Adapting Traditional Lectures into Online Video Content

By David Griffin

Updated Apr 10, 2026

Moving a strong in-person lecture online is not a simple recording exercise. If the pace, structure, and support do not translate, students can end up with all the content but far less clarity, confidence, and connection, a challenge that also appears in online modules where sustaining engagement requires deliberate design.

In recent years, large online courses offered by traditional universities have become increasingly popular. They help institutions reach wider audiences while giving students more flexibility in how they learn. During the COVID-19 period, distance education moved from a growing option to a central part of teaching delivery for many providers.

There are, however, persistent concerns about the learning experience students gain through online education and whether satisfaction matches the more traditional experience of university life. Research suggests that students may gain comparable knowledge, even when the overall experience feels less fulfilling (Kauffman, 2015). Another barrier is the expertise required from educators. Subject knowledge may be strong, but confidence with the tools and design choices needed for effective online delivery can still lag behind.

With limited academic time in mind, a control engineering lecturer at the University of Pretoria summarised a practical process for adapting a successful lecture for online delivery (Bauer, 2019). Although Margaret Bauer focused on control engineering, the same principles apply across disciplines. For any lecturer moving teaching online, the goal is the same: keep the learning experience clear, manageable, and worth students' time.

Designing the Content

The first step in creating online lectures is to dissect the original face-to-face session. Online lectures are usually more effective when they are shorter and broken into purposeful segments. To prepare well, lecturers should review a range of existing online courses and note what helps students follow the material, and what makes attention drift.

At the same time, lecturers should examine their original lecture and ask:

Are the presentation slides clear and can they be understood when presented on their own?
How might the lecture be broken down into more manageable subsections?
Does each of these subsections follow a clear narrative?
Do the subsections build on one another?
What additional reading is required for each subsection?

Once that dissection is complete, the course design can begin. This early planning matters because well-structured content makes the eventual videos easier to navigate, revisit, and understand.

Designing the Workflow

When adapting a traditional lecture, the sequence of student work needs just as much attention as the content itself. A clear workflow reduces hidden workload and helps students see what to do next without guesswork. Throughout the course, students should be given a simple outline of expectations under the headings Watch, Read, Discuss, and Write. That structure turns a loose collection of materials into a guided learning process, echoing blended learning best practices from the perspective of students.

Before the lecture goes live, colleagues and volunteers should be asked to follow the workflow from the student's perspective. They may find that some sequences of tasks and content feel clearer or more demanding than others. That feedback is valuable because it reveals friction before students encounter it.

Setting the Pace

Pacing is the next major decision in online course design. Lecturers need to decide whether students should move through content at their own speed or work to a daily, weekly, or monthly schedule. According to Bauer (2019), prescribed timings can support higher pass rates and stronger retention by helping students keep up and maintain focus.

Even so, structure works best when it is combined with visibility. Students should be able to access all materials throughout the course so they can see what is coming and plan around other demands. This gives them enough guidance to stay on track without taking away the flexibility that often makes online learning attractive in the first place.

Designing the Video

Creating video content is now technically straightforward, thanks to the widespread availability of smartphones and personal computers. That convenience does not remove the need to plan, script, and record carefully. Students benefit from videos that are concise, easy to follow, and produced with enough care that the delivery supports learning rather than distracting from it.

Bauer suggests three main options for video lectures, and a strong online lecture may combine all three:

A video showing the upper body of the lecturer speaking directly to the audience.
A video containing a PowerPoint or similar presentation, with or without a recorded voiceover.
A video using an online whiteboard to develop text and graphics in real time.

Both image quality and sound quality matter. A written script can also help lecturers deliver ideas in a clear, concise, and accessible way. Watching recorded material back is equally important. It helps lecturers spot distracting habits, unclear explanations, and missing transitions before students do. Constructive feedback from colleagues and peers can then close remaining gaps before the material is released.

Providing Student Support

Students need support in online lectures just as much as they do in traditional university teaching. The difference is that confusion can stay hidden for longer if there are no visible, dependable routes to help. Online discussion boards within Moodle, Blackboard, or similar environments can provide that support, but only if they are actively moderated and easy to use.

Lecturers also need to be predictably present. When students know when questions will be answered and where they should ask them, they are less likely to stall, disengage, or work around misunderstandings alone. In practice, good support is not an add-on to online teaching. It is what helps students recover quickly when something in the course is unclear.

In conclusion, the creation of successful online lectures can be summarised in six steps:

Divide the content into digestible subsections, ensuring each one follows a clear and sensible narrative.
Give students a clear workflow so they understand what is expected of them, using headings such as Watch, Read, Discuss, and Write.
Set an appropriate pace for the course, or allow students to set their own while still making the overall workload visible.
Design, script, and record video content carefully.
Ask colleagues, volunteers, and peers to critique the course, then act on that feedback before release.
Provide dependable student support through moderated online forums or similar channels.

As the demand for web-based lectures continues to grow, so does the need for lecturers to become confident designers of online learning, not just presenters of content. The practical suggestions in this paper offer a useful starting point. The bigger lesson is that successful online lectures are built through structure, testing, and support, then improved by paying close attention to how students actually experience them.

FAQ

Q: How are student feedback and engagement measured and utilised in the continuous improvement of online courses?

A: Student feedback and engagement are essential for improving online courses because they show where the design works and where students are getting stuck. Educators commonly use surveys, interactive polls, discussion boards, and module feedback to gather those signals. Reviewing that input helps teams refine course structure, clarify expectations, and improve delivery methods. When institutions treat student feedback as part of student voice rather than anecdote, they can make more targeted changes and create a more responsive learning environment.

Q: What specific text analysis tools or methods are being used to evaluate the quality and accessibility of online course materials?

A: Educators can use several methods to evaluate the quality and accessibility of online course materials. Readability checks help assess whether language is pitched at the right level. Accessibility reviews examine transcripts, captions, contrast, and compatibility with assistive technologies. Text analysis software for education can also identify repeated concerns in student comments, such as unclear instructions or overloaded materials. Together, these methods help institutions improve both the quality of teaching materials and the experience of using them.

Q: In what ways are online platforms facilitating or hindering student interaction and how does this affect the learning experience?

A: Online platforms can strengthen interaction when they make it easy for students to ask questions, join discussions, and collaborate on tasks. Discussion boards, chat tools, and shared activities can all support a stronger sense of connection with both peers and course content. The same platforms can hinder interaction when navigation is confusing, technical issues are frequent, or students feel isolated. This means platform design and management matter. A well-organised, accessible platform can support engagement; a poorly managed one can weaken the overall learning experience.

References:

Bauer, M. (2019). Translating a successful lecture into online course content – experiences of a control engineering lecturer. International Federation of Automatic Control (2019) 272-277.
DOI: 10.1016/j.ifacol.2019.08.220

Kauffman, H. (2015). A review of predictive factors of student success in and satisfaction with online learning. Research in Learning Technology, 23.
DOI: 10.3402/rlt.v23.26507

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