MimioSTEM’s Post

At Premier, our school model consists of 12 components, and each month we'll highlight one of them. This month, we are excited to emphasize the Research and Innovation component. At Premier School Management and Education Services, research and innovation are key pillars of our educational approach, with Fulton Science Academy (FSA) leading the way in pushing boundaries and inspiring creativity. Our mission is to provide students with real-world, hands-on experiences, merging cutting-edge technology with academic excellence. We are thrilled to announce that Fulton Science Academy has built a spacious, state-of-the-art Innovation Lab, featuring the latest tools, including the Tormach 1500MX CNC Mill, the first of its kind in K-12 schools nationwide! FSA students can now produce professional-grade metal parts, expanding their skills beyond 3D printing into real-world manufacturing techniques. This is a significant leap forward for our engineering and design program, offering students unparalleled opportunities to apply their creativity and technical knowledge. Thanks to this emphasis on innovation and hands-on learning, our students have achieved incredible success, including winning the State Championship in Future City, the State MathCounts Championship, numerous accolades in robotics and technology fairs, and being selected as the Student STEM Program of the Year by NCSSS. Unique to our model, we also offer a Creative Problem Solving class, ensuring students develop critical thinking and problem-solving skills that set them apart and prepare them for future challenges. At Premier-managed schools, students are encouraged to explore their passions through research projects, prototype development, and collaborations with industry professionals. We provide the resources and support for students to publish and present their work, with platforms like Scripta, our peer-reviewed academic journal, showcasing their remarkable achievements. From idea to innovation, our students are at the forefront of technology and creative problem-solving, and we can’t wait to see what they’ll create next! #ResearchAndInnovation #InnovationLab #STEAMEducation #Engineering #NextGenSTEM #FutureLeaders #PremierEducation

In Canada, the field of 3D printing presents diverse career opportunities across industries. Advanced manufacturing seeks skilled professionals for innovative processes, while aerospace, defence, and healthcare industries increasingly rely on 3D printing, creating demand for specialized skills. The automotive sector looks for expertise in rapid prototyping, and design and engineering roles involve working on complex designs and prototypes. Educational and research institutions are adopting 3D printing, opening up opportunities in teaching and research. Entrepreneurial ventures are flourishing, allowing individuals to start businesses or offer 3D printing services. The impact on supply chain management is significant, influencing traditional manufacturing models. Moreover, supportive government initiatives enhance the overall environment for 3D printing professionals in Canada. The scope of 3D printing careers spans industries, providing diverse and promising opportunities for skilled individuals. Would you consider encouraging your child to explore this field and develop the skills that 3D printing nurtures? Check out www.younginnovators.ca for courses and free resources. #younginnovators #steameducation #studyinbritishcolumbia #kidslearning #stemforkids #girlsinstem #canada

Imagine if you had a 3D printer in your high school classroom. The hands-on learning & problem-solving in school labs is crucial for future students entering the workforce. Learn more about incorporating a 3D printer in your classroom https://bit.ly/3JobREe.

🔹The implementation of technologies such as Educational Robotics, Programming, and 3D Design and Printing in the classroom represents a significant advancement in modern pedagogy. These disciplines empower students to tackle current and future technological challenges, developing their ability to think critically, solve complex problems, and work collaboratively. Therefore, at TECH, we have designed this 100% online master's program through which, over 12 months of intensive study, you will acquire the skills and knowledge necessary to develop and implement innovative projects that enhance your students' learning process. You will delve into the learning models of educational robotics, computational thinking, programming block development, as well as the use of Scratch and Tinkercad. 🔸Master the necessary tools to be a pioneer in technology education and transform your educational environment with TECH. Enroll now! https://bit.ly/3TMPEpk 🗓️ 1 year | 📘 60 ECTS Credits | 💻 Google Partner Premier 2023 #techtitute #education #robotics #programming #3Ddesign #3Dprinting 

