Instructional strategies are methods used by teachers and other educators to effectively engage and impart knowledge to learners. The goal of such strategies is to facilitate learning and achieve specific learning outcomes.
Whether you’re teaching today's youth to be productive citizens tomorrow, guiding university students toward a path of lifelong learning, or coaching adult learners to succeed in their chosen profession, it’s essential to engage students.
But this isn’t easy — after analyzing responses shared by our Mentimeter Academy students, we discovered the top roadblocks to student engagement are a lack of motivation, short attention spans, irrelevant content, and a lack of connection.
The good news is that you can mitigate these challenges. Our data showed that the best engagement strategies were active learning, group activities, interactive engagement tools, real-world connections, and personalized learning—all of which can be part of your intentional instructional strategy. Instructional strategies transform simple “teaching” into an engaging, effective learning environment, letting you address multiple learning styles and make sure everyone gains the knowledge they need, whether that’s through asynchronous or synchronous learning methods.
If you're interested in the ins and outs of instructional strategies, keep reading. We’ll explain what they are and the many types and provide plenty of instructional strategy examples.
What are instructional strategies?
Instructional strategies are methods leaders use to effectively engage and impart knowledge to learners. There isn’t a one-size-fits-all strategy here; instead, instructional strategies can be student-centered, teacher-centered, or even technology-focused.
Similar concepts that are often confused with instructional strategies include:
- Teaching methods are how individuals approach their lessons, including instructional techniques and classroom management.
- Learning strategies are techniques learners use to take in, process, and retain key information (think: note-taking).
Types of instructional strategies
There are several types of instructional strategies, many of which overlap, but we’ll categorize them into key groups for better clarity. Take a look at the list of instructional strategies to get an idea of the most common types.
- Direct instruction and modeling: Explicit teaching methods like lectures or demonstrations.
- Literacy, language, and communication: Strategies designed to improve reading comprehension or language-related skills.
- Assessment and feedback-based: Techniques based on feedback or direct assessments, such as self-evaluations or tests.
- Technology-enhanced learning: Learning integrated with tech tools like gamification, virtual quizzes, or blended learning methods.
- Collaborative and social learning: Instruction between peers and in groups.
- Differentiated learning: Tailored and inclusive instruction based on a learner’s unique needs.
- Active and experiential: Hands-on learning activities like role-playing or field trips.
- Problem-based and inquiry-based: Using real-world problem-solving to encourage critical thinking and skill development.
Instructional strategies examples
Instructional strategies vary based on learning objectives, subject matter, class size, and learner demographics (i.e., university lectures vs. corporate learning and development). When done well, these strategies can enhance student engagement, drive better comprehension of material, and ultimately improve learning outcomes.
Below, we’ll break down some examples categorized by instructional approach.
Lecture
Category: Direct instruction and modeling
Ideal group size: Small or large
Lectures are a structured teaching method that relies on an educator verbally presenting material to a group of students. One of the most common instructional strategies for teachers, lectures don’t have to simply include talking — instead, educators can supplement with visual aids or interactive elements, including AI tools.
Benefits:
- You can cover a lot of information fairly quickly.
- Lectures are a structured, organized way to present new material.
- Supplementation with interactive or visual elements increases the impact.
Best used for:
- Providing background information before group discussion
- Explaining complex information
- Large group instruction
Q&A
Category: Direct instruction and modeling
Ideal group size: Small to large groups
A live Q&A session allows learners to ask questions and receive answers that help them understand the material. Typically, the educator will start by prompting discussion via open-ended or targeted questions. You can use Q&A sessions as instructional strategies in the classroom and professional environments.
Benefits:
- Q&As encourage critical thinking and questioning.
- Q&As engage students as active participants in their learning.
- Teachers can assess student comprehension in real time.
Best used for:
- Assessing students’ understanding of new material
- Encouraging student participation
- Reviewing key information prior to exams
Think-alouds
Category: Direct instruction and modeling
Ideal group size: Small to large groups
During a think-aloud, an educator verbalizes their own thought process to model problem-solving to the learners. This method is often used as an instructional strategy for math or other technical subjects. Think-alouds allow the teacher to demonstrate how to approach a particular problem or task, walking through each step while students observe.
Benefits:
- Teachers can lead by example.
- Students are encouraged to engage with the information.
- Students develop problem-solving skills.
Best used for:
- Teaching mathematics
- Demonstrating critical thinking, such as in STEM
- Modeling how to break down complex problems
Flipped classroom
Category: Active and experiential
Ideal group size: Small to mid-sized groups
Think of a flipped classroom as the opposite of a traditional classroom: Instead of having students learn in class and practice at home, they review the material independently and apply the knowledge when they come back to the classroom.
