Barak Rosenshine's 10 Teaching Principles

Contents:

• What are Rosenshine's principles based on?
• Are Rosenshine's principles really that good?

Not every teaching practice has a scientific basis for its effectiveness. American psychologist and educator Barak Rosenshine, based on research and practical experience of teachers, developed ten principles that should be applied in school teaching. These principles were first published in 2010, but their widespread recognition came later, and today they are actively used by many educators outside the United States. The application of these principles allows for the high-quality organization of the educational process, taking into account the level of cognitive load on students.

Rosenshein's name may be unfamiliar to Russian teachers, but his principles certainly deserve attention. In this article, we will consider the author's main ideas and their significance for the educational process. Rosenshine offers approaches that can significantly improve the quality of teaching and learning. His methods are focused on the development of critical thinking and the development of practical skills in students, which is especially relevant in today's conditions. Understanding and applying these principles can help educators create a more effective and inspiring educational environment.

What are Rosenshine's principles based on?

Barak Rosenshine specializes in methods for evaluating the effectiveness of teachers. An important element of his approach is research on the classes of highly qualified teachers, which helps to identify successful teaching practices. Rosenshine draws on two main sources as the scientific basis for his principles. These studies provide a deep understanding of what makes lessons effective and contribute to the improvement of the educational process.

• research in the field of cognitive science, which is devoted to how our brain receives, uses, and stores new information;
• research on cognitive support for people performing complex tasks - simply put, scientific studies that test the effectiveness of various educational tools and approaches known today.

The researcher actively supports the theory of cognitive load, which divides memory into two main types: working (operational) and long-term. Working memory is responsible for processing new information, but its capacity is limited. After processing, the data is moved to long-term memory, which has a significantly larger capacity. Information in the human brain is stored in the form of mental schemas, in which different elements are interconnected. This understanding is important for optimizing learning processes and increasing the effectiveness of information comprehension.

Rosenshein's research formed the basis of 17 pedagogical procedures that successful teachers actively use in their practice. These procedures are effective guidelines for improving the learning process and increasing student achievement.

• Begin each lesson with a brief overview of the previous lesson.
• Divide new theoretical material into small blocks, each of which should be followed by practical practice.
• Limit the amount of material that students receive at one time.
• Give clear and detailed instructions and explanations.
• Ask lots of questions and check for understanding.
• Enable all students to actively practice.
• Guide students as they begin to practice.
• Think aloud and model next steps.
• Suggest algorithms for solving problems.
• Ask students to explain what they have learned.
• Check all students' answers.
• Provide systematic feedback connection.
• Use more time for explanations.
• Offer many examples.
• Re-explain the material if necessary.
• Prepare students for independent practical work.
• At the beginning of independent practical work, monitor them.

Over time, the researcher transformed the 17 procedures into ten key principles. Currently, the simplification process continues. For example, British educator and consultant Tom Sherrington grouped these principles into four main areas: sequence of explanations and algorithms, asking questions, repetition of learned material, and practical steps. These directions help to improve the educational process and make it more effective.

We will present the principles in the form in which they The author formulated this in the original text.

Beginning lessons with a brief review of previously covered material is an effective method that helps students strengthen their knowledge and skills. This approach allows students to quickly recall the necessary information when introduced to a new topic. Repetition helps reduce the load on working memory during the acquisition of new material. It is recommended to review what has been covered before starting to study a new topic or skill to avoid overloading working memory. This not only improves memorization but also promotes a deeper understanding of the material.

Rosenshein described an experiment conducted in elementary school mathematics classes, in which teachers allocated eight minutes for review at the beginning of each lesson. During this time, they checked homework, analyzed errors, or offered children practice with problems covered in previous lessons. The results showed that student performance in classes with this practice increased significantly compared to those where review was not used. This emphasizes the importance of regularly reviewing material to improve learning outcomes.

The expert recommends setting aside 5-10 minutes in each lesson to repeat or review the material covered. This does not necessarily involve retelling the previous lesson. Instead, you can use various techniques, such as discussing key points, solving examples, or administering short tests. This approach helps consolidate knowledge and improve understanding of the material, which in turn contributes to more effective learning.

• remind the students of the most important aspects of the topic covered (formulas, events, words);
• give several tasks on the material covered so that at some point the repetition leads to automaticity;
• check homework;
• find out what caused difficulties in the homework, analyze it, or ask the students to check each other's work.

For effective assimilation of new material, it is recommended to divide it into several small blocks. Each block should be logically complete and contain key points. Between these blocks, it's essential to organize practical exercises to help reinforce the acquired knowledge. This approach promotes better understanding and retention of information, allowing students to actively apply theoretical knowledge in practice.

Rosenshein's second principle is based on the characteristics of working memory, which has a limited capacity. As already mentioned, a person can remember significantly less information at a time than is commonly believed. If you present the entire topic of a textbook section at once, students are unlikely to be able to absorb what they've heard. Therefore, a step-by-step approach is essential: first, introduce a small portion of the topic, then conduct a guided practical lesson, and only then move on to the next block of material. The transition to a new section should occur only after students have fully mastered the previous one. Otherwise, if students experience difficulties, it will be necessary to go back and re-explain difficult points, which can slow down the learning process.