🚀 Have you heard about the impact of PM SHRI Schools on STEM education? Imagine a space where students learn and create—where robotics labs, STEM kits, and hands-on learning ignite curiosity and turn young minds into tomorrow’s problem-solvers. 🔧🤖 At Respire Experiential Learning, we’re proud to play a role in shaping the future by introducing innovative robotics labs in PM SHRI Schools. From coding to 3D printing, these labs are the playground for India’s future innovators. 💡 🌍 Want to learn how we’re aligning with NEP 2020 and providing the tools for a holistic learning experience? Or how our robotic kits simplify complex robotics into pure fun and learning? Join the revolution in education—because the future of learning is here! Read more about Robotics in PM-SHRI Yojana: https://lnkd.in/dzzDDNgQ #STEMEducation #Robotics #PMShri #Innovation #FutureOfLearning #RespireLearning #NEP2020 #HolisticEducation #TinkeringLab #Qualityeducation

🌟 Fab Academy Week 17: Applications and Implications! 🌟 This week, I proposed my final project masterpiece—a comprehensive Electronics Learning Kit designed to engage students aged 9 to 14 in hands-on learning. This kit will teach the fundamentals of electronics and digital logic through interactive components and projects, making learning both fun and educational. 🔧 Project Overview: What Will It Do? The kit includes various electronic components, logic gates, and microcontroller-based experiments designed to teach students essential concepts in electronics and programming. Who’s Done What Beforehand? While educational kits like LittleBits, Snap Circuits, and Arduino starter kits exist, none offer a comprehensive learning experience combining logic gate learning with microcontroller applications at an affordable price. What Will I Design? I will create a custom PCB integrating components like LEDs, resistors, capacitors, and Xiao's RP2040 microcontroller. Additionally, I will design a user-friendly enclosure and educational materials, including step-by-step guides. Materials and Components: The kit will use LEDs, potentiometers, push buttons, sensors, and other electronic components. The enclosure will be made from cardboard and FR1 material, with custom stickers and labels. Processes Used: The project involves PCB milling, laser cutting, 3D printing, and vinyl cutting. 💡 Key Considerations: Ensuring the kit is intuitive and easy to use for young students. Sourcing and assembling components cost-effectively. Ensuring the kit’s durability, safety, and educational value. Gathering feedback for continuous improvement. For a detailed breakdown of my final project and its potential impact, check out my Week 17 Assignment Page. >> https://lnkd.in/dR_DGVpZ Instructors: Mr. Suhas Labade & Dr. Kiran Wakchaure #SanjivaniFabLab #MechatronicsEngineering #SanjivaniCOE #SanjivaniUniversity #FabAcademy #ElectronicsLearningKit #STEMEducation #MakerMovement #PCBDesign #3DPrinting #LaserCutting #XiaoRP2040 #DigitalLogic #EducationalInnovation #STEMforKids

🌟 The Power of Diverse Subjects in K-12 Education 🌟 At Skillonation, we believe in the transformative power of a diverse curriculum for K-12 students. Here’s why introducing subjects like coding, robotics, 3D printing and designing, astrophysics, public speaking, and creative writing is crucial for their development: 1. Fostering Creativity and Innovation: Subjects like 3D printing, designing, and creative writing encourage students to think outside the box. They learn to express themselves, solve problems creatively, and innovate, preparing them for future challenges. 2. Building Technical Skills: Coding and robotics are essential in today’s tech-driven world. By learning these skills early, students gain a strong foundation in technology, which is crucial for future careers in STEM fields. 3. Encouraging Critical Thinking: Astrophysics and other advanced sciences push students to question, explore, and understand complex concepts. This develops their critical thinking and analytical skills, which are valuable in any field. 4. Enhancing Communication: Public speaking and creative writing help students articulate their thoughts clearly and confidently. These skills are essential for effective communication and leadership, both in and out of the classroom. 5. Promoting Lifelong Learning: Exposing students to a variety of subjects sparks curiosity and a love for learning. It encourages them to explore different interests and pursue their passions, promoting lifelong learning and personal growth. 6. Preparing for Future Careers: A diverse curriculum ensures students are well-rounded and prepared for a wide range of future career opportunities. Whether in tech, science, arts, or communication, they have the skills and knowledge to succeed. 7. Broadening Career Horizons: A diverse curriculum helps students break free from the traditional career paths and explore a wide range of opportunities in the growing job market. By gaining skills in various fields, they can pursue careers they are truly passionate about and well-prepared for. At Skillonation, we’re dedicated to providing a holistic education that nurtures every aspect of a child’s development. By offering a rich and varied curriculum, we’re not only preparing students for academic success but also equipping them with the skills they need to thrive in the future. Let’s empower the next generation with the tools for success! 🚀 #EdTech #DiverseCurriculum #K12Education #FutureReady #Skillonation #Coding #Robotics #3DPrinting #Astrophysics #PublicSpeaking #CreativeWriting #InnovationInEducation #LifelongLearning #HolisticDevelopment

