André Tricot : L'innovation pédagogique, mythes et réalités

Name: André Tricot : L'innovation pédagogique, mythes et réalités
Uploaded: 2018-07-02T09:02:00.000Z
Duration: 1 h 8 min 21 s

Introduction to the Topic

The speaker introduces the topic of "Pedagogical Innovation: Myth and Reality" and explains that it is part of a series on educational myths. They mention that this approach aims to challenge unverified ideas in education.

Understanding Educational Myths

The speaker mentions that there is a tendency in education to assume certain ideas without empirical evidence.

Examples of such myths include the concept of "digital natives" and different learning styles (visual, auditory, kinesthetic).

These ideas are often widely accepted despite lacking empirical support.

Unsubstantiated Claims in Education

The speaker discusses the prevalence of unsubstantiated claims in education and how they become widely accepted without proper evidence.

Lack of Empirical Evidence

Many claims in education lack empirical evidence but are still widely believed.

The speaker gives examples such as the belief that students need to be active learners for effective learning.

They highlight the importance of questioning these claims and seeking empirical evidence to support them.

Active Learning as an Example

The speaker uses active learning as an example to illustrate how unsubstantiated claims can become widely accepted.

Personal Experience with Active Learning

The speaker shares a personal experience where they conducted a three-hour class with student teachers who found it boring.

When asked why they felt bored, the students attributed it to not being actively engaged in their learning.

Historical Perspective on Learning Approaches

The idea of different learning approaches, including active learning, has been discussed since ancient times by philosophers like Plato.

There have been debates between those who advocate for teaching methods and those who emphasize practical learning.

Importance of Combining Teaching Methods

The speaker emphasizes that teaching methods and practical learning are not mutually exclusive.

They mention the importance of integrating both approaches for effective education.

Unsubstantiated Claims in Pedagogical Innovation

The speaker introduces the concept of unsubstantiated claims in pedagogical innovation and the need to critically examine them.

Unsubstantiated Claims in Pedagogical Innovation

The speaker discusses how pedagogical innovations often come with grand claims that lack empirical evidence.

These claims become widely accepted without proper scrutiny.

Importance of Critical Examination

It is crucial to question and verify the validity of these claims rather than accepting them blindly.

The speaker encourages a critical approach to evaluating pedagogical innovations.

This summary covers only a small portion of the transcript.

Understanding the Concept of Being Active

This section discusses the different interpretations of being active in learning. It explores whether being active refers to physical actions or cognitive engagement.

Different Interpretations of Being Active

There is a misconception about the concept of being active, as it can refer to both physical and cognitive engagement.

Physical activity involves hands-on manipulation and movement, while cognitive activity involves questioning, hypothesizing, and trying to understand independently.

The confusion between these different interpretations leads to a broad range of ideas being categorized under the umbrella term "learning by action."

Levels of Engagement in Learning

This section discusses the levels of engagement in learning tasks and their impact on student learning outcomes.

Levels of Engagement

Researchers have identified four levels of student engagement in learning tasks: passive, active (physical), constructive, and interactive.

Passive engagement refers to situations where students are attentive and focused on explanations.

Active engagement involves physical actions such as manipulation and selection.

Constructive engagement includes making hypotheses and conjectures to understand beyond what is explained explicitly.

Interactive engagement occurs when students collaborate, cooperate, dialogue, and co-construct knowledge.

Higher levels of cognitive engagement (closer to level 4) are generally associated with better learning outcomes.

Impact of Engagement Level on Learning

This section explores how increasing the level of student engagement impacts learning outcomes but also presents challenges for teachers.

Impact on Learning Outcomes

Increasing the level of student engagement leads to better learning outcomes overall.

However, higher levels of cognitive engagement (closer to level 4) require more demanding tasks and may pose challenges for students who are struggling or need more time to learn.

Teachers also face challenges in preparing lessons that align with higher levels of engagement, as it requires more time and effort.

Designing Learning Tasks Based on Engagement Levels

This section emphasizes the importance of designing learning tasks based on the desired level of student engagement and available resources.

Individualized Task Design

There is no one-size-fits-all approach to pedagogy. Teachers need to consider the task, the desired level of student engagement, and available resources when designing lessons.

The objective is to optimize learning outcomes given the specific context, objectives, and students' needs.

Differentiating Between Notional and Procedural Knowledge Construction

This section highlights the distinction between constructing notional (conceptual) knowledge and procedural knowledge through active learning activities.

