Student-Centered Teaching Strategies in Higher Education

“Meeting students where they are” has become a familiar refrain in higher education. But - what does it mean? For many, the phrase is interpreted metaphorically: understand students’ starting points, empathise with their challenges, personalise their learning. But we must also take it literally. Students are not where we imagined they would be post-Covid. They are not back in the lecture theatre. Instead, they’re working extra shifts, caring for siblings or ageing parents, training for national competitions, or managing chronic illness. They’re commuting long distances, or not commuting at all. And even when they are online, they’re multitasking, catching up, and learning in short bursts between other responsibilities. Universities are beginning to respond. In Australia, Regional University Study Hubs are locally embedded, tech-enabled spaces that bring higher education into the everyday geographies of students’ lives. The model is expanding, being trialled in suburban communities where participation in traditional campus life is constrained by distance, cost, and complexity. Scheduling is also being reimagined. Institutions such as Victoria University have adopted block teaching models, allowing students to focus on one subject at a time. This deepens engagement and better fits the lives of students juggling work or family. Others are trialling evening intensives, rolling start dates, or asynchronous-first models. Some are experimenting with mobile classrooms or co-locating learning in community hubs like libraries or health clinics. While institutional change moves slowly, instructors can adapt more quickly. Some have moved the bulk of content delivery online, not as lecture recordings, but as purpose-designed modules. This frees up classroom time for what can’t be done well online: guest panels with industry experts, facilitated workshops, debates, and simulations. Others design assessments that invite students to apply theory to their lives, by analysing work or other experiences. Instructors have sliding participation windows, offer multiple modes of contribution, or use voice notes or video clips to respond to student queries, replacing anonymity with presence. Instructors are exploring AI tools to personalise the learning journey, helping students get unstuck with concept explanations tailored to their level of understanding, or providing feedback on formative work. Such tools allow us to also meet students where they are in their current grasp of a concept, their confidence, and their pace. To truly meet students where they are, we need more than convenience. We need redesign that raises our aspirations for the kinds of relationships, rhythms, and structures that contemporary learners need. Meeting students where they are means recognising that their lives are rich, complex, and constrained and that higher education must fit into that world, not ask students to leave it behind. #HigherEducation #Universities

An innovative approach to teaching economics that puts student learning first! As an economics educator, I've redesigned my ECO 100-semester project to embrace Universal Design for Learning (UDL) principles, offering students multiple pathways to demonstrate their understanding of macroeconomics. I was encouraged by Jeni Al Bahrani and her summer project on UDL as part of her doctorate degree to bring back this project. Students can choose from three engaging options: * Create a physical art piece interpreting economic concepts through visual expression * Compile an "EconSelfie" diary connecting real-world observations to classroom theories * Write a critical book review analyzing contemporary economic literature. This semester’s choices were Kyla Scanlon’s “In this Economy?” or Scott Galloway‘ “Algebra of Wealth”. This flexible approach: * Accommodates different interests * Empowers student choice and engagement * Maintains academic rigor while fostering creativity * Makes economics accessible and relevant to everyday life The results? Students are more engaged, demonstrate deeper understanding, and develop unique perspectives on economic principles. Seeing how different creative approaches can unlock complex economic concepts is amazing! I'm particularly proud of how this project breaks down barriers in economics education while maintaining high academic standards. Each option requires critical thinking and authentic application of course concepts. I am appreciate the innovative business education environment we have created at NKU Haile College of Business What innovative teaching methods have you implemented in your classroom? Let's share best practices! You can read more about my research in this area in my newsletter. Link in comments. #TeachEcon #UniversalDesign #HigherEducation #TeachingInnovation #StudentSuccess #UDL #EconomicLiteracy

Learning flourishes when students are exposed to a rich tapestry of strategies that activate different parts of the brain and heart. Beyond memorization and review, innovative approaches like peer teaching, role-playing, project-based learning, and multisensory exploration allow learners to engage deeply and authentically. For example, when students teach a concept to classmates, they strengthen their communication, metacognition, and confidence. Role-playing historical events or scientific processes builds empathy, critical thinking, and problem-solving. Project-based learning such as designing a community garden or creating a presentation fosters collaboration, creativity, and real-world application. Multisensory strategies like using manipulatives, visuals, movement, and sound especially benefit neurodiverse learners, enhancing retention, focus, and emotional connection to content. These methods don’t just improve academic outcomes they cultivate lifelong skills like adaptability, initiative, and resilience. When teachers intentionally layer strategies that match students’ strengths and needs, they create classrooms that are inclusive, dynamic, and deeply empowering. #LearningInEveryWay

