InventEd’s Post

Hi Family! The long awaited date has arrived! It's a significant milestone today as it's the release of my book, "Designing Minds"!!! This book is a labor of love dedicated to revolutionizing STEM education. It's packed with insights, strategies, and real-world examples to help educators empower students to thrive in the ever-evolving landscape of science, technology, engineering, and mathematics. Why this book matters: For #Educators: Discover innovative approaches to make #STEM subjects engaging and relevant. For #Corporations: Learn how to partner effectively with educational institutions to foster future-ready skills. I invite all educators, corporate partners, and anyone passionate about the future of #education to explore the transformative potential of this book. Together, let's shape the minds that will drive tomorrow's innovations. Available now! 👉 https://lnkd.in/eRsQyV6S #STEMEducation #DesigningMinds #EducationalInnovation #FutureOfLearning #BookRelease #STEMpreneur #engineeringdesignprocess #paradigmshift #education #teacherdevelopment

Happy #STEMDay! 🌟 Today, we celebrate the wonders of Science, Technology, Engineering, and Mathematics. But did you know the science of reading is a crucial part of STEM too? 📚🔬 Reading is not just about understanding words on a page; it’s a complex cognitive process that involves decoding, comprehension, and critical thinking. These skills are foundational for success in any field. By fostering strong reading abilities, we empower future scientists, engineers, and innovators to excel in their pursuits. Let’s inspire the next generation to explore the world of STEM by starting with the power of reading! Learn more here: https://bit.ly/4642MdF 🚀🔍 #ScienceOfReading #STEMEducation #FutureInnovators

W-STEM Children’s book: What does STEM look like? Ana, a curious and determined young woman, embarks on an exciting adventure into the realms of Science, Technology, Engineering, and Mathematics (STEM). With a passion for discovery, Ana dives into various fields, each unlocking a new door of possibilities. Ana’s journey serves as an inspiring reminder that the world of STEM is filled with endless opportunities for those who are curious, innovative, and ready to challenge the status quo Click the link below to read the book with your family. https://lnkd.in/dx3gQ4zF

🚀 Unlocking the Power of Self-Learning in Science 🚀 In a rapidly evolving world, the ability to learn independently is more important than ever, especially in science. Our latest blog dives into practical strategies to help children take charge of their education. From sparking curiosity to engaging in hands-on experiments, discover how to empower young learners to explore and understand scientific concepts on their own. Curious to learn more? Check out our blog for actionable tips on fostering a love for science and building lifelong learning skills. 🌟🔍 #Science #Curiosity #LIYKits #Education #SelfLearning #STEM #EmpoweringStudents #InnovationInEducation #Experientiallearning #ScienceExperiments https://lnkd.in/gzm4v8iv

Innovative Science Teaching: Igniting Curiosity in Years 7-10 🌟 As educators, we strive to not only impart knowledge but to kindle the flame of curiosity and discovery in our students. In the crucial years of 7-10, where foundations are laid and passions are discovered, innovative teaching methods in science can transform the traditional classroom into a hub of exploration and creativity. Here are some of the strategies we've embraced: 1. Interactive Simulations: Bringing abstract concepts to life with digital simulations that allow students to manipulate variables and see real-time results. 2. Project-Based Learning: Encouraging students to apply scientific principles to real-world problems, fostering a deeper understanding and practical skills. 3. Cross-Disciplinary Projects: Integrating art, history, and technology with science to show students the interconnectedness of knowledge. 4. Student-Led Experiments: Empowering students by letting them design and conduct their own experiments, promoting autonomy and critical thinking. By adopting these innovative approaches, we're not just teaching science; we're nurturing future innovators and problem-solvers. Let's continue to share and grow together for the betterment of our educational practices and the bright minds we guide. #ScienceEducation #InnovativeTeaching #FutureReady

Did you know the lecture has an almost 1,000 year history as the predominant teaching strategy in higher education? 🤓 In today’s newsletter 👇 we explore how lectures became so prominent (+ highlight some exciting talks coming up!) Let us know what you think about lectures & the role they still play in our education systems! #smartspaces #lectures #science #technology #newsletter

