presentation method of teaching

• Resources ›
• For Educators ›
• Tips & Strategies ›

Methods for Presenting Subject Matter

• Tips & Strategies
• An Introduction to Teaching
• Policies & Discipline
• Community Involvement
• School Administration
• Technology in the Classroom
• Teaching Adult Learners
• Issues In Education
• Teaching Resources
• Becoming A Teacher
• Assessments & Tests
• Elementary Education
• Secondary Education
• Special Education
• Homeschooling
• M.A., English, Western Connecticut State University
• B.S., Education, Southern Connecticut State University

The word educate comes from Latin, meaning "to bring up, to rise, and to nourish, to train." To educate is an active enterprise. In comparison, the word  teach comes from German, meaning  "show, declare, warn, persuade." To teach is a more passive activity. 

The difference between these words, educate and teach, has resulted in many different instructional strategies, some more active and some more passive. The teacher has the option to choose one in order to successfully deliver content.

In choosing an active or passive instructional strategy, the teacher must also consider for other factors such as subject matter, the resources available, the time allotted for the lesson, and the background knowledge of the students. What follows is a list of ten instructional strategies that can be used to deliver content regardless of grade level or subject matter.

Lectures are instructor-centered forms of instruction given to a whole class. Lectures come in many different forms, some more effective than others. The least effective form of lecture involves a teacher reading from notes or the text without differentiating for student needs. This makes learning a passive activity and students may quickly lose interest.

The lecture is the most used strategy. An article  in "Science Educator" titled "Brain Research: Implications to Diverse Learners" (2005) notes:

"Although lecturing continues to be the most widely employed method in classrooms across the country, research on the way we learn indicates that lecturing is not always very effective."

Some dynamic teachers, however, lecture in a more free-form manner by including students or providing demonstrations. Some skilled lecturers have the ability to engage students using humor or insightful information.

The lecture is often coined as "direct instruction" which can be can be made into a more active instructional strategy when it is part of a mini- lesson .

The lecture portion of the mini-lesson is designed in a sequence where the teacher first makes a connection to previous lessons. Then the teacher delivers the content using a demonstration or a think-aloud . The lecture part of the mini-lesson is revisited after students have an opportunity for hands-on practice when the teacher restates the content one more time. 

Socratic Seminar

In a whole group discussion , the instructor and the students share the focus of the lesson. Typically a teacher presents information through questions and answers, trying to ensure that all students are involved in learning. Keeping all students on task, however, may be difficult with large class sizes. Teachers should be aware that using an instructional strategy of whole-class discussions may result in passive engagement for some students who may not participate .

To increase engagement, whole-class discussions may take several different forms. The Socratic seminar is where an instructor asks open-ended questions allowing students to respond and build on each others thinking. According to education researcher Grant  Wiggins , the Socratic seminar leads to more active learning when,

"...it becomes the student’s opportunity and responsibility to develop habits and skills that are traditionally reserved for the teacher."

One modification to the Socratic Seminar is the instructional strategy known as the fishbowl. In the fishbowl, a (smaller) inner circle of students respond to questions while a (larger) outer circle of students observes. In the fishbowl, the instructor participates as a moderator only.

Jigsaws and Small Groups

There are other forms of small group discussion. The most basic example is when the teacher breaks the class up into small groups and provides them with talking points that they must discuss. The teacher then walks around the room, checking on the information being shared and ensuring participation by all within the group. The teacher may ask students questions to ensure that everyone's voice is heard.

The Jigsaw is one modification on small group discussion that asks each student to become an expert on a particular topic and then share that knowledge by moving from one group to another. Each student expert then "teaches" the content to the members of each group. All members are responsible to learn all content from one another.

This method of discussion would work well, for example, when students have read an informational text in science or social studies and are sharing information to prepare for questions posed by the instructor. 

Literature circles are another instructional strategy that capitalizes on active small group discussions. Students respond to what they have read in structured groups designed to develop independence, responsibility, and ownership. Literature circles can be organized around one book or around a theme using many different texts.

Role Play or Debate

Roleplay is an active instructional strategy that has students take on different roles in a specific context as they explore and learn about the topic at hand. In many ways, role-play is similar to improvisation where each student is confident enough to offer an interpretation of a character or an idea without the benefit of a script. One example could be asking students to participate in a luncheon that is set in a historical period (ex: a Roaring 20s "Great Gatsby" party). 