#Why Teachers Should Understand Students' Brains 1. Enhances Teaching Strategies -Knowing how memory works helps teachers plan effective repetition and retrieval practice. -Understanding attention span helps in lesson pacing and transitions. 2. Supports Individual Differences -Every brain is wired differently—teachers who understand this are better equipped to differentiate instruction. 3. Improves Behavior Management -Knowledge of brain development helps teachers understand impulsive behavior, emotional regulation, and respond with empathy. 4. Boosts Motivation and Engagement -Understanding dopamine and reward systems helps teachers use praise, feedback, and goal-setting more effectively. 5. Promotes Social-Emotional Learning -Teachers who understand the amygdala’s role in stress and anxiety can create safer, calmer classroom environments. 🧩 Key Brain Concepts Teachers Should Know (in points) #Neuroplasticity The brain can change and grow with experience. Teaching implication: Encourage a growth mindset and give students opportunities to learn through practice and feedback. #Working Memory This is the brain’s temporary storage space used for problem-solving and learning. Teaching implication: Avoid overwhelming students with too much information at once; present content in small, manageable chunks. #Long-Term Memory This is where knowledge is stored permanently. Teaching implication: Use repetition, connections, real-life examples, and storytelling to help information stick. #Executive Functions These include skills like planning, focusing, and self-control. Teaching implication: Help students develop routines, organize their tasks, and manage their time effectively. #Reward System The brain is motivated by rewards like praise and success. Teaching implication: Use positive reinforcement, gamification, and goal-setting to keep students engaged. #How Teachers Can Apply Brain Science in the Classroom 🎯 Use Retrieval Practice: Ask questions that make students recall information (e.g., mini quizzes, exit tickets). 🕒 Spacing Effect: Review material over days/weeks, not just once. 🧱 Scaffold Learning: Break down tasks into manageable parts to avoid cognitive overload. 🧘♀️ Regulate Emotion: Start class with calm routines; teach mindfulness or breathing for anxious students. 👯 Use Collaboration: Peer learning taps into social brain networks. 🎨 Make it Visual: The brain processes visuals faster than text (diagrams, mind maps, color coding).

I teach 4 courses this fall (~250 students total). Here are 7 of my core teaching philosophies — tactics I rely on that: • Lead to high engagement • Help students retain the content • Prep them to actually apply the lessons (I teach career/professional dev courses at Elon University - Martha and Spencer Love School of Business and Bryan School of Business and Economics at UNCG.) — 1. I learn my students’ names I try to lock in names by week 2 — it changes the entire classroom dynamic and builds belonging and engagement. “He greeted us by name at the start of every class” and “He called on us by name when we contributed” are some of the most common lines in my course evals. — 2. I don’t track class participation I used to grade participation — it turned engagement into a forced behavior. Now we simply discuss how public speaking is a career skill every student needs and how it's better to practice now than in the workplace. Once it feels like skill-building, engagement increases. — 3. I don’t send reminder emails Every deadline is on the syllabus and LMS. My goal isn’t to micromanage — it’s to help students build professional habits (like owning their deadlines). Clear expectations paired with trust lead to better follow-through than constant email reminders. — 4. I start with buy-in Every session begins with why we’re learning this topic — what problem it solves, where it shows up in real life, and why it’s worth their attention. When relevance leads, attention follows. Especially important on week 1, where I focus on "What's in it for me?" for students, not the syllabus or my bio (two quick ways to kill excitement). — 5. I ask (a lot of) questions No one learns much from a pure lecture. I ask questions every slide and leave space for silence; strong thoughts take time. Follow-ups like “Interesting — can you expand on that, Maya?” also help. They push students beyond surface-level responses. Eventually they do it on their own, adding depth before I even ask. — 6. I use scenarios and live demos “Employers don’t just hire based on GPA” isn't as impactful as “You're a small biz owner hiring an employee — do you want to interview a 4.0 grad with no experience or a 3.2 grad with two relevant internships?” Also, instead of just talking about resumes or LI profiles, I build them live on screen and students follow along. Immediate application helps it stick. — 7. I explain the ROI of every assignment Every assignment has a purpose students can name. I include a short “Why this matters” section in every assignment so they know where their effort is going. This increases effort, completion rates, and quality of work. — Bottom line: students are investors. They’re managing a portfolio of classes, jobs, and life — and every hour they give me has opportunity cost. My job is to make that investment worth it. Would love to hear how others approach their teaching. PS. Want my full teaching/workshop framework? DM me!

