Ascension Learning, Inc.

The world is changing rapidly, and technology is at the heart of this transformation. Understanding artificial intelligence (AI) and navigating the digital landscape is essential for today's students to thrive in an interconnected, innovation-driven world. As educators and parents, we have a crucial role in equipping the next generation with the tools they need to succeed—and the values to use responsibly. Our latest article explores how teaching AI literacy, fostering media literacy through lateral reading, and encouraging ethical and creative technology use can help students become empowered creators rather than passive consumers. Key points we cover include: ✅ Teaching AI Literacy: Preparing students for a world where AI influences every industry and opportunity. ✅ Media Literacy: Helping students navigate misinformation with critical thinking and fact-checking tools. ✅ Balancing AI in Education: Using AI to supplement creativity, not a substitute. ✅ Raising Responsible Digital Citizens: Parents' role in shaping ethical tech habits. ✅ From Consumers to Creators: Inspiring students to harness technology to make a positive impact. Let's work together to ensure the next generation doesn't just survive in the age of AI—they thrive. Read the full article and explore how we can prepare our students for an exciting future. #AI #DigitalLiteracy #Education #EdTech #MediaLiteracy #FutureReady #EmpoweredCreators #ResponsibleTechUse #AscensionLearning

Elizabeth Anderson, CEO of the Digital Poverty Alliance, has raised critical points about AI's role in reshaping education, the workplace, and societal opportunity. Her article highlights how AI literacy is no longer optional—it’s essential for empowering the next generation while addressing widening inequalities like digital poverty. In the UK, efforts are underway to integrate AI into the national curriculum, train teachers, and provide devices to underserved students. However, this approach relies heavily on government intervention and systemic reform. While such measures are vital in some contexts, they may not be as feasible or practical in others. In the U.S., we face a similar challenge with digital inequity, particularly in rural and low-income communities. The risk is clear: AI could deepen existing divides if we don't act quickly to make education equitable and prepare young learners for an AI-driven future. But how do we solve this in ways that are sustainable, decentralized, and less reliant on government-driven, top-down solutions? Ascension Learning's Perspective: The answer lies in the power of grassroots innovation and community-based partnerships. Here's what that could look like: -Leveraging Non-Profits and Local Organizations: Non-profits like Ascension Learning can work with schools to bring AI education to underserved communities through virtual tools, workshops, and accessible digital resources. -Private Sector Collaboration: Tech companies can provide resources, expertise, and tools directly to communities without overburdening schools or relying on extensive federal funding. -Empowering Educators Locally: Training teachers at the district or school level, using open-source platforms and flexible resources, can avoid disparities caused by centralized policies. -Equitable Access via Technology: Scaling solutions, such as shared-device programs, community internet hubs, and free educational platforms (like PhET and LabXchange), can bridge gaps at the community level. We invite all stakeholders—educators, parents, tech leaders, and community members—to join this critical conversation. Together, we can ensure that every child, regardless of background, has the tools to thrive in an AI-driven world. What are your thoughts on addressing digital inequity in the U.S.? How can we build sustainable, community-driven solutions to empower our students? https://lnkd.in/eK765HBT

Delivering meaningful, hands-on STEM experiences can be challenging. Limited resources, safety concerns, and time constraints often hinder our ability to create the dynamic, interactive environments students deserve. But what if there was a way to overcome these barriers? Our latest article explores how digital simulations and virtual labs are revolutionizing STEM education, offering students worldwide unprecedented access, equity, and engagement. What You'll Discover in the Article: -How are free platforms like EiE Online, PhET Simulations, and LabXchange bridging the gap for underfunded schools and remote learners? -Why gamified and interactive tools captivate young minds and make STEM learning fun. -Real-world lesson plans, including designing prosthetic fish tails and exploring Newton's laws with hands-on virtual experiments. These tools teach STEM and empower learners to create, innovate, and solve real-world problems. 👩🏫 Educators and Parents, this is your opportunity to bring the future of learning into your classroom or home! Whether teaching in K-12, higher education, or home-schooling environments, these resources can help you inspire curiosity, foster critical thinking, and build the next generation of STEM leaders. Let's transform STEM education together—one digital lab at a time! 🌟💻 #STEMeducation #DigitalLearning #EquityInEducation #AscensionLearning #VirtualLabs #PhETSimulations #EiEOnline

