Looking for engaging programming for the young scholars and scientists in your life? Here at The Center for Education Integrating Science, Mathematics, and Computing (CEISMC) we offer programming for a wide range of student age groups. Lock in your summer learning activities below! https://lnkd.in/gmxP8EhQ
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Interested in strategies to improve your class? I presented a two-year-long study at the Frontiers in Education conference on the impact of 4 personalized learning techniques in my undergrad 3rd year course on human computer interaction. We have had years and years of complaints from students about all sorts of issues with it. Beyond the standard challenges of teaching HCI, this course has to accommodate undergrads with minimal programming experience, a lot of programming majors in the class, and a group of grad students in computer science. All in all, I found a flexible and flipped format in the redesign with 4 personalized learning techniques which had very good uptake and positive learning outcomes! You can see the student evaluations improved drastically and a thematic analysis showed that students were almost twice as verbose in identifying the strengths of the course and their qualitative responses (see the blue codes) pointed to the flexibility of the new course design.
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Throughout this series, we’ve delved into conversations with educators, thinkers from various disciplines, and experts in mathematics and computer science. Our aim was to illuminate the multifaceted nature of the Five-Step Curricular Process, a methodology not confined to secondary school math classrooms alone. Instead, it serves as a profound paradigm shift, offering a fresh perspective on how we perceive the world around us. https://lnkd.in/gft_Ui9E
The Five-Step Curricular Process: In Conclusion
https://algebra.org/wp
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This week, we are celebrating #ComputerScience Education Week. I've been incredibly inspired by the dedication of educators that ignited the spark of innovation and curiosity in my journey in tech -- Continue to support parents, caregivers, teachers, and partners who lead students throughout their computer science learning journey! 💻 Find out more about this weeklong celebration for K-12 students to embrace computer science, champion equity, and honor the invaluable contributions of students, teachers, and partners in the field: ✨https://lnkd.in/g36QNTS7. #CSEdWeek #Programming #Coding #SoftwareEngineering #ImpactsofComputing #TechEducation
Teach & Explore | CSEdWeek
csedweek.org
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Made in the image of God, Dayspring students learn they have an infinite ability to think, reason, and create. That’s why Dayspring developed the Science, Technology, Engineering, and Math program, which begins by laying down principles, facts, and laws of nature. From there, students contrive new ideas and bring them to life by trial and error—learning that failure is a great teacher. Students in Kindergarten through fifth grade participate in STEM classes, while students in eighth grade take a physical science class taught from a STEM perspective. Students in tenth and twelfth grades take a STEM course, and Dayspring’s science and math teachers work with the STEM classes to develop comprehensive learning. Learn more about Dayspring at DayspringChristian.com/.
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In today's digital age, integrating digital arts into education is more than just a trend; it's necessary. Why? Creativity Boost: Digital arts open possibilities, allowing students to visualize, innovate, and express themselves beyond traditional means. Tech Fluency: As we move towards a tech-centric world, students adept in digital tools will find themselves at an advantage in various industries. Critical Thinking: Digital arts challenge students to approach problems differently, fostering out-of-the-box thinking. Discover the CODED programs and learn from Digital Arts experts from Marvel, The Mandalorian, and others. #DigitalArts #FutureReady #Education #STEAM #Travel #Coding
The 'A' in STEAM represents ARTS, igniting a world of Creativity, Collaboration, Communication, and Imagination for our students. These are the vital skills that companies crave! At Coding Education, we're committed to harnessing the full potential of STEAM education. That is why we focus in empowering our students with a well-rounded skill-set that not only fuels their artistic expression but also equips them with the critical abilities that employers are actively seeking. By integrating Arts into STEM disciplines, we're bridging the gap between creativity and technology, enabling students to develop a holistic understanding of the world around them. Visit www.codingeducation.us to learn more about our comprehensive approach to education and how we're nurturing the next generation of creative thinkers, problem solvers, and visionaries.
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📣 Spotlighting the remarkable work of Maya Israel in the field of Inclusivity in Computer Science Education! Inclusivity goes beyond being a buzzword; it's a dedication to making every student feel valued and included. "Our Main Tasks as Teachers are to: Engage all Learners Ensure they Learn Make sure they feel like they belong. Easier said than done!" How can we rise to this challenge? Explore her insights on crafting inclusive classrooms and if you want to see the full session, just head over to your Dashboard -> Video Library -> Search "Maya"
