Quick answer: Ten useful teaching strategies are explicit modeling, retrieval practice, worked examples, structured active learning, formative checks, feedback, cooperative learning, accessible lesson design, language supports, and metacognitive reflection. None is universally “best.” Start with an observable learning goal, check what students know, match one or two supports to the next barrier, and collect evidence before deciding whether to keep, adapt, or replace the approach.
How this list was built: These are practical categories, not a ranking. The examples synthesize recommendations from the U.S. Department of Education’s What Works Clearinghouse, CAST’s UDL Guidelines 3.0, a large active-learning meta-analysis, and the Education Endowment Foundation. Evidence strength and applicability differ by subject, grade, learner group, and implementation.
Choose from the learning goal and current evidence—not from a generic ranking. Test one matched support, then adapt.
Key takeaways
A strategy is a means to a learning goal, not the goal itself.
Prior-knowledge checks help distinguish “students have not learned this yet” from a language, access, motivation, or task-design barrier.
Explicit instruction and active learning are not opposites; a lesson can model clearly and still require every learner to retrieve, explain, practice, and respond.
Implementation quality matters. Group work without roles, inquiry without enough guidance, or technology without a learning purpose can add activity without adding learning.
Use a short evidence cycle: baseline, one change, an observable response, and a decision rule.
Begin with a specific student action. “Understand fractions” is difficult to observe; “compare two fractions using a visual model and explain the comparison” gives you something to teach and check. Next, collect a small baseline: one problem, a quick write, a concept sort, an oral explanation, or a show-of-work sample.
Then name the likely barrier. Students may need a clearer model, more background knowledge, language support, a different representation, additional practice, better feedback, or a reason to engage. Choose the smallest strategy change that addresses that barrier. Decide in advance what evidence would justify continuing or adapting it.
If the immediate need is…
Try first…
Look for…
A new or complex procedure
Explicit modeling plus a worked example
Students can explain and perform the steps without copying
Weak long-term recall
Low-stakes retrieval and spaced review
Recall improves after a delay, not only immediately
Uneven participation
Structured response routines or assigned group roles
More students produce visible thinking
Unknown misconceptions
A hinge question or exit ticket
The response changes the next instructional move
An access barrier
Alternate representation or response pathway
Access improves without changing the learning goal
1. Explicit modeling
Explicit modeling makes normally hidden thinking visible. State the goal, demonstrate a process, and narrate the decisions that matter. A useful think-aloud focuses on why a move is made, not every thought that enters the teacher’s mind.
Use it when: students are learning a new procedure, genre, routine, or problem-solving process. Watch for: a model that becomes a script students imitate without understanding. Follow the demonstration with a prompt that asks learners to explain the reasoning or apply it to a changed example.
2. Retrieval practice and spaced review
Retrieval practice asks learners to bring information to mind instead of only rereading it. The What Works Clearinghouse guide on organizing instruction recommends quizzing to re-expose students to key content and spacing learning over time. Retrieval can be a two-minute brain dump, flash-card sort, practice question, or explanation from memory; it does not need to be graded.
Use it when: knowledge must remain available for later reasoning. Watch for: turning every retrieval attempt into a high-stakes score. Give corrective feedback and revisit important content after a delay.
3. Worked examples and guided practice
A worked example shows a complete solution or product with the important decisions made visible. The WWC recommends interleaving worked solutions with problems students solve themselves. A practical sequence is “study one, explain one, complete one with prompts, complete one independently.”
Use it when: novice learners face a multistep task. Watch for: examples that reveal the steps but not the conditions for choosing them. Compare a correct example with a near-miss and ask students what changed.
4. Structured active learning
Active learning requires students to do cognitive work: retrieve, predict, classify, explain, debate evidence, solve, or revise. In a meta-analysis of 225 studies in undergraduate STEM courses, active-learning sections had higher average assessment performance and lower failure odds than traditional lecture sections. That scope matters: the result does not prove that every activity works in every K–12 setting.
Use it when: you need evidence of thinking from many students. Think-pair-share, all-student response cards, worked-example comparison, and error analysis are simple options. Watch for: activity that is entertaining but disconnected from the learning goal.
5. Formative checks that change instruction
A formative check is useful because of what happens next. Ask a carefully chosen question, inspect the response, and select the next move: reteach, offer another representation, regroup, extend, or proceed. The WWC’s data-use guide describes instructional improvement as an ongoing cycle rather than a one-time test.