In a foreign language class, students might take on the role of different speakers and use dialogues to help learn the language . It is important that the teacher has a firm plan for including and assessing the students based on their role-playing as more than participation.

The use of debates in the classroom can be an active strategy that strengthens skills of persuasion, organization, public speaking, research, teamwork, etiquette, and cooperation. Even in a polarized classroom, student emotions and biases can be addressed in a debate that begins in research. Teachers can foster critical thinking skills by requiring students to provide evidence to support their claims before any debate.

Hands-on or Simulation

Hands-on learning allows students to participate in an organized activity best evidenced in stations or science experiments. The arts (music, art, drama) and physical education are those recognized disciplines that require hands-on instruction.

Simulations are also hands-on but are different than role-playing. Simulations ask students to use what they have learned and their own intellect to work through an authentic problem or activity. Such simulations might be offered, for example, in a civics class where students create a model legislature in order to create and pass legislation. Another example is having students participate in a stock market game. Regardless of the kind of activity, a post-simulation discussion is important for assessing student understanding.

Because these kinds of active instructional strategies are engaging, students are motivated to participate. The lessons do require extensive preparation and also require the teacher to make clear how each student will be assessed for their participation and then be flexible with the results.

Software Program(s)

Teachers can use a variety of educational software on different platforms to deliver digital content for student learning. The software might be installed as an application or a program that students access on the internet. Different software programs are selected by the teacher for their content ( Newsela ) or for the features that allow students to engage ( Quizlet ) with the material.

Longterm instruction, a quarter or semester, can be delivered over software platforms online such as Odysseyware or Merlot . These platforms are curated by educators or researchers who provide specific subject materials, assessment, and support materials.

Short term instruction, such as a lesson, can be used to engage students in learning content through interactive games ( Kahoot !) or more passive activities such as reading texts.

Many software programs can collect data on student performance which can be used by teachers to inform instruction in areas of weakness.  This instructional strategy requires that teacher vets the materials or learns the software processes of the program in order to best use the data that records student performance.

Presentation Through Multimedia

Multimedia methods of presentation are passive methods of delivering content and include slideshows (Powerpoint) or movies. When creating presentations, teachers should be aware of the need to keep notes concise while including interesting and relevant images. If done well, a presentation is a kind of lecture that can be interesting and effective for student learning. 

Teachers may want to follow a 10/20/30 rule which means there are no more than 10  slides , the presentation is under 20 minutes, and the font is no smaller than 30 points. Presenters need to be aware that too many words on a slide can be confusing to some students or that reading every word on the slide aloud can be boring for an audience that can already read the material.

Movies present their own set of problems and concerns but can be extremely effective when teaching certain subjects. Teachers should consider the pros and cons of using movies before using them in the classroom.

Independent Reading and Work

Some topics lend themselves well to individual classroom reading time. For example, if students are studying a short story, a teacher might have them read in class and then stop them after a certain time to ask questions and check for understanding. However, it is important that the teacher is aware of student reading levels to make sure that students do not fall behind. Different leveled texts on the same content may be necessary.

Another method some teachers use is to have students select their own reading based on a research topic or simply on their interests. When students make their own choices in reading, they are more actively engaged. On independent reading  selections, teachers may want to use more generic questions to assess student understanding such as:

• What did the author say?
• What did the author mean?
• What words are the most important?

Research work in any subject area falls into this instructional strategy. 

Student Presentation

The instructional strategy of using student presentations as a way to present content to the class as a whole can be a fun and engaging method of instruction. For example, teachers can divide up a chapter into topics and have the students "teach" the class by presenting their "expert" analysis. This is similar to the Jigsaw strategy used in small group work.

Another way to organize student presentations is to hand out topics to students or groups and have them present information on each topic as a short presentation. This not only helps students learn the material in a deeper manner but also provides them with practice in public speaking. While this instructional strategy is largely passive for the student audience, the student presenting is an active demonstrating a high level of understanding.

Should students choose to use media, they should also adhere to the same recommendations that teachers should use with Powerpoint (ex: a 10/20/30 rule) or for films.