When it comes to figuring out how to keep students engaged, a flipped classroom is great because it lets them take their time to understand the material and then show off their independent knowledge.
Benefits:
- Flipped classrooms foster independent study and learning.
- You can maximize class time and give hands-on practice with support.
- You can give differentiated instruction based on each learner.
Best used for:
- Increasing student engagement
- Encouraging self-paced learning
- Making learning more active
Field trip
Category: Active and experiential
Ideal group size: Flexible
We all remember how fun elementary school field trips were. We got a chance to be somewhere new and learn new things — there’s a reason they stick out in our mind. Field trips are engaging, hands-on ways to build knowledge outside the classroom.
Typically, educators plan a visit to somewhere outside the classroom. This could be a museum, a historic site, or anywhere else that will reinforce or build upon lessons learned in the classroom.
Benefits:
- You can provide real-world context to information.
- It offers an opportunity for experiential learning.
- You can make abstract concepts more tangible to students.
Best used for:
- Lessons pertaining to history, geography, or the arts
- Exposure to various careers and industries
- Enhancing culture knowledge
Project-based learning
Category: Active and experiential
Ideal group size: Individual or small groups
With project-based learning, students use real-world projects to build upon their knowledge. Either on their own or with a small team, students research, determine solutions, and try them out to see what they learn.
Benefits:
- You can promote understanding of topics through real-world work.
- You’ll foster teamwork and collaboration.
- You’ll encourage critical thinking and creativity.
Best used for:
- Courses in STEM, business, or humanities
- Topics that can leverage both research and hands-on work
Role-playing
Category: Active and experiential
Ideal group size: Small
Role-playing is a technique where students (and sometimes instructors) act out scenarios to explore or “experience” real problems. The teacher may assign particular roles to each student and provide a scenario, and the learners will act out the situation.
Benefits:
- You’ll help students build debate and public speaking skills.
- Students will foster empathy and perspective-taking.
- Role-playing imitates real-world situations.
Best used for:
- Lessons in ethics, social studies, history, or literature
- Developing interpersonal and/or leadership skills
- Exploring varied perspectives
Graphic organizer
Category: Active and experiential
Ideal group size: Flexible
Graphic organizers are visual tools that structure information in a clear and easy-to-understand format. Common types include Venn diagrams, flow charts, tables, or mind maps. They allow learners to organize ideas, identify connections, and improve their understanding. They can be especially helpful for those who learn concepts best with visual representation.
Benefits:
- Learners will have better clarity and organization of ideas.
- Graphic organizers encourage analysis and critical thinking.
- Students improve their understanding and retention of information.
Best used for:
- Brainstorming sessions
- Planning out or organizing essays or projects
- Comparing and contrasting concepts
Formative assessment
Category: Assessment and feedback-based
Ideal group size: Flexible
A formative assessment is a way to monitor student learning in real time, adjusting your instruction along the way to be more impactful. Using quizzes, polls, live discussions, or other types of assessments, teachers gain insight into what is landing with their students and what needs more attention.
Benefits:
- Assessments offer immediate feedback about knowledge to both students and teachers.
- You can identify knowledge gaps early.
Best used for:
- Checking understanding before moving on to new topics
- Driving student accountability
- Tracking students' progress over time
Didactic questioning
Category: Assessment and feedback-based
Ideal group size: Flexible
Didactic questioning involves educators asking structured, often open-ended questions to help guide learners through concepts. Answering these questions helps students think critically and build on their comprehension. The questions can be simple — like asking students to recall information — or more complex, such as prompting analysis or evaluation of information.
Benefits:
- You’ll foster active engagement and participation.
- You’ll build upon critical thinking skills.
- You’ll be able to offer immediate feedback regarding students’ understanding.
Best used for:
- Instructional strategies for science lessons
- Reviewing key concepts
- Assessing comprehension of material
Self-assessment
Category: Assessment and feedback-based
Ideal group size: Individual
Self-assessment lets learners evaluate their understanding by thinking through their strengths and areas of improvement. Assessing their knowledge empowers learners to take ownership of their education while also encouraging self-reflection. People can do self-assessments without materials — simply asking them to review past work, for example — or with journals, checklists, or rubrics.
Benefits:
- Assessments encourage self-reflection and growth.
- Learners can take ownership of their education.
- You’ll provide insight into achievements and gaps in knowledge.
Best used for:
- Improving student independence
- Tracking progress over time
Blended learning
Category: Technology-enhanced learning
Ideal group size: Flexible
Blended learning combines the best of both worlds: in-person and virtual or eLearning methods. The benefit of blended learning is that students can learn at their own pace while leveraging virtual methods while still retaining access to a teacher’s live instruction.
