Inverted classroom
Modern university teaching is flexible, digital and learning-centered. The decisive factor here is not the digital tools themselves that are used, but how they are used. This is precisely where the inverted classroom comes in: It shifts knowledge transfer to the self-learning phase and turns classroom time into a space for active, in-depth collaboration.
Contact persons at the ZML
Svenja Geißler
Phone: +49 721-608-48154
E-mail: svenja.geissler∂kit.edu
Dr. Carolin Henken
Phone: +49 721-608-48204
E-mail: carolin.henken∂kit.edu
Self-study phase - preparing knowledge
Students prepare content independently - supported by didactically embedded digital resources. Clear learning objectives and focused tasks provide orientation and create the basis for self-directed learning. This creates space for the essentials: Attendance time as a place for exchange, reflection and transfer.
Presence phase - deepening together
When everyone meets - online or on site - the actual learning work begins. The prepared content is scrutinized, applied and further developed. The joint attendance time is dedicated to thinking in dialog:
- Analyzing challenges
- Solving practical cases
- Transferring ideas
- Exchanging perspectives
Learning is interactive, practical and sustainable - because knowledge is not only imparted, but also processed and critically reflected upon together.
Thinking ahead about resources
Good material remains good material. Existing content can be specifically integrated into self-study phases, sharpened through tasks and deepened through reflection impulses. The inverted classroom does not require a radical new start, but rather invites you to rethink existing material - and to effectively combine self-study time with the attendance phase.
Systematically dovetail the self-study and classroom phases
In the inverted classroom, basic content is developed in the self-study phase. The attendance time is used for consolidation, application and discussion. A clear coordination of both phases increases the effectiveness of the format.
Develop compact and structured learning units
Experience has shown that several short learning videos (approx. 8-15 minutes) are more conducive to learning than long recordings. Clear learning objectives, a visible structure and short summaries support self-directed learning.
Create commitment through preparatory tasks
Short tests, key questions or work assignments before the attendance phase ensure preparation and provide insight into possible comprehension difficulties.
Use existing lecture recordings and enrich them didactically
Use your existing lecture recordings. These can be reused and curated in a targeted manner. Through structured preparation and the addition of interactive elements (e.g. with H5P), videos can be didactically enriched, divided into smaller learning units and provided with reflection or comprehension questions. This creates an activating learning offer from existing material.
Implement your own screen recordings quickly and easily
With a laptop and webcam, you can quickly create your own educational videos - for example using Zoom or open source software such as OBS. You can find practical instructions and tips on the ZML website: Educational videos & screencasts.
If you want to be more professional, you can use the media production rooms at InformatiKOM. After a short briefing, recordings can be made independently and, if necessary, with professional support.
| Didactic clarity counts more than technical perfection. A clear introduction, a comprehensible soundtrack and targeted cuts are all you need - so your content takes center stage. |
Support for self-study
Videos often seem easily accessible to students - they quickly give the impression that they have understood the content without having to deal with it in depth. To support self-study effectively, it is advisable to provide supplementary materials:
- Guiding questions, cloze slides or worksheets: highlighting key points and encouraging in-depth discussion.
- Self-tests: With ILIAS tests or interactive video elements, comprehension questions can be integrated directly into the video and evaluated automatically.
- Forum: Students can ask questions that are discussed online or in person to deepen their understanding.
- Interactive videos & learning modules: Tools such as H5P enable the integration of quiz questions, drag-and-drop tasks or small exercises - ideal for preparing for IC phases.
This turns videos into active learning opportunities that motivate students to consciously reflect on and apply content.
Course organization via learning platforms
With ILIAS, materials, videos, forums and tests can be bundled centrally. Recommendation:
- Use a weekly structure
- Clearly label self-study materials
- Make learning objectives visible per unit
Behind this link you will find our methods & gamification box.
You are welcome to send us your favorite method so that we can continuously expand the box.