Use it when: a misconception would make the next lesson harder. Watch for: collecting exit tickets that are never reviewed. Our guide to formative assessment strategies includes classroom-sized response methods.
6. Actionable feedback
Feedback should help a learner take a next step. “Good job” signals approval but offers little direction. More useful feedback identifies the goal, points to evidence in the work, and names a manageable revision: “Your claim is clear; add evidence that distinguishes it from the alternative explanation.”
Use it when: students can revise or reattempt the task. Watch for: marking every error at once. Prioritize the feedback that most improves the intended learning.
7. Cooperative learning with structure
Cooperative learning is more than seating students together. Give the group a shared product, make individual thinking visible, assign or rotate useful roles, and include a way to check understanding. Examples include reciprocal explanation, jigsaw reading with source checks, or a group solution followed by an individual exit response.
Use it when: comparing reasoning, rehearsing academic language, or solving a task benefits from multiple perspectives. Watch for: one student doing the work while others observe.
8. Accessible lesson design
CAST’s UDL Guidelines 3.0 organize design options around engagement, representation, and action and expression. In practice, keep the learning goal stable while anticipating access barriers: clarify vocabulary, pair a process diagram with an explanation, support accessible materials, and allow an appropriate response mode when the mode is not itself the target.
Use it when: the format prevents students from demonstrating the intended knowledge or skill. Watch for: lowering the goal instead of removing an unrelated barrier.
9. Language and vocabulary supports
For content learning, language is part of the task. The WWC practice guide for English learners recommends intensive teaching of selected academic vocabulary, integrating oral and written language into content instruction, and structured opportunities to develop written language.
Use it when: learners know part of the concept but cannot yet access or express it through the expected language. Preview a small set of essential terms, use examples and nonexamples, provide sentence frames as temporary supports, and build talk before independent writing. Watch for: simplifying the intellectual work instead of supporting the language needed to do it.
10. Metacognition and self-regulation
Metacognition helps students plan, monitor, and evaluate their learning. Teachers can model a planning question, pause for a monitoring check, and ask students to compare their result with the goal. The Education Endowment Foundation’s 2025 guidance emphasizes explicit support for metacognitive knowledge and skills rather than expecting students to discover them independently.
Use it when: students need to select strategies, persist through difficulty, or judge the quality of their work. Watch for: generic reflection prompts. Ask about a specific decision: “Which step caused the error, and what will you check next time?”
What Our Teaching Team Has Learned in Practice
We have distilled decades of experience, classroom trials, and research into this guide. The accounts below describe what members of our teaching team tried and observed. They are not controlled experiments or universal guarantees; they help show how a strategy can be adapted, what evidence a teacher noticed, and what changed next.
Match the strategy to the immediate learning barrier, then use classroom evidence to decide whether to continue, adapt, or replace it.
Active learning and inquiry in our classrooms
Teacher Strategies™ Anecdote: “I remember teaching a particularly dry history unit on ancient civilizations,” shares Sarah, one of our veteran educators. “My students were glazing over. So, I decided to turn the classroom into an ‘Ancient Market.’ Each group became a different civilization, researching their goods, currency, and trade routes. They had to ‘trade’ with other groups, negotiating and explaining their culture. The energy was electric! They learned more about economics, geography, and cultural exchange in that one activity than in weeks of lectures.”
Teacher Strategies™ Anecdote: “I once taught a unit on local ecosystems,” shares Ben, our science curriculum expert. “Instead of lectures, I took my students to a nearby park with clipboards and magnifying glasses. Their task? ‘What lives here, and how does it survive?’ They observed, sketched, collected samples (responsibly!), and came back with dozens of questions. We spent weeks researching their questions, and their engagement was through the roof. They became junior ecologists!”
Anecdote: “My students love ‘Escape Rooms’ for review,” shares Ben. “I create puzzles based on our content, and they have to solve them collaboratively to ‘escape’ the classroom. The engagement is off the charts!”
Anecdote: “I had a student obsessed with Pokémon,” recalls Emily. “So, when we were learning about ecosystems, I let him create a ‘Pokémon ecosystem’ where he had to explain the food chain and habitats using his favorite characters. He was incredibly engaged and taught the class a lot!”
Video: Teaching Methods for Inspiring the Students of the Future | Joe Ruhl | TEDxLafayette.
From our video: veteran biology teacher Joe Ruhl emphasizes collaboration, communication, critical thinking, and creativity as recurring classroom practices. We use that contribution as a planning lens for structured participation, not as evidence that unstructured activity automatically improves learning.