Hybrid learning is often confused with blended learning, but they’re not exactly the same. The main difference between hybrid and blended learning is that a hybrid learning setting includes some students onsite and others remote. In contrast, blended learning entails in-person instruction alongside virtual materials.
Benefits:
- Blended learning offers diverse learning formats to support individualized learning.
- You'll have more flexibility and accessibility.
Best used for:
- Courses that can benefit from a mix of virtual and in-person teaching
- Differentiated instruction for students’ unique needs
Gamification
Category: Technology-enhanced learning
Ideal group size: Flexible
Gamification incorporates games or game elements — think scoring points or earning badges — into instructional design strategies to boost engagement. Adding fun and friendly competition (even against oneself) can turn dull learning opportunities into exciting experiences. Plus, beating the clock or winning the medal gives learners a sense of achievement.
Benefits:
- You’ll boost motivation and engagement.
- It’s a great way to inject fun and excitement into learning.
- Interactive learning enhances retention.
Best used for:
- Making assessments or quizzes more engaging
- Fostering teamwork and collaboration
Live quizzes and polls
Category: Technology-enhanced learning
Ideal group size: Flexible
Live quizzes and polls are great tools for effective instructional strategies. Blending real-time engagement with assessments helps educators gauge their learners’ understanding while keeping everyone interested. Plus, the real-time nature of live questioning means instructors can adjust their education right away based on the responses.
Benefits:
- Both parties get immediate feedback.
- You’ll promote engagement and participation.
- You’ll be able to do quick comprehension checks.
Best used for:
- Real-time assessment of student knowledge
- Driving participation in large groups
Scaffolding
Category: Differentiated learning
Ideal group size: Flexible
Scaffolding is a strategy that supports students as they learn new material. Teachers provide guidance and support while the information is fresh, then gradually withdraw assistance as the student becomes more proficient. This method offers needed support while at the same time fostering student confidence and empowerment.
Benefits:
- You can break complex information into manageable steps.
- You’ll encourage independence.
- You can support unique learning needs.
Best used for:
- Teaching challenging topics in STEM
- Working with students with various proficiency levels
- Encouraging mastery through guided practice
Learning centers
Category: Differentiated learning
Ideal group size: Flexible
Learning centers, designated classroom spaces where students can work on independent or small-group activities, allow for personalized learning for each student. In these spaces, students can work at their own pace and explore content in different formats.
Benefits:
- You’ll be able to support individualized learning needs.
- You’ll encourage autonomy and engagement.
- This method allows for targeted learning opportunities.
Best used for:
- Reinforcing concepts through hands-on work
- Differentiating instruction
- Fostering self-direction
Flexible assignments
Category: Differentiated learning
Ideal group size: Flexible
Offering students flexible assignments provides multiple options to demonstrate learning rather than a single assignment to the whole learning group. Pupils can choose from options such as presentations, reports, or creative projects, improving their engagement and accommodating their unique learning styles.
Benefits:
- You can accommodate diverse learning styles.
- You’ll encourage creativity.
- Learners will have increased ownership of their education.
Best used for:
- Assessing understanding in multiple ways
- Supporting students with unique strengths and interests
- Enhancing engagement
Peer instruction
Category: Collaborative and social learning
Ideal group size: Small or large
Peer instruction puts the power into the learners’ hands, allowing them to teach each other. Not only does this give them the chance to learn from their peers, but it also helps reinforce the peer educator’s own understanding. Typically, this method will include structured discussions, guided questions, and collaborative problem-solving.
Benefits:
- You’ll encourage active participation.
- Learners gain communication and leadership skills and enhance comprehension.
Best used for:
- Reviewing concepts through discussion
- Strengthening peer collaboration
Cooperative learning
Category: Collaborative and social learning
Ideal group size: Small or large
Cooperative learning lets peers work together in groups to accomplish a goal or finish a task. Within these groups, each member has a role to play in the quest for success, which promotes teamwork, accountability, and problem-solving.
Benefits:
- You can encourage collaboration among students.
- Learners will enhance their communication skills and peer interaction.
Best used for:
- Collaborative group projects
- Problem-solving that requires teamwork
- Encouraging both social and academic learning
Think-pair-share
Category: Collaborative and social learning
Ideal group size: Small or large
The think-pair-share method is a useful instructional strategy for reading and discussion-based activities. First, students have time to consider a question or topic on their own, then they pair up to discuss before presenting to the larger group. This activity blends self-directed learning with group learning, fostering both reflection and strong communication.
Benefits:
- There are great opportunities for discussion and feedback.
- Students can enhance their verbal communication skills and comprehension.