Now that concerns are rising about AI disrupting student learning (concerns that are legitimate, especially when students are not taught solid AI literacy practices) we need to think carefully about how we teach. One powerful response lies in models that have been with us for decades: project-based learning, experiential learning, inquiry-based learning, and game-based learning. As teachers, we are no strangers to these approaches, but in today’s AI-shaped learning reality, they deserve renewed attention. Why? Because these student-centered models amplify the learner’s role. They put students at the center of inquiry, projects, experiences, and play. They also help them engage in hands-on, authentic learning that leads to deeper understanding. In such contexts, the risks of shallow or malicious AI use are significantly reduced. Of course, AI can still have a place here. Used ethically and responsibly, it can enhance these models through supporting creative thinking, scaffolding inquiry, and expanding possibilities for exploration. If we want to strengthen AI literacy, we should start where student-centered learning has always excelled: giving students ownership, agency, and meaningful opportunities to learn by doing. #AILiteracy #StudentCenteredLearning #ActiveLearning #ProjectBasedLearning #InquiryBasedLearning #ExperientialLearning #GameBasedLearning #AIinEducation #TeachingWithAI #EducatorsTechnology

Students are cognitively maxed out. Herbert Simon, Nobel laureate, noted in 1977: “A wealth of information creates a poverty of attention.” It has never been truer. Here are counterintuitive ways to encourage focus. ➜ Don't outsource foundational skills to AI The logic seems sound: let AI handle summarizing and paraphrasing to free up mental energy for analysis. But these aren't "low-level" tasks; they're essential cognitive skills. Students need to practice compression, extraction, and reformulation themselves. ➜ Design completely tech-free tasks No screens. Pen, paper, brain, silence. Then, if appropriate, compare their efforts with AI outputs or model answers. This reduces dependency, builds confidence and reveals what human thinking adds that algorithms miss. ➜ Signpost content explicitly Label it as you teach: "This is contextual information for today's discussion." "This is core knowledge you need to retain." "This is reference material you can look up later." Students waste enormous cognitive energy trying to figure out what matters. Just tell them. ➜ Assign physical books Digital reading fragments attention. Physical books create a different cognitive relationship with material — slower, deeper, with better spatial memory of where concepts appear. ➜ Teach the learning objectives, don't just post them Course syllabi on a LMS are where learning objectives go to die. Regularly recap what the whole point of the course is. Why this topic? Why now? How does today connect to the bigger picture? Orientation reduces cognitive load. ➜ Change the environment Teach outdoors or in a different campus space. Novel environments can reduce the cognitive fatigue of routine and create stronger memory encoding. Plus, movement and fresh air actually help thinking. ➜ Build in recap checkpoints Start each class with a short discussion of what was learned last time. This helps students consolidate before layering on new complexity. Accumulation without consolidation creates overload. Not everything deserves the same cognitive investment. We have to teach focus constraint. Reduce distractions, clarify priorities, build foundational capacity. Give students a chance to build the cognitive space for complexity. 💙 Congrats if you made it to the end of this post! ⬇️ If you have other suggestions, post them below.

"I thought I knew this until you asked me to explain it without looking anything up." A colleague shared what one of her students said last week, and I haven't stopped thinking about it. The student had been getting A's all semester. Participating in discussions. Submitting solid work. Then came a 20-minute in-class exercise asking her to work through a novel problem. She couldn't do it. Not because she was unprepared. Because she'd never actually internalized what she thought she understood. Here's the pattern I'm seeing work: professors adding quick, low-stakes assessments that reveal what students actually know versus what they can produce with support. Not high-pressure exams. Not gotcha moments. Reality checks. A biology professor gives 20-minute in-class scenarios. Novel problem, diagram the process, explain your reasoning. Students discover quickly whether they've internalized the pathways or just produced good essays. A history professor does "it's 1848, you're advising a monarch" exercises. Students need events and causation internalized to construct plausible reasoning on the spot. A CS professor has live debugging sessions. Students find out fast whether they actually know data structures or just know how to look them up. These aren't replacing major projects. They're diagnostic. They help students see the difference between accessing information and truly understanding it. And they're surprisingly motivating. Students realize the gaps early, when there's still time to build foundations. They start studying differently. Some knowledge needs to be so internalized it becomes automatic. Not everything. But the core frameworks that let you think in a discipline. When we assess only final deliverables, we lose sight of whether that internalization is happening. These quick checks bring it back into focus. #HigherEducation #AIinEducation #AssessmentDesign Jason Gulya Michelle Kassorla, Ph.D. Mike Kentz Jessica Nguyen Frances Bushnell, MS France Q. Hoang