Educators, are you ready to embrace the future of learning? AI is transforming classrooms, offering powerful tools to spark creativity, personalize learning, and prepare students for a rapidly evolving world. Discover actionable strategies to: ✅ Inspire creativity with tools like Canva, DALL-E, and AI simulations. ✅ Personalize learning using adaptive platforms like DreamBox and AI-driven lesson planners tailored to your students. ✅ Enhance STEM education with interactive resources that allow students to gamify complex concepts in electronics through hands-on gameplay. ✅ Equip students with 21st-century skills, fostering critical thinking, collaboration, and problem-solving for an AI-driven workforce. 🔗 Check out additional resources linked in the article 📚 Read the full article here 👇 #AIinEducation #STEMLearning #PersonalizedTeaching #EdTech #AscensionLearning

At Ascension Learning, we believe in the power of hands-on projects to teach fundamental mathematical principles. This creative activity, where children use string and paper to form 3D geometric shapes, is a fantastic example! Not only does it make abstract concepts like surface area and volume more accessible, but it also enhances spatial reasoning—a critical skill for mastering geometry. Such interactive projects are a fun and effective way to engage students in learning and deepen their understanding of essential math concepts. We’re excited to see more projects like this that make math educational and enjoyable! #MathEducation #Geometry #InteractiveLearning #SpatialReasoning #STEM #MathProjects #AscensionLearning

Video games aren't just for fun—they're a masterclass in how humans learn best! In his inspiring TED Talk, Kris Alexander, a professor of video game design and passionate gamer, highlights how video games naturally capture our attention, adapt to our learning styles, and track progress toward clear goals. Imagine bringing these principles into traditional education! We can create virtual and in-person classrooms that genuinely resonate with every learner by embracing diverse learning modes, gamification, and innovative online engagement strategies. #Gamification #OnlineLearning #EducationInnovation #TEDTalk

Learning electronics is more than mastering circuits—it's about equipping students with a next-generation technical skill essential for innovation. We love resources like "Crack the Circuit" by Universe & More, where students can explore series, parallel, and short circuits through hands-on gameplay. By gamifying complex concepts, this tool makes electronics accessible, engaging, and fun for all learners. Whether sparking curiosity in budding engineers or laying the foundation for future problem-solvers, interactive platforms like this are shaping the innovators of tomorrow. Explore "Crack the Circuit" on LabXchange and empower your students to build, tinker, and light up their learning! #STEMEducation #InteractiveLearning #TechnicalSkills

Discover how combining Project-Based Learning (PBL), Inquiry-Based Learning (IBL), and Design Thinking prepares students to solve real-world challenges through meaningful, hands-on projects. Dive into examples like creating clean water solutions and building pollinator-friendly gardens to see these dynamic approaches in action. Learn how students develop critical thinking, empathy, and collaboration skills to become tomorrow's problem-solvers. #ProjectBasedLearning #InquiryBasedLearning #DesignThinking #STEMEducation #HandsOnLearning #PollinatorConservation #EnvironmentalEducation #21stCenturySkills #EdInnovation

Want to spark your child’s curiosity and critical thinking? STEM learning doesn’t have to stay in the classroom—it can thrive at home, and you don’t need a science degree to make it happen! Our latest article explores how engaging in STEM activities as a family can transform your child’s education. From building simple circuits to growing a garden experiment, we share practical ideas tailored for busy parents who want to nurture their child’s creativity and problem-solving skills. Research shows that parental involvement can have a transformative impact on learning outcomes. Let us show you how to make that happen, even on a tight schedule. Because when parents get involved, the possibilities are limitless. #STEM #FamilyEngagement #Education #ParentalInvolvement

Research consistently highlights the transformative role of families in shaping children’s learning and interests. Caregiver involvement in STEM education fosters stronger caregiver-child relationships, boosts academic performance, and builds a foundation for long-term success. The EiE Families program from the Museum of Science (Boston) embraces this evidence, providing free, high-quality STEM activities designed for families. These bilingual resources (English and Spanish) make it easy to integrate STEM learning at home, extending children’s curiosity beyond the classroom. Check out the innovative activity where Purna and Ved solve a musical challenge using engineering principles—an engaging way for families to explore STEM together! Download the activities here: Interactive Activity: https://lnkd.in/digqZE-Z Full EiE Families Resources: https://lnkd.in/dQw6iHBZ #STEM #FamilyEngagement #HandsOnLearning #EngineeringFun