📚 On International Literacy Day last Sunday, we need to highlight the value of print in learning. Studies show that reading on paper enhances comprehension, focus, and retention compared to digital tools. Neuroscientific research supports this, showing deeper brain engagement with print. Plus, 78% of university students prefer print for reading and focus. In a digital age, print remains key for effective learning and inclusion, especially as not everyone has digital access or skills. More about the importance of print for reading here: https://lnkd.in/eC__znpW #PrintMatters #Literacy #Education #LearningEfficiency

My science video has already garnered over 9.5k views, and we're incredibly grateful for your continued support! This positive reception, with no dislikes and many insightful comments, reinforces our mission: creating educational content that empowers students to learn and understand. Want to see more? A short clip is now live on Facebook page. Watch the full video and dive deeper into the fascinating world of science! ➡️ https://lnkd.in/gU-dwvCd @কিশোর বাতায়ন a2i #science #education #students #learning #STEM #educationalcontent

Why hit 'scroll' when you can turn the page? Discover print's secret sauce for learning! In an age where screens dominate, Swedish schools are making a surprising pivot back to printed books and paper. Why? The answer lies in neuroscience and student performance. 🧠📊 Neuroscientists have shown that students learn better from printed material. Reading from books improves focus, enhances comprehension, and boosts retention. It's not just about reading; it's about learning effectively. 📚 In Sweden, the performance boost in basic skills like reading, writing, and math is leading a return to traditional learning tools. It's a clear signal: print design in educational materials isn't just surviving; it's thriving. 📈 Why does this matter? In our digital age, ensuring students have strong foundational skills is crucial. Books and paper aren't just old school; they're a crucial part of our learning toolkit. 📖 Print design in schoolbooks and curriculums isn't just about nostalgia; it's about neuroscience-backed performance and effectiveness. 🧪📚 Let's discuss: Could the tactile experience of learning from books be the key to better education outcomes worldwide? #educationinnovation #neuroscience #printdesign #curriculum #book

When I was in school, I had this funny habit of always looking ahead in my textbooks. It wasn't about trying to be a know-it-all or getting a head start on assignments. I think I just wanted to be prepared for what was coming, so I wouldn't be caught off guard in class. One night, right before we started learning about molecules in physics, I found the chapter that explained how everything, from the stars to my desk, was made up of these tiny particles. I was blown away. I couldn't stop thinking about how these invisible bits were holding everything together. It felt like I had stumbled onto a big secret about how the world worked. I was so excited for the lesson the next day. I thought our teacher would make it just as amazing as it seemed in the book, but it didn't quite turn out that way. The class was pretty dry, with a lot of definitions and diagrams. The molecules didn't seem as magical as they had the night before. As we kept learning about them, my excitement kind of fizzled out. It started to feel like just another thing to memorize for a test. That memory stuck with me, reminding me of how science can be so exciting but sometimes gets lost in the way it's taught. But now that I read "The One Thing You Need to Know" by Marcus Chown, it brought that excitement back. Chown's book isn't just about the facts of science, it's about making you feel that same sense of wonder I had felt that night. He takes big, complex ideas and breaks them down in a way that makes you go, "Wow!" Reading it, I felt like I was back in my room, discovering the secret of the universe all over again. The way Chown writes, it's like he's having a conversation with you. He makes science feel exciting and accessible, not just something you have to memorize. Each chapter focuses on one main idea, and it sparks your curiosity, making you want to ask questions and learn more. It reminds you that science isn't just a bunch of facts, it’s a discoverg. This is the kind of book that could really inspire high school students to dive into STEM subjects. It shows them that science isn't just about memorizing formulas and definitions, but about exploring the incredible ways our world works. By making science feel exciting and relatable, it could encourage more kids to pursue careers in fields like physics, chemistry, and engineering. So if you know someone still wondering if science is for them, give them this book. It just might change the way someone sees the world, and their place in it.