Unnati Modi的动态

Ever tried conducting science experiments in a VR lab? ???? This startup is making it possible.The Story of Labster Founded in 2012 by Mads Tvillinggaard Bonde and Michael Bodekaer Jensen, Labster is changing how science education is delivered. They created a platform of 3D virtual labs where students can conduct complex biology, chemistry, and physics experiments from anywhere without needing expensive lab equipment or physical space. Labster’s virtual labs bring real-world scenarios into the classroom, offering students an immersive and hands-on learning experience. This has been a game-changer, especially during the pandemic when physical labs were closed. With Labster, students could continue their experiments remotely, ensuring that learning didn’t stop. The startup is addressing key challenges in education, like the high cost of physical labs, limited resources, and geographical barriers. Their solution is scalable, affordable, and most importantly, engaging. Labster’s simulations also include gamified elements and interactive storylines to keep students involved. ?? With more Indian schools and universities exploring edtech, the question is: How can virtual labs make education more inclusive and impactful in our country? Has your institution started using virtual tools like Labster? What other innovations do you think will shape the future of STEM education in India? #EdTech #STEM #ScienceLearning #VirtualLabs #FutureOfEducation #Innovation #Founders #AR #VR MINISTRY OF EDUCATION, GOVERNMENT OF INDIA #entrepreneurship #investment

?? Education 6.0: The Future of Higher Learning The digital revolution is transforming universities. AI-powered personalized learning paths, metaverse classrooms, and quantum computing labs are no longer sci-fi – they're becoming reality. Education 6.0 combines immersive tech, emotional intelligence, and real-world problem-solving to prepare students for jobs that don't yet exist. Key shifts: Hybrid learning ecosystems AI-driven personalized curricula Industry-integrated projects Continuous micro-credentials Global virtual collaboration The future of education isn't just about technology – it's about creating adaptable, innovative thinkers ready for the challenges of tomorrow. What's your take on the future of higher education? Let's change! ?? #HigherEducation #EdTech #FutureOfLearning #Innovation #AI #Education6

I had a great couple of days attending EduTECH 2024 - connecting with colleagues, lots of learning, and also the opportunity to share insights from my ongoing PhD research on teaching algorithmic literacy in Australian schools. Whilst there were so many great sessions, some key takeaways for me were: GenAI and assessment: Amidst concerns about cheating, we must keep the focus on the core question:?How valid is the assessment, and are students truly gaining the knowledge they need??(Phillip Dawson) GenAI in higher education: As we embrace GenAI, it's crucial to remain aware of the potential for new digital divides. (Jason M. Lodge) Using data effectively: It’s not about being data-driven but data-informed. We should collect data in alignment with specific purposes, consider diverse data types (not just the numbers), and use this information to drive meaningful action (Dr Selena Fisk) Virtual reality in education: Craig Sims from Curtin University showcased how VR is being used to boost student engagement within the School of Education. #EduTECH2024 #AlgorithmicLiteracy #EdTech #PhDResearch #HigherEd #CurtinUniversity

???? Transforming Learning with Spatial Computing Virtual environments powered by spatial computing are revolutionizing higher education! ?? Students now gain real-world experience through immersive simulations, bridging classroom learning with industry demands. ?? Key Benefits: ?? Hands-on skill-building in virtual spaces ?? Collaboration without geographic limits ?? Enhanced engagement and retention This tech is preparing students for the future while reshaping how we learn. #EdTech #SpatialComputing #HigherEd #Innovation #FutureOfLearning