Calling all educators and learners! Dive into the world of creativity and exploration with the AOSEED2011 X-Maker 3D Printer!   Unlock the potential of hands-on learning and foster creativity in your classroom or at home. With X-Maker, students can bring their ideas to life, turning imagination into tangible objects!   Whether it's STEM subjects, arts, or design, X-Maker enhances educational experiences by:   1️⃣ Encouraging Problem-Solving: Tackle real-world challenges by designing and prototyping solutions. 2️⃣ Fostering Collaboration: Team up and brainstorm innovative projects, fostering teamwork and communication skills. 3️⃣ Cultivating Critical Thinking: From concept to creation, students learn to analyze, evaluate, and refine their designs. 4️⃣ Igniting Passion: Spark curiosity and passion for learning through hands-on exploration.   Enquire Now - https://lnkd.in/dRFe4Ahx #Education #Innovation #3DPrinting #XMaker #STEM #Creativity #Atlab #AtlabMiddleEast #Centena

The end of the school year is just weeks away now! Let's wrap it up by sharing some K12 trends we're seeing. 👉 Hands-on learning. Happily, the idea of learning strictly from a book for the sake of answering quizzes is going the way of the quill pen. Teachers are bringing subjects to life with projects that students can literally handle: 3D printed history artifacts, cell models, interlocking puzzles, and more. 👉 Cross-curricular teaching. Subjects are not necessarily in distinct pillars anymore. You might find an English studies course that includes aspects of Design and Tech. 👉 EdTech is increasing. Whether it's online chess tournaments, hybrid in-person and online assessments, or a makerspace full of 3D printers, the tech behind education is becoming better and more common. 👉 STEM teaching. We 🧡 STEM, and there is an ever-increasing focus on science, technology, engineering, and math subjects. It's not just the subjects themselves that are changing, but the way they're being taught. Students are encouraged to try new things and push boundaries. If you want to see more behind-the-scenes stories from makerspaces around the world, check out a handful of our success stories here! https://buff.ly/4dmcEDy *** 💖 Love it? Follow me for more insights, tips, and discussions on the future of #3Dprinting and how #3DPrinterOS can help transform your organization's printing capabilities. 💫 Are you doing #AMazing things in 3D printing? Please tell me about it - I share other people's projects a couple of times each week. My most popular posts by far! ♻️ Please share if you find this useful! #Innovation #AdditiveManufacturing #EdTech #STEM

The Mathematics, 3D Printing, and Computational Thinking Through Work-Based Learning (MPACT) program is bringing hands-on, project-based STEM learning to elementary students.   SRI Education conducted a comprehensive evaluation of the MPACT program's implementation during the 2021–22 school year across four U.S. states, showcasing its commitment to advancing STEM education for grade 4–7 students. Despite challenges posed by the ongoing COVID-19 pandemic, MPACT Fellows (teachers who participated in the program) demonstrated a meaningful increase in their perceptions and efficacy in programmatic concepts.     The technical report reveals that, even with only 65% of Fellows able to implement the full program due to pandemic-related constraints, grade 4 and 5 MPACT students exhibited substantial growth in geometry, computational thinking, and spatial reasoning. This report was evaluated by SRI Education staff, including Douglas J. Gagnon, Ela Joshi, PhD, Nicole Arshan, and Tejaswini Tiruke.    Dive deeper into the study and access the full report here: https://lnkd.in/gCq2DbCR     #SRIEducation #STEM #STEMEducation #EducationInnovation