It is the start of the semester, and for many it will be their first time teaching. Teaching can feel like being thrown into the deep end, especially for new professors. Many of us, including myself, received little to no formal training on teaching. We were told, "Here's your classroom, now go teach," and we had to figure it out through trial and error. I learned most of what I know about effective teaching from observing great instructors and by constantly experimenting in my own classroom. The good news is that there are fundamental principles of pedagogy supported by research that can help. Here is some of what I've learned. 1. Activate Prior Knowledge - Students build new knowledge on the foundations of what they already know. Before introducing a new concept, I help them make connections to past experiences or previously learned material. This primes their brains and gives the new information an anchor. A simple question like, "Think back to the first time you heard about atomic orbitals, what were your first thoughts? What were the questions that came to your mind?” can make a huge difference. Putting what you are about to discuss in the context can be motivating for students. For example, “Now we are going to talk about the equation that governs their shapes and what those shapes even mean." 2. Foster a Culture of Psychological Safety - One of the most powerful things we can do as educators is to create a space where students feel safe to be vulnerable. This means celebrating questions and discussion. When a student starts a question with, "This might be a stupid question, but...", it's a critical moment. I make it a point to say, "There are no stupid questions." Being approachable and available outside of class is also key. I make a conscious effort to signal that my door is open and I am here to support them. 3. Connect Learning to the Real World - Students learn best by doing and by seeing how concepts apply to their lives. When designing assignments, I try to move beyond theory. I ask students to solve problems related to everyday experiences. I encourage them to look at the world around them through the lens of the course. This helps them see that science and engineering is everywhere, waiting to be discovered and understood. 4. Equip Students to Learn on Their Own - While we can use diverse teaching methods to cater to different learning styles, the reality is that we can't be everything to every student. This means empowering them to understand how they learn best. We need to educate them on the different learning strategies available and encourage them to experiment and discover what works for them. This shifts the focus from passively receiving information to actively taking ownership of their own education. Ultimately, great teaching is about much more than just conveying information. It's about building a relationship with students and helping them develop the skills to think critically and learn independently.

📚 How to Engage Students When You Teach: It’s Not About Performance, It’s About Connection Every great lesson has one thing in common — not perfect slides, not flawless explanations, but engaged learners. And student engagement doesn’t happen by accident… it happens by intention. Here’s what truly works in today’s classrooms: 💡 1. Start With a Hook, Not a Heading 📝A question. 📝A story. 📝A real example. 🌱Curiosity opens more minds than any syllabus line ever has. 💡 2. Make Students Co-Creators, Not Spectators 📝Invite them to solve, discuss, reflect, disagree, imagine. 🌱Learning sticks when students participate, not just listen. 💡 3. Use Movement & Voices 📝A quick pair-share. 📝 A stand-up poll. 📝 A two-minute activity. 🌱Tiny shifts re-energize attention in big ways. 💡 4. Connect Content to Their World 📝Show how the lesson shows up in their choices, future, and experiences. 🌱Relevance is the strongest form of engagement. 💡 5. Teach With Presence, Not Pressure 📝Your energy sets the temperature of the room. 🌱Warmth makes students feel safe. 🌱Safety makes them confident. 🌱Confidence makes them engaged. 💡 6. Pause… and Let Silence Work 📝Silence isn’t emptiness. It’s thinking time. And thinking time builds real understanding. When students feel seen, involved, and valued — engagement is no longer a strategy, it becomes a natural response. In the end, we don’t teach lessons. We teach humans. And humans engage when they feel connected. 🌿💛 #Education #Teaching #StudentEngagement #EdTech #HigherEd #K12 #LearningAndDevelopment #EducatorLife