Think Wittsy Earns STEM.org Authenticated™ Trustmark

Think Wittsy Earns STEM.org Authenticated™ Trustmark Recognition 🇮🇳 STEM.org | Educational Research has formally evaluated and recognized Think Wittsy, an India-based educational company, for its commitment to advancing STEM learning through augmented reality hashtag #AR and interactive design. Think Wittsy’s product line—featuring AR-enabled books, games, and activities such as Code Crunchers and AR Scratch Books—integrates technology and hands-on learning to strengthen critical thinking, logic, and fine motor skills in young learners. This achievement places Think Wittsy among the Top 5% of “Best in STEM™” products worldwide, reaffirming its role in supporting educators, students, and families through innovative, research-aligned STEM experiences. Official Recognitions: • STEM.org Authenticated™ • Top 5% Best In STEM™ Learn more at thinkwittsy.com 🌐 w/ Navaneeth Rahul, Jason Yung, Brian Kelly & Andrew B. Raupp 📋

Meet a 16-year-old creator building STEM projects and sharing them on YouTube. (Check out the channel: https://lnkd.in/dwY6rcNZ ) It’s inspiring to see a teenager not just applying but modelling ideas and sharing progress with peers. At the same time, it reminds us when and how technologies should enter STEM learning. What this 16-year-old shows us: They experiment They use technology They shift between disciplinary with ease. They take their interest to multi-segment While learners do their part, a non-collaborative approach within faculty can sometimes prevent similar gifted students from reaching their full potential. When learner finds a curriculum subject or two, less interesting than their favorites, STEM curriculum integration into mainstream can effectively address this - by leveraging technology & tools. A non-collaborative approach among faculty will undermine the interdisciplinary aspect of STEM and will hinder STEM curriculum integration into mainstream. In our framework at Effectual Learning we discuss about 4 disciplinary pillars Sciences, Technology, Engineering and Mathematics through the Interdisciplinary lens. The core idea: AI and digital tools to be introduced to amplify reasoning, creativity and human-purpose. Dr. Martha Umana Fengchun Miao #AIinSTEM #FutureOfEducation #EffectualLearning

Why STEM education matters more than ever. We talk a lot about preparing students for the “future of work” — but the truth is, that future is already here. From AI to biotechnology to climate innovation, STEM (Science, Technology, Engineering, and Math) isn’t just another subject area — it’s the foundation of how students will engage with the world. A strong STEM curriculum doesn’t mean turning every student into an engineer. It’s about teaching them to think critically, ask better questions, and solve problems creatively — skills that apply whether they become scientists, designers, or entrepreneurs. That is why Scarsdale was one of the first schools to orient itself towards a STEM based curriculum. Research backs this up: students exposed to inquiry-based STEM programs show higher problem-solving ability, persistence, and confidence in tackling complex challenges later on. These are the skills that will help them as they move into the professional world - which will surely necessitate learning and implementing technology. At our school, we’ve seen how even small shifts — like project-based science labs or coding camps — can transform how students see themselves as learners and innovators. STEM isn’t about producing specialists. It’s about nurturing curiosity — and giving students the mindset to thrive in a world that’s changing faster than ever. #STEMEducation #FutureReady #InnovationInEducation #K12 #TeachingExcellence #LifelongLearning

Some of the biggest impacts from informal STEM programs aren't on the kids - it’s on the college students who lead them. In our Mobile Making afterschool program, local youth design, build, and explore through Maker-based STEM activities. But just as powerful is what happens for our undergraduate facilitators - they’re learning to teach, communicate, and lead. A recent AAAS ARISE blog post from collaborators Ali Hanson, Myung Shin, and Amaya De Vore at CSU Fresno captures how afterschool STEM programs can prepare future teachers while inspiring the next generation of makers and scientists. Check it out here Preparing Future Teachers for STEM: The Mobile Making Afterschool Program https://lnkd.in/giZZDiM3 #STEMEducation #InformalLearning #AfterSchoolSTEM #CRESE #CSUSM #STEMOutreach #SanDiegoEducation

