Elementary Education and Teaching Commons^™

Beating The Odds: High-Growth Schools Based On The Act Aspire Examinations, Serving Low-Income Communities, Charlene A. Reid, Sarah C. Mckenzie

Arkansas Education Reports

This edition of the OEP Awards highlights schools in Arkansas based on student growth on the ACT Aspire exams in Mathematics and English Language Arts (ELA). This is a departure from prior awards, which were based on student proficiency.

We choose to focus on student growth for these OEP awards because we think it is a better reflection than proficiency rates of how the school is impacting students. Growth is calculated at the student level, and essentially reflects how much a student improved his or her score from the prior year compared to what was predicted based on prior achievement …

The Impacts On Rural Families When Engaging In Stem Education, Kimberly Felton-Canfield

Department of Teaching, Learning, and Teacher Education: Dissertations, Theses, and Student Research

Family STEM (Science, Technology, Engineering and Mathematics) Nights and Family STEM Backpacks are a way for schools to provide stakeholders the opportunity to work together in a hands-on, interactive environment to learn more about STEM subjects. Students, teachers, parents and community partners learn through various activities what career choices are available that engage STEM disciplines. Through action research, qualitative data was gathered to discover the community impact of attending a Family STEM night and participating in Family STEM Backpack Projects. Participants completed pre- and post- event surveys and open-ended interview questions. The whole community was invited to participate in Family …

Impact Of Robotic Challenges On Fifth Grade Problem Solving, Julie Rankin

Department of Teaching, Learning, and Teacher Education: Dissertations, Theses, and Student Research

This action research project was designed to investigate the impact of educational robotics in a fifth grade rural classroom. The integration of science, technology, engineering, and math in education (STEM) has sparked an increase of robotics in the classroom. The purpose of the study was to determine if problem-solving skills can be impacted through continuing involvement with challenges using various educational robotics and programming tools. The study sought to answer two research questions: (1) How does the introduction of robotics challenges in a fifth-grade classroom impact students’ problem solving skills? (2) How do robotics in the classroom impact student interest …

Scipp: An Expanded Community Of Practice - Community Publishing, Juan Delgado, Kelly (Kl) Straight Dortch, Daiana Rodriguez, Alex Avila, William Beshears, Juliana Cruz, Gina Hanson, Frank Houlihan, Lacey Kendall, Larry Light, Cati Porter, Molly Tor, Timothy "Isaac" Pieper, Bianka Sanchez, Sara Trowbridge, Daniel Aguilar, Bernardo Benigno, Arely Bernal, Alejandra Bueno, Emily Campos, Jason Cannon, Griselda Caudillo Gallo, Joshua Clemente, Sarah Coblentz, Diana D'Arcangelo, Georgia Darwin, Mary Grace Deasis, Kaylan Els, Keith Fernandez, Maria Flores, Khiyara Frontela, Anthony Galvan, Monica Galvez, Martin Garcia, Jessica Godin, Freda Guzman, Madison Hall, Diana Huitron Munoz, Jennifer Ledesma, Maria Lias Chacon, Rebekah Linares, Prisma Loya, Elijah Magana, Alberto Mancillas, Lorinda Maya, Jennifer Pimentel, Nancy Ramirez, Angelica Rodriguez, Alexis Ruvalcaba, Sandra Sandoval De Rosas, Emily Stoddard, Andrea Tinajero, Lesly Velez Montenegro, Saulo Velez Montenegro, Matthew Vigil, Sergio Zamora, Marylou Alvarez, Roxanna Cervantes, Tenaya Fuentes, Wendy Moreno, David Valenzuela, Philip Colunga, Augustine "Auggie" Fuentes, Nadia Fuentes, Olive Fuentes, Sophia Fuentes, Miraya Martinez, Diego Mercado, Iker Valenzuela, Roma Valenzuela

Q2S Enhancing Pedagogy

SCIPP redefines and expands the existing notions about what makes for a vibrant and robust community of practice by partnering CSUSB students and professors with K-12 students, parents, and educators, along with committed community partners. SCIPP encourages curiosity in ways that leads to critical thinking, exploration, "risk taking", confidence building, open-mindedness, and other personal traits that equip them with the softskills to be active, critical, and creative contributors to our communities. SCIPP pedagogy embraces our students' collective wisdom and focuses on relational building where multi-directional communication is promoted and students are viewed as equal stakeholders in their own educations. SCIPP …