Distinction in Knowledge Construction

Research shows that evaluating activity for notional (conceptual) knowledge construction versus procedural knowledge construction can yield different results.

Problem-solving activities tend to be effective for procedural knowledge construction but may have varying outcomes for notional knowledge construction.

The same activity can produce different results depending on the learning objective.

Example of Manipulating Letters for Learning

This section presents an example where manipulating wooden letters improves letter recognition skills among students.

Manipulating Wooden Letters

A study conducted by Florence Barras explored whether manipulating wooden letters enhances learning outcomes.

Students were exposed to three modalities: auditory (hearing), visual (seeing), and haptic (manipulating).

Results showed that manipulation improved letter recognition compared to passive exposure.

However, the effectiveness of manipulation depends on the specific learning objective and context.

Importance of Context in Learning Activities

This section emphasizes that the value of engaging students in learning activities depends on the specific knowledge to be learned, the students' characteristics, and available resources.

Value of Learning Activities

Engaging students in learning activities does not have intrinsic value; it is always for the purpose of acquiring specific knowledge.

The effectiveness of an activity depends on various factors such as the type of knowledge, student characteristics, and available time and resources.

Timestamps are approximate and may vary slightly.

The Impact of Active Learning and Manipulation on Learning

This section discusses the effects of active learning and manipulation on learning outcomes. It explores how being actively engaged in a task can lead to better learning, but also highlights the importance of finding the right balance between active engagement and avoiding errors.

Active Engagement and Errors

Being actively engaged in a task can enhance learning outcomes.

However, there is a risk of making errors when actively manipulating objects or engaging in activities.

Making errors can have a negative impact on learning.

Observing Real-life Situations

Observing real-life situations can provide valuable insights into effective teaching methods.

Teachers who used wooden letters for letter recognition activities achieved better results with their students compared to those who did not implement this activity.

It is important to investigate whether the improved outcomes are due to manipulation or increased time spent on letter recognition.

Discovering by oneself

Discovering information by oneself is a powerful way of learning.

An example with rats navigating through mazes demonstrates that rats who initially explored without guidance were better able to adapt to new mazes compared to those who were guided initially.

Finding the Right Balance

While self-discovery is beneficial, it is essential to strike a balance between task difficulty and guidance provided.

If tasks are too difficult for learners to discover independently, they may struggle to learn effectively.

The Role of Guided Discovery in Learning

This section explores the concept of guided discovery as an effective method for learning. It discusses how guided discovery can be beneficial when it aligns with students' cognitive resources and abilities.

Guided Discovery vs. Independent Discovery

Guided discovery involves providing some level of guidance or structure during the learning process.

Independent discovery allows learners to explore and discover information without external guidance.

Learning through Guided Discovery

Guided discovery can be an effective method for learning when it aligns with students' cognitive resources and abilities.

It is important to strike a balance between the demands of the task and the learners' capacity to learn.

Pedagogy for High-Achieving Students

Increasing the level of challenge in learning activities may require students to mobilize more cognitive resources.

However, this approach may not be suitable for all students and could lead to less effective learning outcomes.

The Pedagogy of Project-Based Learning

This section discusses project-based learning as a distinct pedagogical approach. It highlights the lack of research on project-based learning compared to other teaching methods.

Limited Research on Project-Based Learning

Despite being discussed for centuries, there is limited research on project-based learning in education.

The presenter notes that researchers, including themselves, have not extensively studied project-based learning.

Importance of Investigating Project-Based Learning

Given the lack of research, it is crucial to explore the effectiveness and impact of project-based learning on student outcomes.

More studies are needed to understand how project-based learning can be effectively implemented in educational settings.

Due to limited information provided in the transcript, further details about project-based learning are not available.

Lack of Research on Project-based Learning

The transcript discusses the lack of research on project-based learning and its impact on student learning outcomes.

Lack of Comparative Studies

There is a deficit of research in evaluating whether project-based learning improves or hinders student learning outcomes.

Methodological biases and the comparison of incomparable factors contribute to the lack of conclusive evidence.

Difficulty in Conducting Research

Project-based learning involves longer timeframes, spanning weeks or months, making it challenging to study.

Multiple variables come into play during project-based learning, further complicating research efforts.

Limited Literature Review

There is a scarcity of literature on project-based learning.

However, Margarida Romero's thesis provides an excellent review of empirical studies analyzing student difficulties in project-based pedagogy.