Empowering tomorrow's Innovators today with STEM Learning Solutions In a world driven by technology and innovation, STEM education isn't just an option, it's essential. At STEM Learning Solutions, we're proud to be your trusted partner in transforming education through comprehensive STEM educational products. We are specialists in delivering cutting edge STEM educational resources that bridge the gap between traditional learning and 21st-century skills. From AI series materials to hands-on science textbooks and integrated learning solutions, we provide schools with the tools they need to inspire the next generation of problem-solvers, critical thinkers, and innovators. Why Schools Need STEM Education: Future-Ready Skills – STEM cultivates creativity, analytical thinking, and digital literacy—skills essential for tomorrow's workforce Real-World Application – Students learn by doing, connecting classroom concepts to practical solutions Innovation Mindset – STEM encourages curiosity and experimentation, preparing learners to tackle global challenges Career Opportunities – Opens doors to high-demand fields in technology, engineering, healthcare, and beyond The Value We Deliver: Comprehensive, curriculum aligned resources Engaging, age appropriate content that makes learning exciting Hands on materials that promote active exploration Gateway to emerging fields like Artificial Intelligence and robotics Ongoing support to help educators implement STEM effectively When schools partner with STEM Learning Solutions, they're not just getting textbooks, they're investing in their students' futures and building a foundation for lifelong learning. Let's build tomorrow's innovators together. #STEMEducation #STEMLearning #Education #Innovation #FutureReady #21stCenturySkills #AIInEducation #ScienceEducation #SchoolPartnership #EdTech

⚫ 𝐒𝐡𝐨𝐮𝐥𝐝 𝐒𝐜𝐡𝐨𝐨𝐥𝐬 𝐏𝐫𝐢𝐨𝐫𝐢𝐭𝐢𝐳𝐞 𝐒𝐓𝐄𝐌 𝐄𝐝𝐮𝐜𝐚𝐭𝐢𝐨𝐧 𝐎𝐯𝐞𝐫 𝐭𝐡𝐞 𝐀𝐫𝐭𝐬? ⚫ In today’s rapidly advancing world, education systems are under increasing pressure to prepare students for technological innovation and economic growth. Many argue that schools should prioritize STEM (Science, Technology, Engineering, and Mathematics) education because these fields drive progress and offer high-demand career opportunities. However, while STEM is undeniably important, prioritizing it over the arts would create an unbalanced education system. Both areas are essential for the holistic development of learners. 🔺 The Case for Prioritizing STEM Education STEM education equips students with critical thinking, problem-solving, and analytical skills that are vital in modern industries. In an age of digital transformation, knowledge in science and technology enables innovation in fields like medicine, engineering, and environmental sustainability. Governments and employers worldwide increasingly demand STEM proficiency, making it crucial for economic competitiveness and global advancement. 🔺 The Importance of the Arts While STEM prepares students for technical challenges, the arts develop creativity, empathy, and emotional intelligence—skills equally necessary for success in life and work. Subjects like music, visual art, literature, and drama nurture imagination and self-expression, helping students think outside the box. The arts also enhance communication, cultural awareness, and collaboration—qualities that even STEM professionals need. Furthermore, research shows that students involved in the arts often perform better academically and demonstrate stronger problem-solving abilities, as creativity strengthens cognitive flexibility. 🔺 Finding Balance: STEAM Education Rather than viewing STEM and the arts as opposites, educators increasingly advocate for STEAM—an integrated approach that adds the Arts (A) to STEM. STEAM encourages innovation by combining technical skills with creative thinking. For instance, designing software, architecture, or media content requires both scientific understanding and artistic creativity. Conclusion Schools should not prioritize STEM education over the arts but instead balance both disciplines to prepare students for a well-rounded future. STEM develops the tools to build the world, while the arts give meaning, vision, and humanity to those creations. A truly effective education system values both logic and creativity, producing individuals who can think critically, imagine boldly, and contribute meaningfully to society.