Best used for:
- Engaging students in reading comprehension work
- Fostering classroom discussions
- Supporting active participation in group settings
Brainstorming
Category: Collaborative and social learning
Ideal group size: Small or large
Brainstorming helps students generate ideas without immediate evaluation. The goal is to be as creative as possible and throw out as many ideas as possible without fear of judgment, fostering creativity, diverse perspectives, and exploration.
Benefits:
- You’ll promote open discussion of ideas.
- You’ll encourage creativity.
- Students open up to new perspectives.
Best used for:
- Generating ideas for writing assignments or other creative projects
- Encouraging creative solutions to problems
- Engaging students in lively discussions
Essential questions
Category: Problem-based and and inquiry-based
Ideal group size: Flexible
Essential questions are thought-provoking, open-ended questions that guide learners in inquiring about and exploring topics. They should encourage critical thinking, analysis, and discussion of ideas while connecting learning to the real world.
Benefits:
- Questions promote critical thinking.
- Students gain a deeper understanding of concepts.
Best used for:
- Encouraging exploration of complex topics
- Connecting learning to the real world
Case studies
Category: Problem-based and and inquiry-based
Ideal group size: Small or large
A case study involves considering and analyzing real-world scenarios to apply concepts and develop problem-solving skills. Students will assess the details of a situation, note key issues, and brainstorm possible solutions. This process helps foster critical thinking and analytical skills.
Benefits:
- Students develop real-world problem-solving abilities.
- Students have context-based learning experiences.
- You’ll encourage critical analysis.
Best used for:
- Encouraging collaborative analysis and discussion
- Applying theoretical concepts to practical, real-world situations
Concept mapping
Category: Problem-based and and inquiry-based
Ideal group size: Individual/small group
A concept map is a visual learning strategy that enables students to create diagrams that connect and organize ideas. Illustrating the relationship between concepts can help students better understand and retain information.
Benefits:
- Students gain better comprehension.
- Students have an easier time organizing and connecting ideas.
Best used for:
- Breaking concepts down into smaller parts
- Finding connections between concepts
- Structuring research projects or essays
Summarizing
Category: Literacy, language, and communication
Ideal group size: Individual or small group
Summarizing is a literacy instructional strategy that helps students organize extensive information into small, key points, ensuring they’ve grasped the more important details. The process of summarizing helps students build on their comprehension, retention, and communication abilities.
Benefits:
- Students learn to identify important ideas.
- Students improve their reading comprehension and retention of information.
- You’ll help students develop concise writing skills.
Best used for:
- Enhancing reading comprehension
- Reviewing key concepts
- Strengthening written and verbal skills
Debates
Category: Literacy, language, and communication
Ideal group size: Small or large
Structured debates allow students to argue their opposing viewpoints on a topic. By preparing their argument and determining how to present it, they gain critical thinking skills, research, and public speaking skills. Plus, healthy debates encourage students to hear and consider diverse perspectives.
Benefits:
- Students can strengthen public speaking and argumentation skills.
- You’ll encourage consideration of different viewpoints.
Best used for:
- Encouraging discussion on controversial or complex topics
- Engaging students in persuasive speaking and writing
- Developing evidence-based argument skills
Journals
Category: Literacy, language, and communication
Ideal group size: Individual
A journal offers students a personal space for reflection, letting them express their ideas and further develop their writing skills. Students can even use journals to further other strategies, like using a few pages for a brainstorming exercise.
Benefits:
- You can encourage self-reflection.
- Students will build writing skills and creativity.
Best used for:
- Tracking learning progress over time
- Supporting both emotional and cognitive development
- Encouraging personal reflection and creative thinking
Factors to consider when testing instructional strategies
Developing the best instructional strategies requires more than great ideas. To truly make sure your strategies will lead to positive learning outcomes, you’ll need to test them and analyze their effectiveness over time.
Here are a few considerations to keep in mind:
- Learning objectives: Assess what knowledge you want to impart to your students and how you’ll measure success.
- Learning styles: Each student has their way of learning, so be clear on optimizing lessons for each style.
- Class size: Some learning strategies work for any class size, while others are best for small or large groups.
- Data collection: Determine how you’ll collect information about student learning and how you can use it to measure your success.
- Student feedback: Remember to check in with your students to understand how the strategies affect them.
Deliver better instruction with Mentimeter
Effective instructional strategies engage learners, drive participation, and improve knowledge retention. Incorporating interactive tools like Mentimeter into your instructional strategies can turn traditional education into engaging, student-focused learning experiences.
Ready to elevate your instructional strategies? Check out Mentimeter to design interactive lessons that captivate your learners and drive outcomes. Sign up today to start delivering valuable lessons.
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