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31 Lecturing as Active Learning

Lectures remain a cornerstone of teaching in higher education, but when delivered as passive monologues, they often fall short of engaging students or fostering deep learning. To transform lecturing into a High-Impact Teaching Practice (HITP), instructors can incorporate active learning strategies tailored to their modality—whether online, in a large lecture hall, or in a small seminar setting. These strategies promote student engagement, critical thinking, and retention, aligning lecturing with the principles of backward design, Universal Design for Learning (UDL), and collaborative learning.

Key Principles for Active Learning Lectures

1. Chunk Content for Better Retention

  • Break your lecture into smaller, digestible segments of 10–15 minutes.
  • After each segment, engage students with activities, reflections, or questions.
  • In large lectures, tools like clickers or polling apps can gather responses efficiently. Online, use breakout rooms or chat for small-group discussions.

Example

In an online biology lecture, present the stages of mitosis in 10-minute chunks, followed by a poll where students match each stage to a visual diagram.

2. Scaffolding for Deeper Understanding

  • Begin with foundational concepts and build progressively toward more complex ideas.
  • Use analogies, visuals, and real-world examples to bridge knowledge gaps.
  • Provide scaffolding in the form of guided notes or outlines, which students can complete during the lecture.

Example

In a small seminar on literature, start by discussing the historical context of a novel, then scaffold toward analyzing a specific passage for thematic elements. Use guided prompts to direct the analysis.

3. Pause for Reflection and Discussion

  • Incorporate short pauses every 12–18 minutes to allow students to process information, rework notes, or discuss a question.
  • The Pause Procedure is especially effective in large classes, giving students time to reflect and engage without losing momentum.

Example

In a large lecture hall, pause to ask students to write down one question they have about the material and discuss it with a neighbor. Online, use a chat prompt like “What’s one takeaway from this section?”

4. Integrate Mini-Quizzes and Polls

  • Use low-stakes quizzes or polls to reinforce learning and check comprehension.
  • Tools like Poll Everywhere, Mentimeter, or Kahoot are effective for in-person and online lectures.
  • In small seminars, verbal quizzes or quick individual responses can achieve the same goal.

Example

During an economics lecture, use a poll to ask students which economic model applies to a hypothetical scenario. Follow up by explaining the correct answer and its rationale.

5. Use Demonstrations and Predictions

  • Engage students by having them predict the outcome of a demonstration or scenario before revealing the result.
  • Follow up with a discussion of why the prediction was correct or incorrect.

Example

In a physics class, ask students to predict how changing a variable in an experiment will affect the outcome. Conduct the experiment live or through a video and discuss the results.

6. Build in Opportunities for Reflection

  • Incorporate “Minute Papers” where students write briefly about what they’ve learned or what remains unclear.
  • Encourage students to connect lecture content to their prior knowledge or real-world applications.

Example

In a public health lecture, ask students to write for one minute on how the day’s topic applies to a current health issue in their community. Online, use a shared Google Doc for responses.

Adapting to Different Modalities

Large Classes

  • Use technology to maintain engagement: polling tools, live quizzes, or digital Q&A platforms like Slido.
  • Encourage peer learning with structured think-pair-share activities.
  • Use visuals and multimedia to break up the lecture and maintain interest.

Small Seminars

  • Foster discussion by posing open-ended questions and allowing students to take the lead in parts of the lecture.
  • Use the seminar format to dive deeper into analysis or application, supported by reflective activities.

Online Lectures

  • Leverage breakout rooms for small-group discussions and collaborative problem-solving.
  • Use asynchronous tools like discussion boards for reflection and interaction between live sessions.
  • Provide clear instructions for active learning activities and ensure accessibility of all materials.

Lecturing as a High-Impact Teaching Practice (HITP)

By integrating active learning into lectures, instructors transform a traditionally passive format into an engaging, collaborative experience that embodies HITPs. This approach:

  • Encourages metacognition by prompting students to reflect on their learning.
  • Fosters collaborative learning through peer discussions and shared activities.
  • Aligns with learning-centered course design by focusing on significant learning outcomes rather than content coverage.
  • Builds student confidence by demonstrating that their participation and feedback shape the learning process.

Example Lecture Flow

  1. Introduction (5 minutes)
    • Present the lecture’s goals and key questions. Use a quick poll to assess students’ prior knowledge.
  2. First Chunk (10–15 minutes)
    • Explain a key concept with visuals and examples. Use scaffolding to connect new ideas to prior material.
  3. Pause and Activity (5 minutes)
    • Ask students to discuss the concept with a partner or solve a related problem individually. Share responses as a class.
  4. Second Chunk (10–15 minutes)
    • Introduce a second concept, building on the first. Use a mini-quiz to check for understanding.
  5. Reflection (5 minutes)
    • Use a “Muddiest Point” prompt: “What was the most confusing part of today’s lecture?”
  6. Conclusion (5 minutes)
    • Summarize key points and connect them to upcoming topics or assignments.

Practical Tips for Instructors

  1. Record and Reflect: Record your lecture to evaluate pacing, clarity, and engagement strategies.
  2. Plan Timing: Use a timer to ensure you balance content delivery with active learning opportunities.
  3. Gather Feedback: Use student feedback to refine your methods and identify what works best in different contexts.
  4. Start Small: If you’re new to active lecturing, begin by incorporating one or two strategies, such as pauses for reflection or mini-quizzes, and build from there.

By embracing these principles, instructors can create lectures that are not only informative but also engaging and impactful, ensuring that students leave with deeper understanding and lasting skills.

Sources and Attribution

Primary Sources

This section is informed by and adapted from the following source:

  • Vanderbilt University Center for Teaching. Lecturing.
  • Resources for Improving LecturesDynamic Lecturing: Research-Based Strategies to Enhance Lecture Effectiveness by Christine Harrington and Todd Zakrajsek

    Bligh, D. A. (2000). What’s the Use of Lectures? A comprehensive resource on the psychology of learning in lectures.

Use of AI in Section Development

This section was developed through an interactive, iterative process using a combination of existing research, personal expertise, and AI-assisted drafting.

  • Initial Prompting: The development began with a prompt about making lectures more active and incorporating elements such as scaffolding, chunking, reflection points, mini-quizzes, and self-feedback techniques.
  • Instructor Input: The user provided examples based on prior knowledge and experience, shaping the AI’s focus and ensuring practical relevance.
  • AI Research & Synthesis: ChatGPT (OpenAI) was used to seek relevant sources, summarize best practices, and suggest instructional strategies aligned with active learning principles.
  • Refinement & Validation: The user reviewed the AI-generated content, cross-checked sources, conducted a general search for additional insights, and guided further refinements to ensure accuracy, completeness, and alignment with sound pedagogical practices.

While AI-assisted drafting provided a structured foundation, all final content was reviewed, revised, and contextualized to ensure accuracy, alignment with research, and pedagogical effectiveness. This section remains grounded in scholarly and institutional best practices and respects Creative Commons licensing where applicable.