Flipped Classroom

Student use of all manner of digital devices (smartphones, laptops, i-Pads, Kindles) that allow access to content brought the beginning of the Flipped Classroom. More than a switch of homework to classwork, this relatively new instructional strategy is where the teacher moves the more passive elements of learning such as watching a powerpoint or reading a chapter, etc.as an activity outside of the classroom, usually the day or night before. This design of the flipped classroom is where valuable class time is available for more active forms of learning.

In flipped classrooms, one goal would be to guide students to make decisions on how to learn better on their own rather than having the teacher deliver information directly.

One source of materials for the flipped classroom is Khan Academy, This site originally began with videos that explained math concepts using the motto "Our mission is to provide a free, world-class education to anyone, anywhere."

Many students preparing for the SAT for college entry might be interested to know that if they are using Khan Academy, they are participating in a flipped classroom model.

• 4 Tips for Effective Classroom Management
• 8 Motivational Strategies and the Proverbs that Support Them
• 5 Keys to Being a Successful Teacher
• 10 Strategies to Boost Reading Comprehension
• Improve Algebra Content Vocabulary with Poetry
• Wait Time in Education
• 4 Poetic Formulas for Geometry Class
• What Teachers Do Beyond the Classroom When No One Is Looking
• How Scaffolding Instruction Can Improve Comprehension
• The ABCs of Teaching: Affirmations for Teachers
• The Prewriting Stage of the Writing Process
• Building an Effective Classroom
• Creating a Homework Policy With Meaning and Purpose
• 12 New Teacher Start-of-School Strategies
• Effective Praise in the Classroom
• My Best Teaching Experience

• The Open University
• Explore OpenLearn
• Get started
• Create a course
• Free courses
• Collections

My OpenLearn Create Profile

• Personalise your OpenLearn profile
• Save Your favourite content
• Get recognition for your learning

Already Registered?