Research conducted by Barak Rosenshine shows that more successful teachers devote significant time to explaining new material. They focus on demonstrations, asking questions, and exploring examples, which fosters a deep understanding of the topic. In contrast, less effective teachers often try to speed up the explanation process, skipping important aspects and leaving more time for students to work independently. However, this strategy leads to the need for repeated explanations, which ultimately requires more effort. The right balance between explanation and independent student work is the key to effective learning.

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Learning Psychology: 30 Key Principles for Teachers

Knowledge Understanding the fundamentals of learning psychology is an important aspect of every teacher's work. Understanding how students' minds function allows for the creation of a more effective educational environment. Below are 30 principles that will help teachers improve the learning process and increase student motivation.

The first rule is to approach each student individually. Consider their unique characteristics, interests, and level of preparation. The second rule is to create a positive atmosphere in the classroom. Emotional comfort promotes better comprehension of information. The third rule is to use a variety of teaching methods. A combination of lectures, practical assignments, and group work will help keep students' attention.

The fourth rule is to provide regular feedback. Students should understand how they are coping with the material and what they need to improve. The fifth rule is to encourage independence. This contributes to the development of critical thinking and self-confidence. The sixth rule is to involve students in the decision-making process, which increases their interest.

The seventh rule is to use visual aids. Visual information helps to better absorb complex concepts. The eighth rule is to create conditions for collaboration among students. Group assignments develop communication skills and teach teamwork. The ninth rule is to use game elements. Gamification elements can make the learning process more engaging.

The tenth rule is regular knowledge updates. Teachers should be aware of current trends in education and psychology. The eleventh is the use of technology. Interactive platforms and applications can significantly facilitate the learning process. The twelfth is attention to the emotional state of students. Emotions directly affect the perception of the material.

The thirteenth rule is setting clear learning goals. Students should understand what they are striving for. The fourteenth is support and trust. By establishing trusting relationships, you create the foundation for productive learning. The fifteenth is encouraging critical thinking. Teach students to analyze and evaluate information.

The sixteenth rule is flexibility in approaches. Sometimes it is worth adapting teaching methods depending on the situation. The seventeenth is creating conditions for self-reflection. Students should be able to analyze their achievements and mistakes. The eighteenth is using an interdisciplinary approach. Linking different subjects helps deepen understanding.

The nineteenth rule is developing a reward system. Motivating factors help increase interest in learning. The twentieth is paying attention to the physical condition of students. Health and well-being influence academic performance. The twenty-first rule is creating a comfortable learning environment. The physical environment should facilitate concentration.

The twenty-second rule is using real-life examples. Link theory with practice to make the material more accessible. The twenty-third is supporting active participation in lessons. Ask questions and engage students in discussions. The twenty-fourth is developing study habits. Regularity and structure will help improve learning.

The twenty-fifth rule is creating a safe environment for mistakes. Students should feel comfortable experimenting and making mistakes. The twenty-sixth is supporting creativity. Encourage originality and creativity in problem solving. The twenty-seventh rule is using a variety of assessment formats. This will allow for different learning styles to be accommodated.

The twenty-eighth rule emphasizes the importance of self-discipline. Teach students to organize their time and resources. The twenty-ninth rule is to incorporate elements of self-government. Give students the opportunity to participate in organizing the educational process. The thirtieth rule is the teacher's continuous self-development. The educational process is only effective with a high level of professionalism.

Following these rules will help teachers create a more productive and engaging educational environment. Understanding the basics of learning psychology makes the process more effective and interesting for both students and teachers.

Ask students more questions and carefully check their answers. This promotes a deeper assimilation of new information and helps connect it with existing knowledge. Actively engaging students through questions not only improves their understanding of the material but also stimulates critical thinking. Regularly checking answers helps identify knowledge gaps and adapt the learning process, ultimately leading to more effective learning and retention.

Regular practice is essential for effectively absorbing new material and developing automaticity, which indicates the retention of information in long-term memory. Questions and discussions are among the best tools for this, as they allow you to assess students' level of understanding and identify the need for additional clarification. The key is not only formulating questions but also clarifying the process by which students arrived at their answers. This promotes a deeper understanding of the material being studied and strengthens knowledge.

With a large number of students, it is difficult for a teacher to devote time to each student. There are effective methods for checking how well the class has learned the material while saving time. For example, you can use anonymous surveys or tests to quickly obtain feedback from all students. Group discussions, where students can share their thoughts and ask questions, are also useful. It is important to implement technology, such as online testing platforms, which significantly speed up the assessment process. These approaches not only help the teacher assess the level of understanding of the material, but also promote the active involvement of students in the learning process.

• Ask students to exchange answers with each other - tell their answer to your question to the person next to you or, for example, show a short explanation written on a piece of paper;
• Suggest that they write the answer on a piece of paper (or an index card) and hold it up for their classmates to see;
• Ask everyone who knows the answer or agrees with the answer given by a particular student to raise their hand.