Video: Active Teaching and Learning Strategies.
From our active-learning workshop: Dr. Jace Hargis works from a large menu of possible active-learning approaches. The practical lesson for this guide is to select a routine that exposes the thinking you need to see rather than adding activity for its own sake.
Differentiation, access, and language support
Teacher Strategies™ Anecdote: “I once had a student, Leo, who was brilliant with numbers but struggled immensely with reading comprehension,” recounts Mark, our math specialist. “Instead of making him read lengthy word problems, I’d often present them visually or verbally, and let him explain his solutions aloud. For his peers who needed more reading practice, I’d provide additional texts. It wasn’t about lowering expectations, but about removing barriers to showing his understanding. Leo thrived, and his classmates benefited from seeing different approaches.”
Teacher Strategies™ Anecdote: “I had a student, Maria, who was incredibly bright but froze when faced with a blank page for writing assignments,” shares Laura, our literacy specialist. “Instead of just telling her to ‘start writing,’ I started with extreme scaffolding. We’d brainstorm ideas together, I’d provide a detailed outline, then sentence starters for each paragraph. Gradually, over several assignments, I’d remove one layer of support at a time. By the end of the year, she was confidently writing multi-paragraph essays with minimal prompting. It was all about building her confidence step-by-step.”
Teacher Strategies™ Anecdote: “I teach in a wonderfully diverse urban school, and I used to rely heavily on classic American literature,” shares Maria, our elementary education specialist. “While important, I noticed many of my students, especially those from immigrant families, weren’t connecting. So, I started intentionally seeking out books by authors from their cultural backgrounds, stories set in different parts of the world, and even encouraged students to bring in family stories. The transformation was incredible! They saw themselves in the stories, their discussions became richer, and their pride in their heritage blossomed. It wasn’t just about reading; it was about belonging.”
Teacher Strategies™ Anecdote: “I had a student, Omar, who was new to the country and spoke very little English,” recalls Jessica. “He was quiet and seemed disengaged. Instead of pushing him to speak, I gave him a tablet with a translation app and encouraged him to use drawing and visual aids to express his ideas. I paired him with a patient, bilingual classmate for group work. Slowly, he started participating more, first through visuals, then with single words, and eventually, full sentences. It was a powerful reminder that engagement looks different for everyone, and sometimes, the best strategy is simply to provide multiple pathways for expression.”
Anecdote: “I teach in a school with many students from different countries,” shares Maria. “I started a ‘Cultural Share’ day once a month where students could bring in an artifact, food, or story from their heritage. It built incredible community and helped us all appreciate our differences.”
Video: ELL & ESL Teaching Strategies.
From our ELL and ESL video: Teachings in Education covers classroom accommodations and the experience of working with English learners. That contribution reinforces the distinction between changing an access pathway and lowering the learning goal.
Cooperative learning and co-teaching
Teacher Strategies™ Anecdote: “One of the most powerful examples of collaboration I’ve seen was during a co-teaching assignment,” shares David, our instructional coaching lead. “My co-teacher, Maria, and I were struggling to engage a particularly diverse group of 5th graders in a science unit. We decided to explicitly model collaborative roles and communication strategies. We even showed them a video of two teachers, Rena James and Mindy Howard, discussing their successful co-teaching relationship, highlighting the importance of defining roles and trusting one another.” (You can watch their insights on successful co-teaching here!) “Seeing adults model effective teamwork made a huge difference. The students then applied those principles to their own group work, and the quality of their projects soared!”
Video: Co-Teaching Top Ten Tips Video.
From our co-teaching video: The Co-Teaching Cocoon presents ten practical tips for establishing and maintaining a co-teaching relationship. We connect that team experience to cooperative learning because roles, communication, and trust need to be taught and maintained for adults as well as students.
Modeling, worked examples, and cognitive load
Teacher Strategies™ Anecdote: “I used to assume my middle schoolers knew how to take effective notes,” says Jessica, our instructional designer. “Big mistake! Their ‘notes’ were often just random scribbles. So, I started explicitly modeling. I’d project a text, think aloud as I highlighted key points, paraphrased, and organized information into a graphic organizer. Then, we’d do it together, and finally, they’d practice on their own. It was amazing to see their note-taking skills transform, which in turn improved their comprehension across all subjects.”
