The option that looks less expensive upfront can require more staff time over the school year. That’s why open source vs proprietary education tech…
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Criteria for Selecting a Classroom Robot: School Guide
What if the classroom robot that sparks the most excitement isn’t the one that supports the strongest learning? Choosing well means looking beyond…
Formative Assessment in a Hands-On Classroom: A Practical Guide
What if the best evidence of learning isn’t the finished project, but the choices students make along the way? In formative assessment in a hands-on…
Creating Robotics Project Rubrics: A Guide for Educators
What if the robot that reaches the finish line isn’t automatically the project that earns the highest score? When criteria are unclear, grading can…
K-12 Robotics Curriculum: Practical Guide for Schools 2026
What if a robotics program could take students from their first hands-on experiment to increasingly complex engineering challenges, instead of…
AIoT Kit for Schools: Practical Guide to Choosing and Using
What if students could do more than build a device? They could help it sense, share, and respond to information. An AIoT kit for schools can make…
Activity-Based Learning in STEM: From Concepts to Classroom Practice
What if a classroom activity could do more than keep students busy? A bridge-building challenge, coding task, or simple investigation can spark…
Avoiding STEM Implementation Mistakes: A School Guide
Buying STEM equipment is often the easiest part of implementation, and the least reliable measure of whether it will work. Avoiding common mistakes…
AIoT Education Kit: A Practical Guide for K-12 Learning
What if a classroom project could move beyond making a device respond to code and help students explore how connected technology gathers information…
Boosting Student Engagement in STEM: 2026 Practical Guide
What if the change that gets more students involved in STEM isn’t a bigger project, but a stronger connection to their lives? If you’re wondering how…