaviness or the amount of stuff an object has at the elementary level. Comparing and contrasting quantities and relationships align with the SEP of using MCT.

TAKEAWAYS:
After comparing the weight of two or more objects with a pan and digital balance, a Venn diagram structures students' thinking about the weight measurement tools. We present students’ ideas about balances and offer strategies to uncover students’ ideas about qualitative and quantitative measurements.

SPEAKERS:
Jaclyn Murray (Mercer University: Macon, GA)

Coaching Science Olympiad 30+ years and my science teaching cousin still a rookie, we offer tips and tricks on team startup or management. Join us to hear how I took a tiny Nebraska school to win B and C Divisions at Regionals my first year at Arcadia. Having been a veteran coach at four public schools, this amazing educational science event molded careers for my students, cousin, and four children. My cousin started a team in western Nebraska which added travel challenges across our state. We will share ideas on how to manage 2 teams of 30+ students to compete in 24+ events that coaches rarely get to see. Nebraska coaches often make tests for 2 events in 4 time slots to judge. Balancing team preparation and meeting NGSS/state science standards is a challenge while teaching a full day with 3-7 preps. The NE Director asked me to mentor more S.O. coaches so here we are. Teachers will be enlightened with a poster, slide show, paper examples and 3-D visuals to help coaches find success.

TAKEAWAYS:
Attendees will gain ideas to start their own Science Olympiad Team/s. How to select students for various events to earn team points in each, make user-friendly maps with schedules, reminders and information students can follow, and build unity by wearing team designed school shirts .

SPEAKERS:
Marie Wadas (Arcadia Public School: Arcadia, NE)