From our cognitive-load video: McGraw Hill PreK–12 explains cognitive load as a way to think about how students process new information. We use that contribution to support concise modeling and guided practice while avoiding the claim that one presentation format fits every learner or task.
Feedback, formative checks, and metacognition
Teacher Strategies™ Anecdote: “I used to spend hours grading essays, only for students to glance at the grade and toss them aside,” recalls Elena, our language arts expert. “Then I shifted to a ‘feedback first, grade later’ approach. I’d give them detailed, actionable feedback on drafts, and they’d revise. The ‘grade’ came after they’d applied the feedback. The quality of their writing skyrocketed, and they actually read my comments! It was a game-changer for their learning and my sanity.”
Teacher Strategies™ Anecdote: “I used to get frustrated when students would just stare at a difficult math problem,” says Robert, our middle school math specialist. “Then I started teaching them a ‘problem-solving checklist.’ It wasn’t about the math itself, but about the process. ‘What’s the question asking? What information do I have? What strategies could I use? Did my answer make sense?’ It transformed their approach. They learned to break down the problem, monitor their own thinking, and persist even when it was tough.”
Teacher Strategies™ Anecdote: “I was convinced my new ‘flipped classroom’ strategy was brilliant,” confesses Robert. “Students watched lectures at home, and we did activities in class. But after a few weeks, I noticed participation wasn’t as high as I’d hoped. I used an anonymous survey to ask students what they thought. Many loved the flexibility, but some felt overwhelmed by the videos and missed direct instruction. This feedback allowed me to adjust: I kept the flipped model but added short, targeted mini-lessons in class and provided more scaffolding for the videos. The strategy improved dramatically because I listened to the data.”
Anecdote: “I had students keep a ‘Growth Portfolio’ where they’d include their best work, but also a piece they struggled with, along with a reflection on what they learned from the challenge,” shares Elena. “It was powerful for them to see their own progress and for me to assess their metacognitive growth.”
Technology and combining strategies
Teacher Strategies™ Anecdote: “I used to dread grading research papers,” admits Chris, our tech integration specialist. “Then I introduced a project where students had to create a podcast about their research topic using Audacity (Shop Audacity on: Audacity Official Website). Not only did their engagement skyrocket, but their research skills improved because they had to articulate their findings clearly and concisely for an audience. Plus, listening to their podcasts was way more fun than reading 30 papers!”
Teacher Strategies™ Anecdote: “When I first started teaching, I spent hours photocopying worksheets and grading by hand,” reminisces David. “Now, with tools like Google Classroom and Formative, I can assign differentiated work, get instant feedback, and spend more time teaching and less time on administrative tasks. It’s truly revolutionized my ability to implement complex strategies like Differentiated Instruction and Formative Assessment without burning out.”
Teacher Strategies™ Anecdote: “I was teaching a unit on fractions to my 4th graders,” recalls Emily, our elementary math coach. “My initial plan was mostly direct instruction. But after a quick exit ticket, I realized many students were still confused. Their goal was application, not just memorization. So, I pivoted. The next day, we used fraction tiles (hands-on!), played a collaborative fraction game, and I used a lot of think-alouds while modeling. By observing their interactions and using formative assessment, I knew direct instruction alone wasn’t enough. I needed to activate their learning and differentiate the process.”
Teacher Strategies™ Anecdote: “Early in my career, I tried to implement every new strategy I learned all at once,” admits David. “I was overwhelmed, and my students were confused. My mentor told me, ‘Pick one thing, master it, then add another.’ That advice was life-changing. It taught me to be patient with myself and to focus on deliberate, incremental improvement. Now, I encourage all new teachers to embrace that philosophy.”
Teacher Strategies™ Anecdote: “I used to plan lessons as a linear sequence: lecture, worksheet, test,” recalls Emily. “Now, I think of it as a dynamic flow. For a unit on fractions, I might start with a quick Kahoot! (formative assessment/gamification) to see what they remember. Then, a brief Direct Instruction on a new concept, followed by Modeling on the interactive whiteboard. Next, Collaborative Learning where they solve problems using fraction manipulatives. I’ll walk around, observing and providing Scaffolding. Finally, an Exit Ticket (formative assessment) where they reflect on their learning (metacognition). It’s a lot, but each piece supports the others, creating a much richer experience.”
Two composite cases from our classroom experience
These two cases are composites inspired by our team’s classroom experience. They preserve the instructional sequence and observations while avoiding the claim that a single strategy caused every outcome.
