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Learningsciences research investigates the process of learning in realistic settings, which can include schools, museums, after-school programs, home environments, or anywhere people typically learn. We are passionate about creating equitable learning and building research-practice partnerships.
I am extremely excited that my second book is now available through Solution Tree entitled What Principals Need to Know About Teaching and LearningScience. It was a great deal of fun co-authoring this book with Keith Devereaux , one of my Science teachers at New Milford High School.
Every teacher at her school, the Health Sciences High and Middle College, in San Diego, shares in the responsibility of teaching students literacy skills, regardless of the subject they teach. For decades, the primary methods for teaching students how to read in the U.S.
"BREAK MY SOUL", in particular, reflects my work as a public high school history teacher as I have had my own renaissance navigating the toxic landscape that further marginalizes educators struggling to hold on to their humanity while teaching. However, that would require us to recognize the art that goes into teaching in the first place.
But it’s an open question whether students can learn every subject this way. Each concluded that students who learnedscience and social studies through a detailed project-based curriculum over the course of a year posted higher achievement scores than those who learned those subjects the way teachers in their schools usually taught them.
In response, Schneider and researchers from Michigan State and the University of Helsinki in Finland developed a curriculum called Crafting Engagement for Science Environments and published a related book. The curriculum also primes students for college and potential careers in science. It's an opportunity for us.
How can K-8 teachers integrate computer science (CS) and computational thinking (CT) into classrooms? Are there teacher-friendly examples and professionaldevelopment to support such work? This activity engages students to learn sequencing in a story, which is an important literacy and CT skill.
I believe solid curriculum, solid teaching and assessments are what we really need to be focusing on.” As such, it should come as no surprise that, upon learning about Course of Mind: ISTE’s learningsciences initiative , she jumped at the chance to enroll a cohort of her colleagues. Learning is about absorbing knowledge.
Passionate about the intentional integration of technology, she views the role as essential to amplifying learning and a key element in her district’s five-year plan to increase the overall graduation rate from 60 percent to 75. Here, she explains how Course of Mind: ISTE’s learningsciences initiative factors into that ambitious plan.
No amount of money or professionaldevelopment and design time could have had a greater impact on school schedules than COVID-19. How schools and districts use and design time says much about their understanding of how the brain learns In addition to teaching at our Maryland independent school, St.
Vincent Costanza, the chief academic officer for Teaching Strategies, which focuses on early ed curriculum, assessment and professionaldevelopment, said parents often hear mixed messages about technology and there are times when technology can enhance relationships.
million daycare centers to develop the tools and knowledge to become a skilled early childhood educator. We take them on this professionaldevelopment journey over the course of one to two years. Our] mission is to make quality education and learning accessible to every child from the earliest stage possible.
Ask about the learningsciences research used to design and build edtech products. Think about asking some of the following questions when evaluating the research behind an edtech product: What learningsciences research did you use to design your product? How has your product attended to diverse learners’ needs?
Through this work, we see powerful examples of innovation across education — from students creating their own virtual reality (VR) films, to researchers working with technology developers to improve edtech efficacy, to educators rethinking their own professionaldevelopment with the use of micro-credentials.
These questions will address student learning, teacher professionaldevelopment, implementation quality, technology, and assessment, and they will inform practical solutions for key subgroups of under-resourced students, families, and educators.
Here, she explains how Course of Mind is helping her district strategically incorporate learning technology into their curriculum. EdSurge: What led you to enroll in the Launch into LearningSciences course ? It kind of brought back to me the science of teaching.
TeachScience Concurrently with Other Disciplines Granted, it can be challenging to make enough time for so many areas of instruction – especially at a time when the National Assessment for Educational Progress reports that two-thirds of students cannot read at a proficient level.
This story also appeared in Mind/Shift This summer, teachers around the country are planning these lessons and more, in professionaldevelopment programs designed to answer a pressing need: preparing teachers to teach about the climate crisis and empower students to act. “I Related: Climate change: Are we ready?
Most elementary school teachers have little scientific background and many say they feel unprepared to teach the subject well, according to a national survey of science and mathematics education conducted by a North Carolina research firm in 2012. NGSS is going to give us a reason to teachscience.”.
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