Designing Virtual Laboratories for Experimentation and Innovation Virtual laboratories in the Metaverse are transforming how we conduct scientific experiments. These digital labs allow students and researchers to explore complex experiments without the constraints of physical resources such as lab space, equipment, or materials. ? With virtual labs, students can recreate real-world conditions or simulate entirely new scenarios, fostering innovation and creativity in ways traditional labs often can't. ? Imagine conducting a chemistry experiment with no worry about running out of supplies, or safely studying a biological process without the risk of contamination. Students can work with cutting-edge technologies like AI-driven data analysis or even collaborate in real-time with peers from across the globe. ? The possibilities for innovation are endless, especially in STEM fields, where access to high-quality lab environments can be a significant barrier to experimentation. ? The Metaverse brings a new dimension to learning, allowing educators to create immersive, engaging experiences that empower students to think beyond traditional boundaries. ?? How do you think this will revolutionize STEM education, and what potential breakthroughs do you foresee? #Metaverse #VirtualLabs #STEMEducation #Innovation #EdTech #FutureOfLearning

A lot was written about #emerging #technologies, including #AR, #VR, and #AI, in the past months, be it in #education in general, in #mathematics education in particular, or other. Nonetheless, there are still more questions than answers at this stage! This research area offers ample room for innovation, creativity, debates, all towards trying to reach new ways and approaches to improve offerings that could support #teachers, #students, #policymakers, and all stakeholders in general. Recently, I coauthored a couple of #book #chapters with colleagues from Cambridge Mathematics, that I invite you to check: ?? https://lnkd.in/eNvR-92t, with Xinyue Li. ?? https://lnkd.in/ekbQAdZu, with Xinyue Li and Tabitha Gould. These chapters, next to other #publications and #guidelines our team shared recently (I invite you to visit our website for more information ??), as well as projects we are working on, are part of our contributions in this field. Everyone is welcome to share their thoughts on what we are putting forward, and we also welcome opportunities for future collaborations! This will enrich the discussions and allow us to better understand what these technologies might offer to support #teaching and #learning all around the world, especially in mathematics. We are still scratching the surface, and a lot is still to be done!

Looking Ahead: Empowering the Innovators of Tomorrow As 2024 winds down, I’m excited to reflect on the meaningful strides we’ve made in fostering creativity, critical thinking, and innovation in education. From integrating technology into classrooms to sparking curiosity in STEAM learning, it’s been a fulfilling journey. Looking ahead, 2025 is set to be a year of exciting opportunities, including: ?? A Computer Science Exhibition to showcase student creativity in game design, animations, and storytelling. ?? Expanding STEAM projects to build future-ready skills. ?? Exploring cutting-edge tools like AI to enhance teaching practices. Here’s to inspiring the next generation of problem-solvers and innovators! ? How are you preparing for 2025 in your field? #EdTech #STEAMEducation #AI #InnovationInLearning #NewYear

As we navigate the 21st century, embracing AI and new-age innovations in education is crucial. Your leadership can transform teaching and learning, making our schools dynamic and effective. Read Blog at : https://lnkd.in/dsaEKmFg Empower Your Teachers Investing in AI tools and technologies empowers teachers to: Create Interactive Learning: AI-driven tools make lessons engaging and personalized. Streamline Tasks: Automation frees up time for impactful teaching. Develop Essential Skills: Innovative methods foster critical thinking and problem-solving. Prepare for the Future Integrating AI in classrooms prepares students for the tech-driven economy, ensuring they are competent and employable. Your Role is Crucial Your commitment to innovation sets a powerful example. By leading the charge in adopting new technologies, you create a supportive, inspiring environment for teachers and students. #EducationalLeadership #InnovationInEducation #AIInEducation #EmpowerTeachers #FutureReadyStudents #EdTech

Preparing the next generation for a future shaped by innovation starts today! ?? By 2030, 85% of jobs will require STEM skills, making early exposure to AI, robotics, and STEM education more vital than ever. A recent survey highlights that 88% of parents recognize the importance of AI knowledge for their children's future success. These fields not only develop technical abilities but also foster critical thinking, creativity, and problem-solving skills essential for personal and professional growth. Let’s invest wisely in their education and pave the way for them to thrive in tomorrow’s world. ???? #stem #roboticskids #roboticsforkids #innovation #technology #ai #stemforkids