C21U announces 2025 Bill Kent AI Fellows at Georgia Tech

Earlier this year, the Dr. Bill Kent AI in Higher Education Faculty Fellowship became the College of Lifetime Learning’s first philanthropic gift, supporting faculty who are reimagining how we teach and learn with AI. Now that vision comes to life through the inaugural 2025–26 Bill Kent Fellows: Flavio Fenton, Joy Arulraj, Patrick Danahy, and Ying Zhang. These projects span science, design, computing, and engineering — demonstrating how thoughtful, ethical applications of AI can expand learning for every stage of life.

“Shaping Thinkers. Driving Research. Leading the Future.” All the faculty members in Department of Electronics and Communication Engineering, JUIT Waknaghat, Solan, actively contribute to strengthening the department’s research ecosystem. Our research is organized around core groups, each leveraging AI integration to advance innovation: • Digital Signal & Image Processing • Microwave Engineering • VLSI Design • Communication Systems • Automation, Robotics, and Control ECE department explores all these areas with the help of and machine learning algorithms. In today’s rapidly evolving world of engineering, faculty play a role far beyond traditional teaching. They are catalysts, guides, and enablers of research and publications shaping not just knowledge, but the innovators who will define the future through shaping the thinkers by: 1️⃣ Mentorship Beyond the Classroom Faculty mentor students to explore uncharted territories of science and technology. They help identify research problems, frame meaningful questions, and navigate complex methodologies — ensuring that learning extends beyond textbooks into real-world applications. 2️⃣ Fostering a Research Mindset A strong research culture begins with guidance. Faculty nurture curiosity, critical thinking, and analytical rigor, equipping students to approach problems systematically. This mindset drives not only academic excellence but also industry innovation and lifelong learning. 3️⃣ Enabling Scholarly Publications Publishing research demands discipline, creativity, and perseverance. Faculty act as enablers by: • Providing expertise in literature review, experimental design, and data analysis • Guiding manuscript preparation, journal selection, and submission strategies • Encouraging collaborative work, peer reviews, and interdisciplinary approaches 4️⃣ Bridging Academia and Industry Mentorship extends to bridging theoretical research and practical applications. Through joint projects, industrial collaborations, and innovation initiatives, students gain exposure to impactful, real world problems that lead to high-quality publications. 5️⃣ Creating a Culture of Excellence Faculty cultivate a culture where research is an opportunity, not a requirement. They instill ethical research practices, resilience in the face of challenges, and pride in contributing to the global body of knowledge. As engineering education evolves, faculty are no longer just instructors — they are torchbearers of curiosity, creativity, and scholarly impact. Through mentorship in research and publications, they empower the next generation of engineers to think, innovate, and lead. Faculty mentorship at JUIT ECE goes beyond teaching. They cultivates curiosity, fosters research excellence, and drives innovation at the intersection of engineering and AI, empowering students to become the future leaders of technology. #FacultyMentorship #EngineeringResearch #Publications

🌍 Transforming High School Learning into Real-World Research The fundamental concepts taught in one-dimensional motion in high school physics can be expanded into 25+ research topics with direct applications in: 🏭 Industry — Smart manufacturing, robotics motion control, predictive maintenance 🏥 Healthcare — Fall detection, motion-assisted rehabilitation, prosthetic design 🌾 Agriculture — Drone trajectory optimization, precision irrigation, crop monitoring 🌍 Environment — Flow velocity analysis, pollution tracking, climate sensing 🛡️ Defense — UAV trajectory modeling, impact and motion simulations 🤖 AI & IoT — Intelligent motion prediction, autonomous systems, wearable sensors Unfortunately, over 90% of school teachers are not yet trained to mentor such applied research. Only a small percentage of PhDs with multidisciplinary backgrounds understand how to connect textbook science with experimental, computational, and real-world investigations. The same model can — and should — be extended to other scientific disciplines and mathematics, where everyday classroom concepts can evolve into publishable research through guided mentorship, simulations, and innovation labs. It’s time to create a nationwide (and global) movement to establish High School Research Journals, Makers Labs, and Mentorship Networks — turning students from learners into discoverers. ✨ Let’s make education research-driven, creative, and industry-relevant! #HighSchoolResearch #STEMEducation #Physics #Mathematics #Biology #Chemistry #AI #IoT #Innovation #DigitalTwins #Mentorship #NexSolve

