Teach computational thinking in the classroom with these project examples in math, English language arts, science, and social studies.
Teaching coding and computational thinking helps to advance students understanding of computer science, which is essential for students’ future readiness.
This process for mapping digital literacy curriculum ensures learning begins with foundational technology skills that grow and connect as students develop.
This article explores barriers to better technology integration and suggests strategies to support teachers in overcoming these.
Do you want to implement a digital literacy program at your school or district? This four-step guide will help you develop a comprehensive process.
Computational thinking is an effective way for students to practice social and emotional learning skills in hands-on and real-world contexts
When planning your digital literacy program, consider how to make it accessible to all students and allow for purposeful practice with technology.
Computational thinking is a four-step process that enables students to tackle complex, broad, and ambiguous problems.
Following this approach empowers educators to develop digital literacy assessments that are both actionable and insightful.
Digital literacy skills provide the foundation for college and career readiness. From typing to coding, learn the fundamental skills that students will need.
The Science of Learning helps teachers make instruction more effective and efficient by optimizing students’ learning process.
Review sample test questions to understand the what technology skills for online assessments are needed for student preparation.