Inverse Face Learning Model

Flipped Learning (FL) is a pedagogical approach recognized as a form of blended learning that reverses the elements of traditional education. In this model, the teacher’s transmission of foundational knowledge—such as through lectures—is moved to out-of-class time; while in-class time is dedicated to activities requiring higher-order thinking skills, such as discussion, application, and problem solving, under the teacher’s guidance.

The primary aim of the model is to use face-to-face time between teacher and student to create more meaningful and enriched learning environments. This approach centers on individual learning rather than group learning and allows each student to learn at their own pace.

The theoretical roots of the flipped learning model can be traced to the peer instruction method developed by Mazur in the 1990s, in which students studied course materials outside class and completed assignments during class. In 2000, Professor Baker described his practice of sharing lecture presentations with students before class and enriching in-class time as the “flipped classroom.”

The model’s current popularity began in 2007 when chemistry teachers Jonathan Bergmann and Aaron Sams recorded video lessons to help students who missed class and shared them online. The method gained widespread adoption after it was shown that students who could not attend class still mastered the material.

Initially, the term “flipped classroom” was used. Over time, as the focus shifted from a logistical arrangement to a pedagogical approach, the concept of “flipped learning” emerged. The Flipped Learning Network (FLN) emphasized that these two terms are not interchangeable, as flipped learning is not merely a rearrangement but centers on the student’s learning process and outcomes.

Flipped learning consists of two fundamental components: out-of-class individual learning and in-class interactive group learning.

Students acquire the foundational knowledge of a topic through digital materials—such as videos, texts, and presentations—prepared and shared by the teacher, at a time and place of their choosing, according to their own learning pace. This process provides students with flexibility.

In-class time transforms into a workshop where learned knowledge is reinforced, deepened, and applied. Active learning methods such as project-based learning, problem-based learning, group work, and laboratory experiments are employed. In this process, the teacher shifts from the role of “sage on the stage” to that of “guide on the side”; observing students, providing feedback, and facilitating their learning processes.

The flipped learning model reverses the traditional application of Bloom’s taxonomy.

• In the Traditional Model: The lower-order cognitive skills of remembering and understanding occur in class, while the higher-order skills of applying, analyzing, evaluating, and creating are typically carried out as homework outside class.

• In the Flipped Model: Learning at the remembering and understanding levels occurs individually outside class. In-class time is devoted to higher-order cognitive skills—applying, analyzing, evaluating, and creating—where students require greater teacher guidance.

The Flipped Learning Network (FLN) defines the model through four core elements:

1. Flexible Environment: Learning environments are structured to give students the flexibility to choose when and where they learn.
2. Learning Culture: The learning culture shifts from a teacher-centered approach to a student-centered one. Students actively participate in constructing knowledge.
3. Intentional Content: Educators decide which content will be directly taught and which materials students will explore independently. Content is designed with direct alignment to learning objectives.
4. Professional Educator: The educator’s role in this model is more significant and distinct. The educator continuously observes students, provides feedback, and effectively monitors the learning process.

The flipped learning model is supported by various learning and teaching theories.

• Constructivism: It is based on the principle that learning is an active process in which individuals construct knowledge in their minds. The model aligns with this approach by placing the student at the center and making them active participants.

• Active Learning: It is grounded in the idea that students take responsibility for their own learning and actively engage in the process. The allocation of in-class time to active learning activities forms the foundation of this model.

• Cognitive Load Theory: Providing students with the ability to pause, rewind, and rewatch video lectures allows them to manage their cognitive load, reducing the burden on short-term memory.

• Self-Regulated Learning: Students are expected to take responsibility for their learning during pre-class activities, set goals, and regulate their own cognitive processes.

• Self-Determination Theory: Offering students choices regarding what, when, and how they learn can satisfy fundamental psychological needs for autonomy, competence, and relatedness, thereby enhancing intrinsic motivation.

The flipped learning model is applied across numerous disciplines and educational levels, including mathematics, science, engineering, language instruction, and medicine.

Research has demonstrated various positive effects of the model. These include increased academic achievement, higher motivation, and more positive attitudes toward learning. Additionally, it has been reported that the model enhances student participation, collaboration skills, and higher-order thinking abilities.

However, some studies have also shown that the model has no statistically significant effect on academic achievement.

Implementing the flipped learning model presents certain challenges and limitations.

• Technological Requirements: The model requires students and teachers to have access to technological resources such as computers and the internet. This can be a barrier in settings with inadequate technological infrastructure.

• Teacher Workload: Preparing instructional materials—particularly videos—can be time-consuming for teachers and increase their workload.

• Student Responsibility: The model relies on students completing pre-class assignments. Failure to complete these tasks or to watch videos before class can diminish the model’s effectiveness.

• Risk of Mislearning: Without immediate feedback during out-of-class study, students may develop misconceptions or incorrect understandings of the material.