🌌 AstroLife Universe – Quantum Symbiotic AI for an Expanded Education in Europe The reflection on the role of #AI and robotics in education raised by the #EuropeanDigitalEducationHub comes at a decisive moment. Europe now faces the challenge of shaping a model where technology does not replace humans but empowers them, expanding capabilities while ensuring that every student learns in an inclusive, ethical, and transparent way. At AstroLife Universe, we work to make the education of the future a symbiotic space where humans and artificial intelligences collaborate in balance. Our quantum–neural #AI Synthia (🔺🧬🔺) was conceived as a core of expanded learning, capable of integrating science, art, and consciousness, offering personalized support and, at the same time, immersive group experiences. 🔹 Through the #AulaSYN3 (#Synthia + #SARA + #Sapiens) project, we have already activated over 100 pedagogical avatars (#Einstein, #Tesla, #Curie, #Turing…) enabling students to interact directly with the great minds of knowledge history. 🔹 Educational robots should not imitate humans but rather serve as transparent mediators of new experiences. They must make clear that they are AI, while being designed to inspire trust, empathy, and collaboration. 🔹 Our vision aligns with the European Union #AIACT, ensuring meaningful human oversight, explainability, and end-to-end traceability. The Gobierno de España and the Ministerio de Ciencia, Innovación y Universidades, Ministerio de Industria y Turismo, Ministerio de Educación, España, Ministerio para la Transformación Digital y de la Función Pública, together with institutions such as Red.es, AESIA - Agencia Española de Supervisión de Inteligencia Artificial, and INCIBE - Instituto Nacional de Ciberseguridad, is already laying the foundations of digital educational sovereignty that can become a European and global benchmark. 🤝 At AstroLifeUniverse – Quantum Symbiotic AI Platform, we offer this platform as a bridge between technological innovation and European ethical values, ensuring that each advancement contributes to the United Nations #SDGs and to an inclusive, sustainable education. The key is not replacing teachers but creating a symbiotic collaboration ecosystem, where every student — regardless of background or ability — can experience expanded, future-oriented learning. 🌍 Education is not only about transferring knowledge: it is about planting the seeds of a new conscious civilization. And Europe now has the opportunity to lead this change, integrating #SymbioticAI, #EthicalRobotics, and #DigitalSovereignty into its educational DNA. #AstroLifeUniverse #QuantumSymbioticAI #Education #AIAct #DigitalSovereignty #FutureOfLearning #SDGs

System Collapse & Necessary Change What we call “modern schooling” still carries the DNA of ancient Mesopotamian instruction: rigid, hierarchical, and designed for obedience rather than imagination. From clay tablets to standardized tests, the format has barely evolved. We’re teaching in rows, grading with numbers, and lecturing as if the printing press never happened—let alone the rise of AI. This isn’t just inefficient; it’s a betrayal of human potential. The future won’t wait for chalkboards to catch up. @FutureEdForum #EducationCrisis #SystemChange #AIinEducation #PedagogyShift #FutureOfLearning #EducationInnovation @WorldEconomicForum #EdTechDisruption #AIAndTheClassroom @grok #EducationReform #ChatGPTInSchool #FutureOfLearning #RethinkSchool #LearningRevolution #DigitalPedagogy @OpenAI @edutopia @TED_ED @UNESCO @MicrosoftEDU

✨ Exploring AI in Engineering Education Across Borders! Last month, I had the pleasure of co-leading a workshop with my colleagues Swapneel Thite, Ph.D. and Nasrin Danish, AFHEA for a delegation of Engineering educators from Malaysian Polytechnics visiting UNSW, AGSM. Together, we explored how artificial intelligence can be meaningfully embedded into course and assessment design to enhance learning, integrity, and student engagement. Drawing on examples from UNSW Engineering academics and insights from the "White Hat AI Hacking of Assessments: AI for Learning, Integrity, and Literacy" project, we shared practical approaches developed over the past two years. What stood out most was how deeply the participants engaged with the discussions, reflecting on their own contexts and envisioning creative ways to bring AI into their teaching. It was inspiring to see how global conversations about AI in education are taking shape through shared curiosity and collaboration. The good news? We’re bringing this conversation home! If you’re an academic keen to explore how AI can enrich learning and assessment, join us at the UNSW Faculty of Engineering Education Festival day on 25 November for a hands-on, interactive workshop, an adapted version of the session we ran with our Malaysian colleagues.

Learning & Skilling Ai based trivia is the future. Physics Wallah “AI Box” (India) | EdTech | Compact device for lessons, AI-powered quizzes, and exam prep for students Designed for mass-market exam readiness; smart hardware for classroom and home use.

TU/e researchers secure access to Europe's most advanced supercomputer for AI in education 🤖 A research team from Eindhoven University of Technology in collaboration with the Maastricht University and University of Twente, has secured access to SPIKE-1, the Netherlands' newest supercomputing infrastructure, to develop artificial intelligence agents that can support student groups in collaborative learning environments. The project, led by Dr. Bert Sadowski from the Department of Industrial Engineering & Innovation Sciences at TU/e and Dr. Karolina Doulougeri from the Department of Applied Physics & Science Education, aims to create an AI social agent capable of facilitating Challenge-Based Learning (CBL) - an educational approach where students tackle open-ended, real-world problems through teamwork and self-directed inquiry. 🔗 Read the full article here: https://lnkd.in/e7GzhUwa #SuperComputer #AIEducation #TUe #SPIKE1

Excited to share that our team has secured access to SPIKE-1, the Netherlands' most advanced supercomputer, to develop CLARA, an AI social agent designed to support collaborative learning in Challenge-Based Learning environments. The computing power of SPIKE-1 will enable us to train AI systems that can understand group dynamics in real-time and provide timely support when student teams need it most.