Focus on Digital Innovation over Project-Based Learning

The transcript highlights the emphasis on digital innovation in education rather than project-based learning.

Limited Literature Review

While there is limited literature on project-based learning, there is a significant focus on digital innovation in pedagogy.

This disproportionate attention to digital tools for innovative teaching methods seems peculiar.

Recognizing Differences between School Learning and Real-life Learning

The transcript emphasizes the need to acknowledge that school learning differs from real-life learning and that there are various ways individuals learn.

Diverse Ways of Learning

Individuals learn through reading, growing up, interacting with peers and parents, playing, etc.

Children from non-school societies can achieve similar levels of knowledge acquisition as those attending traditional schools.

Specificity of School Learning

School learning has unique characteristics compared to other forms of learning.

One characteristic is that school learning is not adaptive; it does not have immediate utility.

School learning aims to provide knowledge that may be useful in the future but lacks immediate practicality.

Lack of Immediate Utility and Task-Objective Distinction in School Learning

The transcript discusses the lack of immediate utility and the distinction between tasks and learning objectives in school learning.

Lack of Immediate Utility

School learning often involves acquiring knowledge without immediate practical application.

This creates a perceived deficit of usefulness for students, leading to questions about its purpose.

Task-Objective Distinction

In adaptive learning, what is done aligns with what is learned (e.g., walking while learning to walk).

However, in school learning, there is a clear distinction between tasks given to students and the knowledge constructed through those tasks.

Need for Specific and Modest Innovations in Pedagogy

The transcript suggests focusing on specific and modest innovations in pedagogy rather than broad activities when discussing pedagogical innovation.

Lack of Innovation in Tasks

Many tasks used for student learning today existed decades or even centuries ago.

The difficulty in innovating may stem from the stability of these fundamental tasks over time.

Focus on Specific Innovations

To discuss pedagogical innovation, it is essential to focus on smaller, more precise aspects rather than broad activities.

An example provided is Monique Erraçarret's innovative approach to dictation exercises in teaching French.

Using Ortho Sport to Improve Spelling Skills

The speaker discusses a teaching method called "Ortho Sport" that helps students improve their spelling skills through a unique approach.

Ortho Sport: A New Approach to Spelling

Students of different skill levels are paired up and engage in dictation exercises.

Each student takes turns writing a paragraph, with the first student starting from the beginning and the second student continuing from where the first left off.

This method, known as "Ortho Sport," encourages students to focus on their own mistakes while also learning from their partner's writing.

The teacher emphasizes that students often notice more spelling errors in others' work than in their own, making this exercise an effective way to improve spelling skills.

Positive Impact on Students

Students are encouraged to reread their own work after completing the dictation exercise.

This self-reflection helps them identify and correct their own spelling mistakes.

The teacher shares that students found this task to be the most interesting and engaging, leading them to request more sessions of Ortho Sport.

Notably, even weaker students made significant progress in spelling compared to stronger ones.

Micro Innovation with Significant Results

The teacher considers Ortho Sport a small but brilliant innovation for improving spelling skills.

He is fascinated by its effectiveness in helping both weak and strong students make progress.

Teaching is seen as a profession that requires knowledge, methods, and tools for effective instruction rather than relying solely on pre-determined solutions.

Sharing Methods and Knowledge

Rather than sharing specific solutions, it is important for educators to share methods and knowledge with each other.

Each teaching situation is unique, requiring individualized approaches rather than standardized solutions.

The focus should be on sharing effective methods and knowledge that can be adapted to different contexts.

Sharing Methods and Knowledge in Teaching

The speaker emphasizes the importance of sharing teaching methods and knowledge rather than relying on standardized solutions.

Individualized Solutions for Unique Situations

Each teaching situation is unique, requiring individualized approaches rather than standardized solutions.

Sharing specific solutions may not be helpful as they may not apply to every classroom or context.

Instead, educators should focus on sharing effective methods and knowledge that can be adapted to different situations.

Importance of Methodology and Knowledge

Teaching is a profession that requires knowledge, methods, and tools for effective instruction.

Educators need to have a strong foundation of pedagogical knowledge and understanding of various teaching methodologies.

By sharing these resources with each other, teachers can enhance their instructional practices and improve student outcomes.

Collaboration in Education

Collaboration among educators is crucial for professional growth and development.

Teachers can learn from each other's experiences, exchange ideas, and collectively work towards improving education as a whole.

Through collaboration, teachers can refine their teaching strategies, discover new approaches, and address challenges more effectively.