Inquiry and technology in middle-school science
In the first composite, Mr. Harrison’s seventh-grade class treated science as facts to memorize and rarely participated. He opened a local-ecosystem unit with a nearby environmental problem, organized students into research roles, scaffolded reliable-source questions, collected local water-quality observations, and asked groups to present a practical response. Our team observed more discussion, stronger explanations, and more confident research and presentation work. Those classroom observations informed the next unit; they were not a controlled estimate of effect.
Differentiation and culturally responsive teaching in elementary ELA
In the second composite, Ms. Chen’s third-grade class included a wide range of reading levels and several English learners. She offered culturally varied texts and meaningful choice, used flexible groups, pre-taught vocabulary, added visual dictionaries and sentence starters, and let students demonstrate understanding through writing, drama, art, or video. Students also reflected on what challenged them and which reading strategy they used. Our team observed stronger participation, comprehension, and learner confidence while recognizing that multiple supports and classroom conditions contributed.
A broader team-video perspective
Video: Introduction to Donna Walker’s – Ten Best Teaching Practices | Teaching Strategies.
From our ten-practices video: Corwin’s clip introduces Donna Tileston’s work with a middle school using a coordinated set of teaching practices. We use it as a team contribution showing that implementation is a system of decisions; the numbered list on this page remains a matching guide, not a universal ranking.
Across these accounts, our recurring lesson is that there is no single best strategy. We choose from the learning goal and barrier, make hidden thinking visible, give learners an accessible way to participate, and treat assessment as an ongoing conversation that changes the next instructional move.
A classroom evidence cycle
Define: name one observable goal and the current evidence.
Diagnose: identify the most likely next barrier without assuming a cause.
Change: apply one strategy or a clearly documented combination.
Check: collect the same kind of evidence after instruction.
Decide: continue, adapt, intensify support, or try a different explanation.
This is not a controlled research study, and classroom evidence cannot prove that a strategy caused an outcome. It can make day-to-day decisions more transparent and reduce reliance on a memorable anecdote.
Frequently asked questions
What is the most effective teaching strategy?
There is no context-free winner. Effectiveness depends on the learning goal, learners’ current knowledge, subject, age, implementation, and outcome being measured. Start with a strategy matched to the next barrier and check the result.
Are direct instruction and active learning opposites?
No. A teacher can model a process explicitly and then require every student to retrieve, explain, compare, practice, and receive feedback. The useful question is how each lesson phase advances the goal.
How many strategies should a teacher use in one lesson?
Use as many as the learning sequence requires, but avoid changing several major elements when you need to understand what helped. A simple model, one practice routine, and one formative check may be enough.
Does technology count as a teaching strategy?
Technology is usually a delivery or participation tool, not an instructional purpose. Name the learning action first, then decide whether the tool makes that action more accessible, timely, or visible.
How should a teacher measure whether a strategy worked?
Use evidence aligned to the goal: an explanation, problem solution, writing sample, performance, observation record, or delayed retrieval check. Compare with the baseline and document important context.
Recommended Books for Deeper Practice
Affiliate disclosure: As an Amazon Associate, Teacher Strategies may earn from qualifying purchases at no extra cost to you. We include these books because they are directly relevant to instructional practice; the links do not determine our editorial recommendations.
As the editor of TeacherStrategies.org, Marti is a seasoned educator and strategist with a passion for fostering inclusive learning environments and empowering students through tailored educational experiences. With her roots as a university tutor—a position she landed during her undergraduate years—Marti has always been driven by the joy of facilitating others' learning journeys.
Holding a Bachelor's degree in Communication alongside a degree in Social Work, she has mastered the art of empathetic communication, enabling her to connect with students on a profound level. Marti’s unique educational background allows her to incorporate holistic approaches into her teaching, addressing not just the academic, but also the emotional and social needs of her students.
Throughout her career, Marti has developed and implemented innovative teaching strategies that cater to diverse learning styles, believing firmly that education should be accessible and engaging for all. Her work on the Teacher Strategies site encapsulates her extensive experience and dedication to education, offering readers insights into effective teaching methods, classroom management techniques, and strategies for fostering inclusive and supportive learning environments.
As an advocate for lifelong learning, Marti continuously seeks to expand her knowledge and skills, ensuring her teaching methods are both evidence-based and cutting edge. Whether through her blog articles on Teacher Strategies or her direct engagement with students, Marti remains committed to enhancing educational outcomes and inspiring the next generation of learners and educators alike.
