ITEEA Resource Hub
A roundup of open-access resources, created by both ITEEA and external organizations, to aid and support educators in their teaching and learning.
If you would like to add a resource to the ITEEA Resource Hub, please e-mail iteea@iteea.org.
Resources are marked as Activity, Article, Slide Deck, Standard or Video
- 8 Strategies to Improve Participation in Your Virtual Classroom [article]
- Digital Experiences Calendar | Family and Teacher Resources [activity]
- DIY Toy Making [activity]
- Department of Defense (DoD) STEM Online Resources [activity]
- Flinn Scientific | At Home Science Education [activity]
- Go Open VA | Explore. Create. Collaborate. [activity]
- Hofstra University Center for STEM Research | Curriculum Resulting from Projects [activity]
- Hofstra University Center for STEM Research | STEM @ Home [activity]
- IEEE REACH | Raising Engineering Awareness through the Conduit of History [activity]
- Junk Mail Engineering Activities [video]
- Learning from Home with USGS [activity]
- Learn in Color | Resources for Students, by Students [activity]
- NASA eClips | Providing Educators with Standards-based Videos, Activities and Lessons through the lens of NASA [activity]
- NASA STEM Resources [activity]
- Open Educational Resources (OER) Commons | Public Digital Library of Open Educations Resources [activity]
- Parent Resource Flyer [article]
- Social Media Guide to Remote/At-Home Learning [video]
- Story Time from Space [activity]
- What is the Water Cycle? [activity]
- Best YouTube Channels to Learn Coding [video]
- Computer Science Teachers Association (CSTA) [program]
- Computational Thinking Presentation [slide deck]
- Computational Thinking: What is it? How Should it be Taught? [video]
- The Computer Science and Computational Thinking of STEM [slide deck]
- Computer Science and Technology and Engineering Education: A Content Analysis of Standards and Curricular Resources [article]
- Computational Thinking Framework Alignment [standard]
- CSTA K-12 Computer Science Standards [standard]
- Is Computer Science Compatible with Technological Literacy? [article]
- Integrating Computational Thinking into Technology and Engineering Education [article]
- Internet Terms Defined [article]
- On Computational Thinking and STEM Education | Journal for STEM Educ Res 3, 147-166 (2020) [article]
"Physical Computing" Connects Computer Science with Hands-On Learning | Education Week [article] - Recommendations to Support Computational Thinking in the Elementary Classroom [article]
- Standards for Technological Literacy: Content for the Study of Technology [standard]
- CalWomenTech Project Retention Strategies [article]
- Girls Who Code | On a Mission to Close the Gender Gap in Technology [program]
- National Institute for Women in Trades, Technology, and Science [program]
- PicoCrickets | Start Girls on a Lifelong Love of Science and Engineering [activity]
- The National Center for Women & Information Technology (NCWIT) [program]
Why are Females Underrepresented in Science, Technology, Engineering, and Mathematics Careers? [article] - Women Tech World | National Online Home for Women Technicians [program]
108th Mississippi Technology Teacher Education Conference (MVTTEC) | Presented by Steven Barbato [slide deck] 2019 STEM Alliance Leadership Summit: STEM4 [slide deck] - Cybersecurity in Education: What Teachers, Parents and Students Should Know [article]
Empowering Educators to Effectively Implement I-STEM Education for ALL Students! | Presented by Steven Barbato [slide deck] Engineering for Social Good: EbD™ PreK-12 | Presented by Jennifer Buelin, Ed.D., NBCT [slide deck] Evolution of STEM in the United States [slide deck] - Integrative STEM Education: A More Robust Explanation [article]
- Integrative STEM Education Defined [article]
- Integrative STEM Education as Best Practice [article]
- Integrative STEM Education for Children and Our Communities [article]
- Integrative STEM Education: Primer [article]
- Integrative STEM Education at Virginia Tech: Graduate Preparation for Tomorrow's Leaders [program]
- Integrating Technology and Engineering in a STEM Context [article]