• Welcome to this free course on 'General Teaching M...
• Information that is not to miss Mark as done
• Alternative format Mark as done
• Tell us what you think of this course Mark as done
• Acknowledgements & references Mark as done
• Course guide Mark as done
• TOPIC 1 - QUIZ View Receive a grade Receive a passing grade
• TOPIC 2 - QUIZ Receive a grade Receive a passing grade
• TOPIC 3 - QUIZ Receive a grade Receive a passing grade
• TOPIC 4 - QUIZ View Receive a grade Receive a passing grade
• TOPIC 5 - QUIZ View Receive a grade Receive a passing grade
• Introduction Mark as done
• 1.1 DEFINITIONS, TYPES & PROCESSES OF LEARNING Mark as done
• What is learning Mark as done
• Behaviourism Mark as done
• Constructivism Mark as done
• Social-constructivism Mark as done
• Cognitivism Mark as done
• Conclusion on learning theories Mark as done
• 1.2 LEARNING STYLES Mark as done
• Introduction to learning styles Mark as done
• Overview of learning styles Mark as done
• Interpersonal learners Mark as done
• Intrapersonal learners Mark as done
• Kinesthetic learners Mark as done
• Verbal learners Mark as done
• Visual learners Mark as done
• Logical learners Mark as done
• Auditory learners Mark as done
• Identifying learning styles Mark as done
• 1.3 LEVELS OF COGNITION Mark as done
• Introduction to Bloom's taxonomy Mark as done
• How Bloom’s Taxonomy is useful for teachers and trainers Mark as done
• 2.1 FOUNDATION AND RATIONALE Mark as done
• Introduction to Active Teaching and Learning Mark as done
• Defining Active Teaching and Learning Mark as done
• Rationale for Active Teaching and Learning Mark as done
• 2.2 METHODS, TECHNIQUES & TOOLS Mark as done
• METHODS FOR ACTIVE TEACHING AND LEARNING Mark as done
• Problem-based learning Mark as done
• Project-based learning Mark as done
• Learning stations Mark as done
• Learning contracts Mark as done
• TECHNIQUES FOR ACTIVE TEACHING AND LEARNING Mark as done
• Groupwork Mark as done
• Demonstration Mark as done
• Presentation Mark as done
• Brainstorming Mark as done
• Simulation Mark as done
• Storytelling Mark as done
• Drill Mark as done
• TOOLS FOR ACTIVE TEACHING AND LEARNING Mark as done
• Quiz Mark as done
• Roleplay Mark as done
• Low cost experiments Mark as done
• Flashcards Mark as done
• Videos Mark as done
• Images Mark as done
• Charts and maps Mark as done
• Diagrams Mark as done
• Student portfolio Mark as done
• 2.3 BARRIES IN INTEGRATING ACTIVE TEACHING Mark as done
• Identifying Barriers Mark as done
• 3.1 INTRODUCTION TO MANAGEMENT OF LEARNING SPACE & ORGANIZATION Mark as done
• Defining management of learning space Mark as done
• The role of the teacher/trainer Mark as done
• Defining organization of the learning space Mark as done
• Seating arrangement of the Learning Space Mark as done
• Overview of seating arrangement styles Mark as done
• Benefits of effective management and organization Mark as done
• 3.2 STRATEGIES FOR EFFECTIVE MANAGEMENT Mark as done
• The teacher/trainer as a model Mark as done
• Desired learner behaviour Mark as done
• Rewarding learners Mark as done
• Types of rewards Mark as done
• Reinforcing learners Mark as done
• Delivering a reinforcement Mark as done
• 3.3 LESSON/TRAINING PLANNING Mark as done
• Definition of a lesson/training plan Mark as done
• Components of a lesson/training plan Mark as done
• 4.1 INTRODUCTION TO ASSESSMENT AND EVALUATION Mark as done
• Definition of assessment Mark as done
• Formative vs. summative assessment Mark as done
• Assessment for learning Mark as done
• Assessment vs. evaluation Mark as done
• 4.2 ASSESSMENT TOOLS Mark as done
• Assessment rubrics Mark as done
• Learner's portfolio Mark as done
• Self-assessment Mark as done
• Peer-assessment Mark as done
• 4.3 REFLECTIVE PRACTICE Mark as done
• Definition of reflective practice Mark as done
• The reflective cycle Mark as done
• 5.1 CONCEPT OF INSTRUCTIONAL MATERIALS Mark as done
• Introduction to teaching/training and learning materials Mark as done
• Purpose of teaching/training and learning materials Mark as done
• 5.2 TYPES OF INSTRUCTIONAL MATERIALS Mark as done
• Traditional and innovative resources Mark as done
• Podcasts Mark as done
• Screencasts Mark as done
• Educational videos Mark as done
• Educational posters Mark as done
• Open Educational Resources (OERs) Mark as done
• 5.3 CHOOSING INSTRUCTIONAL MATERIALS Mark as done
• Integrating instructional materials Mark as done
• Factors to consider when selecting instructional materials Mark as done

About this course

• 11 hours study
• 1 Level 1: Introductory
• Course description

Course rewards

Free Statement of Participation on completion of these courses.

Earn a free digital badge if you complete this course, to display and share your achievement.

General Teaching Methods

If you create an account, you can set up a personal learning profile on the site.

Presentation

A presentation delivers content through oral, audio and visual channels allowing teacher-learner interaction and making the learning process more attractive. Through presentations, teachers can clearly introduce difficult concepts by illustrating the key principles and by engaging the audience in active discussions. When presentations are designed by learners, their knowledge sharing competences, their communication skills and their confidence are developed.

• Define the objectives of the presentation in accordance to the lesson plan (lesson planning)
• Prepare the structure of the presentation, including text, illustrations and other content (lesson planning)
• Set up and test the presentation equipment and provide a conducive seating arrangement and environment for the audience (lesson planning)
• Invite the audience to reflect on the presentation and give feedback (lesson delivery)
• After the presentation, propose activities or tasks to check the learners’ understanding
• Use Mentimeter for interactive presentations and to get instant feedback from your audience (consult this written tutorial on how to use Mentimeter).
• An infographic; graphic visual representations of information, data, or knowledge, is an innovative way to present. Use the digital tool Canva to create your own infographics (consult this  written tutorial  on how to use Canva).
• Use Google Slides or the Microsoft software PowerPoint , to easily create digital presentations.
• The purpose of a presentation is to visually reinforce what you are saying. Therefore the text should contain few words and concise ideas organised in bullet-point.
• Support your text using images .
• Provide time for reflection and interaction between the presenter and the audience, for example by using  Mentimeter .