#AUTHENTIC STEM ENGAGEMENT Leveraging authentic, learner-centric tasks continues to be a key accelerator in driving deeper engagement across STEM pathways. In my Mathematics and Physics classes, I’ve been expanding our instructional toolkit by embedding real-world, high-touch problem-solving experiences that shift students from passive consumers to active data strategists. One recent activation involved using my own face as a data model to construct and analyse a polynomial function, an approach that immediately reframed abstraction into relatable, high-equity learning. The initiative created a bridge between theory and application. Students captured a profile curve, generated coordinate points, and deployed regression techniques to model the polynomial that best fit the contour. This unlocked cross-functional synergies between mathematical reasoning, digital tools, and scientific thinking. Beyond the novelty, the task delivered strong cognitive traction: students showcased higher ownership, improved conceptual stickiness, and increased agility in navigating modelling frameworks. By operationalizing authentic tasks such as this, we strengthen the learning ecosystem, enhance student agency, and drive a culture of curiosity that aligns with future-ready competencies. The message to learners was simple but powerful, mathematics and physics are not distant constructs; they are dynamic lenses through which we interpret and redesign the world around us. This is the direction of for impactful STEM delivery, and I am committed to scaling these practices to create sustained value across the learning continuum. Credits@ #Jalaj c @ #ISD Maths Charles Gumba Founder @#STEMPulse

This fall, our team at CRESE launched STEM Voyagers, a new storyline-driven afterschool program for 3rd–5th graders that invites students to learn science and engineering by following their curiosity. In our first adventure, “Mission to Exoplanet Zeta,” each session in the 10-week program follows an interactive storyline that sparks science and engineering challenges. Students use design thinking to build tools that might help humans survive on a newly discovered planet. Along the way, they engineer prototypes, test hypotheses, and record their discoveries in their Voyager Journals. The students are really into the storyline — but what stands out most is how they work together: asking questions, adjusting designs, and cheering each other on. That process of trying, failing, and figuring things out together is what authentic STEM learning looks like. The program is led by CSUSM STEM Ambassadors, undergraduates who bring their own excitement and experience into the classroom. Just as important, they serve as near-peer mentors and college-going role models, helping younger students imagine themselves in STEM. We’re piloting STEM Voyagers this fall in four Escondido Union School District sites, and we’re encouraged by the students’ enthusiasm. We’re also having a blast designing activities, recording video messages as “Mission Control,” and seeing it all come together. We’re planning to expand to more schools next year — if you’re an educator or community partner interested in bringing hands-on STEM learning to your students, I’d love to talk. #STEMEducation #K12Learning #InformalSTEM #CSUSM #CRESE #STEMVoyagers #SanDiegoEducation

The K–12 STEM education market is gearing up for massive growth—faster than most vendors are ready for. New projections show the market will double from $7.5B to $15B by 2032 (10.5% CAGR). What’s driving the acceleration? • AI-powered personalized learning • Coding programs projected in 60% of schools • Integrated STEM initiatives increasing student engagement by up to 40% But here’s the surprising part: the biggest opportunities are not where you'd expect. Dig into the full analysis and see which segments are positioned for breakout growth: https://lnkd.in/gX8tMqJ6

🚀 Big news for #STEMeducation in NSW! The NSW Government has announced a $45 million investment to boost STEM learning in schools -a timely move as we prepare students for a rapidly changing workforce. This isn’t just about new tech tools - it’s about embedding critical thinking, problem-solving, and future-focused learning into the classroom. With new resources, partnerships, and industry alignment, NSW is clearly signalling that STEM is central to student success beyond school. How are we scaling STEM strategically in our schools - not just for engagement, but for impact? EDUtech Australia #STEM #TeachingAndLearning Here's the full article - https://lnkd.in/gZYEJm6j