Jump-Starting I-STEM for All Children | Presented by Steven Barbato [slide deck] - Lower Merion Technology and Engineering Education Classroom [video]
- PIRPOSAL Model of Integrative STEM Education: Conceptual and Pedagogical Framework for Classroom Implementation [article]
- STEM, STEM Education, STEMmania [article]
- STEM Integration in K-12 Education [video]
- STEM Integration in K-12 Education: Status, Prospects, and an Agenda for Research [article]
- STEM for Kids [activity]
- STEM4: The Power of Collaboration for Change [article]
STEM4: The Power of Collaboration for Change! | Presented by Steven Barbato [slide deck]
- 100 Activities to Bring STEM to Life | By Harry T. Roman [activity]
- The Big Book of STEM Classroom Activities: 125+ Challenges and Team Designs | By Harry T. Roman [activity]
Discover-e Engineering Week 2017 Special Insert [article] - Enhancing the Technology and Engineering in Elementary Classrooms: Safer Tool Usage [article]
- Engineering for Good | Three Week, Project-based Learning Unit for Middle School Science Classrooms [activity]
- Focus on Fabrics: Putting Materials to Good Use [activity]
IEEE REACH | Raising Engineering Awareness through the Conduit of History [program] - Modeling and Designing a Sensory Substitution Device | 4-5 Week STEAM Curriculum Unit for Middle School [activity]
- Super Book of 180+ STEM Classroom Activities to Stimulate Student Thinking and Creativity | By Harry T. Roman [activity]
- STEM Learning Activity in Taiwan: The Design and Making of Ping-Pong Ball Launcher [activity]
- TeachEngineering Lessons | Ignite Learning in K-12 [activity]
- Thomas Edison Information and Activities Book | By Harry T. Roman [activity]
- Experience a Career in Technology and Engineering Education [article]
- Federal Funds for STEM Classes and Programs [article]
Global Status and Trends for Technology and Engineering Education | Presented by Steven Barbato [slide deck] Learn Better by Doing [slide deck] - Lower Merion Technology and Engineering Education Classroom | Promotional Video [video]
Secondary STEM Design-Driven Problem Solving: EbD for Grades 6-12 | Presented by Jennifer Buelin, Ed.D, NBCT [slide deck] So Now You're a STEM Teacher...Now What? | Presented by Steven Barbato [presentation] - STEMATHON | Ignite, Innovate, Inspire, Imagine. [program]
- STEM Literacy | A Video Presentation of the STEM Curriculum being Implemented in Chesterfield County Public Schools [video]
- Teach Technology Education [article]
- Action Research and Technology Education (TET, May/June, 2004) [article]
- Advancing Excellence in Technological Literacy: Student Assessment, Professional Development, and Program Standards [standard]
- American Association for the Advancement of Science Project 2061 [standard]
- Computational Thinking Presentation [slide deck]
- Data, Data, Everywhere! (TET, November, 2009) [article]
- Engineering for All (EfA) [program]
- Five ITEA Gallup Poll Questions That Will Improve Instruction (TET, November, 2005) [article]
- Foundations of Technology Course: Teachers Like It! [article]
- Learning Better by Doing (LBbD) [program]
- National Assessment of Educational Progress [standard]
- Next Generation Science Standards [standard]
- Reimagining D&T: Following Roundtables & Teacher Consultants | UK Design and Technology Association [standard]
- Reporting on the Status of Technology Education in the U.S. (2004) [article]
- Soft Robotics to Broaden the STEM Pipeline [program]
- The Status of Technology Education in the United States (2006-2007) [article]
- The Status of Technology and Engineering Education in the United States (2011-2012) [article]
- Standards for Technological and Engineering Literacy (STEL) [standard]
- STEM Literacy | A Video Presentation of the STEM Curriculum being Implemented in Chesterfield County Public Schools [video]
- Student Self-Perceptions of Design and Creative Thinking [article]
- Technology Education in the U.S.: A Status Report (2000-2001) [article]
- Technology Education Teacher Demand (TET, April, 2003) [article]
- Technology Education Teacher Supply and Demand - A Critical Situation (TET, October, 2009) [article]