    Techniques/ Demonstration                                                                Techniques/ Brainstorming

For further information, take a look at our frequently asked questions which may give you the support you need.

Have a question?

If you have any concerns about anything on this site please get in contact with us here.

Report a concern

How a Simple Presentation Framework Helps Students Learn

Explaining concepts to their peers helps students shore up their content knowledge and improve their communication skills.

Your content has been saved!

A few years ago, my colleague and I were awarded a Hawai‘i Innovation Fund Grant. The joy of being awarded the grant was met with dread and despair when we were informed that we would have to deliver a 15-minute presentation on our grant write-up to a room full of educational leaders. If that wasn’t intimidating enough, my colleague informed me that he was not going to be in Hawai‘i at the time of the presentation. I had “one shot,” just a 15-minute presentation to encapsulate all of the 17 pages of the grant I had cowritten, but how?

I worked hard to construct and deliver a presentation that was concise yet explicit. I was clear on the big picture of what the grant was composed of and provided a visual of it in practice. I made sure the audience understood the “why” behind the grant. I showed how it worked, the concrete elements of it, and how they made it successful. I finished with a scaffold that would help others know how to initiate it within their context, giving them the freedom to make it authentically their own.

I received good feedback from the presentation, and more important, what was shared positively impacted student learning in other classrooms across the state.

A Simple Framework for Presentations

That first presentation took me over a month to prepare, but afterward I noticed that my prep time for presentations shrank exponentially from a few months to a few (uninterrupted) days. Interestingly enough, as a by-product of creating the original presentation, I created an abstract framework that I have used for every professional learning presentation I have delivered since then. The “What, Why, How, and How-To” framework goes as follows:

Benefits for Students

One of the best parts of presentations is that they help the presenter to improve their communication skills. The presenter is learning how to give a presentation by doing it. To prepare a presentation, the presenter must know the intricate elements of what they are presenting and the rationale for their importance. In the presentation delivery, the presenter must be articulate and meticulous to ensure that everyone in the audience is able (and willing) to process the information provided.

It didn’t take long for me to realize that preparing and delivering presentations could provide a valuable learning opportunity for my students.

I recall teaching mathematical concepts whereby students would immediately apply knowledge learned to accomplish the task in silence and without any deeper questioning. Only after I asked them to provide presentations on these concepts did they regularly ask me, “Why is this important, again?” or “What makes this so special?” My students’ mathematical literacy grew through preparing presentations with the “What, Why, How, and How-To” framework, which supported them in their ability to demonstrate content knowledge through mathematical rigor (balancing conceptual understanding, skills and procedural fluency, and real-world application).

In addition to content knowledge, the sequential competencies of clarity, cohesiveness, and captivation ensured that the presenter could successfully share the information with their audience. When combined, these framed a rubric that supported students in optimizing their presentation deliveries. The competencies are as follows:

1. Content knowledge. The presenter must display a deep understanding of what they are delivering in order to share the “what, why, how, and how-to” of the topic.

2. Clarity. The presenter must be clear with precise, academic language. As the content they deliver may be new to the audience, any lack of clarity will alienate the audience. Providing multiple modes of representation greatly addresses a variety of processing needs of a diverse audience.

3. Cohesiveness. When making clear connections, the presenter bridges gaps between each discrete component in how they all work together as integral elements of the topic. Any gaps too large may make the elements look disjointed or, worse, the audience feel lost.

4. Captivation. The presenter must captivate the audience through any combination of audience engagement or storytelling . They make the presentation flow with the energy of a song , and in the end, they leave the audience with a delicate balance of feeling fulfilled and inspired to learn more.

Anyone can build an effective presentation with the “What, Why, How, and How-To” framework, along with competencies of content knowledge, clarity, cohesiveness, and captivation. The better we teach and coach others on how to create and deliver presentations, the more we learn from these individuals through their work.

In my class, one multilingual learner responded to the prompt “What are the non-math (life lessons) you have found valuable from this class?” with “I learn what is learning and teaching... I truly understood how teaching is actually learning when I had presentation. I found a bit of desire to being a teacher. I hope you also learned something from this class.” I always learn from my students when they present.