When using the inverted classroom, it is crucial to clearly communicate the concept to students at the beginning. They should understand what an inverted classroom is, why there is no traditional lecture and what advantages the active attendance phase has. It is important to get the students "on board" and make the procedure comprehensible.
A key aspect is supporting independent learning. Many students do not yet have sufficient self-regulated learning strategies. Lecturers should therefore give advice at the beginning on how to prepare learning content effectively, avoid distractions, schedule fixed learning times and prepare learning spaces accordingly. It also makes sense to encourage the formation of learning groups so that students can prepare together, support each other and clarify questions of understanding.
Transparency about the time required for preparation is also important. Students should recognize that the required working time is within the planned ECTS hours and that the preparation can be planned well. This reduces the worry that too much will be demanded and makes motivation easier.
During the preparation phase, lecturers should provide opportunities for support. Online forums, tutorials etc. make it possible to ask questions and work on content together. Face-to-face events can then be designed based on the questions collected in advance (just-in-time teaching), and personal contact should also be offered via consultation hours.
The aim is for students to understand the concept, be able to prepare themselves independently and be actively involved in the learning process. This creates an effective inverted classroom that both supports learners and makes the best possible use of classroom time.
Source: Prof. Dr. Christian Spannagel, Professor of Mathematics and Computer Science Didactics at the Heidelberg University of Education, on Flipped Classroom:
- Youtube video: How are students supported during the self-learning phase?
- YouTube video: How are students well prepared for the FC format?
Studies and numerous practical experiences show: The inverted classroom can be used successfully in very different teaching contexts. Teachers have already tested the concept in many disciplines - from engineering and natural sciences to medicine, social sciences and humanities. The decisive factor here is not so much the subject itself, but rather the didactic design of the course and targeted support for students to learn independently.
The size of a course is also often up for discussion. While the inverted classroom is often considered particularly easy to implement in smaller seminars, the question of how to organize interactive attendance phases occasionally arises in large courses. However, practical experience shows that activating teaching methods also work in large groups. Group work, digital voting systems or clearly structured task formats make it possible to actively involve students. With well thought-out planning of attendance time, even large events can be made lively and effective for learning.
Different subject cultures open up their own opportunities. In mathematics and science subjects, for example, the inverted classroom offers more space to work together on tasks, solve problems and discuss solutions. In social sciences and humanities subjects, students can explore basic content in the preparation phase, so that the classroom time is used more for discussions, text analysis or project-oriented work. The model is flexible and can be easily adapted to different subject-related learning objectives.
Overall, the inverted classroom is not a rigid recipe, but a didactic approach with great scope for design. Research and practice clearly show that it can be used successfully in many subjects and teaching formats - especially when courses are deliberately designed and students are supported in self-organized learning. The question for teachers is therefore not so much whether the inverted classroom is possible, but rather how the model can be adapted so that it best suits their own learning objectives, target group and teaching format.
The path to the inverted classroom means an investment for you as a teacher. You swap the script for the camera and the frontal lecture for intensive coaching. This costs time - at the beginning.
What exactly does that mean?
- Change of method: Teachers have to change their role from "lecturer" to "learning guide", which requires practice and sometimes training.
- Ongoing support: The cognitive load increases during the attendance phase, as questions, discussions and individual problem solving must be dealt with flexibly.
- Long-term relief: Once high-quality digital content has been created, it can be reused in subsequent years with little adaptation effort.
Why is it still worth it?
- From lecturer to mentor: Use your expertise where it is really needed - in discussions and when solving complex problems.
- Greater learning effectiveness: Studies show: Active learning sticks. You don't just teach, you make a difference.
- Future orientation: The time spent in class is used more effectively (interaction instead of passive listening), which is in line with modern learning culture.
- Flexibility: Learners can work at their own pace, which better accommodates heterogeneity in groups.
Conclusion: The changeover is particularly worthwhile if the classroom time is to be used for in-depth exercises and discussions that are neglected in the traditional format. Don't see the inverted classroom as additional work, but as a quality upgrade for your teaching. Make attendance time the highlight of the week!
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