All participants will be actively involved in the lesson, and you will immediately be able to determine if the majority of them are experiencing difficulties with the current topic. This will allow you to quickly adapt the approach and provide the necessary support.

Rosenstein offers an interesting approach to teaching, which consists of students formulating their own questions on the topic being studied and asking them to their peers. Such questions might include: “What are the similarities between X and Y?”, “What is the main idea behind X?”, “What are the advantages and disadvantages of X?”, “What is unclear to you about this topic?” This method promotes a deeper understanding of the material and the development of critical thinking, and also stimulates active participation of students in the discussion.

Please note the following recommendations:

Frontal questioning in the classroom: effective methods for visualizing active participation

Frontal questioning is one of the most effective ways to engage students in the learning process. To increase student activity and clearly see the "forest of hands," it is important to use certain strategies. One method is to use open-ended questions, which allows each student to express their opinion and participate in the discussion.

Another approach may be to use technology, such as survey systems or voting apps, which provide anonymity and instant feedback. This not only increases engagement but also helps the teacher better understand the level of material assimilation.

It is also important to create an atmosphere conducive to active participation. Maintain openness and respect in the classroom so that every student feels comfortable raising their hand to answer or asking questions.

Thus, frontal questioning becomes not only an assessment tool but also an effective way to activate the learning process, allowing you to see the "forest of hands" and ensure deeper student engagement.

Regularly providing students with clear algorithms and a variety of examples contributes to faster problem solving. This not only deepens their understanding of the material but also develops skills in the practical application of knowledge. Clear algorithms serve as the basis for systematizing the thought process, and examples help reinforce theoretical concepts in practice. Thus, methodological work based on the structured presentation of information significantly improves learning effectiveness and accelerates the acquisition of educational material. Students need cognitive support from the teacher when solving problems and completing practical assignments. This may include providing algorithms for solving problems and reasoning aloud while demonstrating examples. Such methods promote the formation of clear logical connections and reduce the load on working memory. The more examples presented and the more clearly the algorithm is presented, the more effective the learning process will be. In a study conducted in Australia, schoolchildren solved a series of problems, after each of which they were provided with a solution example. This was expected to facilitate independent completion of the tasks. However, not all students carefully studied the examples. To change this, the researchers presented students with problems that were partially solved or missing some steps. This increased their attention to the examples, confirming the importance of fully understanding the material for successful completion of assignments.

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The optimal approach to learning: theory first or problem-solving? The question of the order in which material is presented generates much debate among teachers and students. Some believe that it is necessary to first study the theoretical foundations and then apply this knowledge in practice. This allows for a deeper understanding of the subject and avoids mistakes in solving problems. On the other hand, practice can serve as an excellent motivation for learning theory. By solving specific problems, students may encounter real-life difficulties, which forces them to seek explanations and delve deeper into the material. This approach builds stronger knowledge. Ultimately, the choice of method depends on the specifics of the subject, the learning goals, and the preferences of the students. Effective learning can be achieved through a balance between theory and practice, which promotes better understanding and assimilation of information.

Students should apply new knowledge and skills under the guidance of a teacher, especially the first time. This provides support and a correct understanding of the material. The teacher plays a key role in the learning process, helping students master practical aspects and avoid common mistakes. This approach promotes deeper learning and increases students' confidence. Furthermore, working collaboratively with the teacher creates a safe learning environment where students can ask questions and receive necessary clarification.

To effectively develop automaticity and consolidate new information, it is important to regularly paraphrase, analyze, and summarize material. The more thoroughly you prepare children for tasks, the easier it will be for them to retrieve the necessary information from memory. Processing information in various ways promotes better assimilation and the formation of stable skills, which in turn facilitates learning and increases understanding.

Brief rehearsal practice limits students' ability to store, memorize, and apply information. Memory works like a filing cabinet: we can easily store information, but remembering exactly where it is can be difficult. Regular repetition plays a key role in the learning process, allowing us not only to memorize but also to quickly find the necessary information at the right time. Barak Rozenshain emphasizes the importance of this process for successful assimilation of the material.

This process will effectively use the previously mentioned Tools: questions, examples, and collaborative analysis with students. Group work is key, as it promotes engagement, which is essential for high-quality memorization. Furthermore, collaborative analysis of the material helps prevent students from remembering distorted interpretations of the information rather than the information itself. This is essential for developing an accurate understanding and proper knowledge acquisition.

It is important to ensure that each student has correctly grasped the content of the topic. Effective teaching requires constant monitoring of comprehension. It is necessary to use various assessment methods, such as tests, surveys, or discussions, to determine the level of mastery of the topic by each student. Only in this way can we guarantee that the knowledge has been fully absorbed and understood. This not only contributes to successful learning but also helps identify areas requiring additional attention. Ensuring comprehension of the topic is key to an effective educational process.

Checking student comprehension is an important part of the educational process. Regular knowledge checks help not only assess comprehension but also reinforce the information. According to the second principle, such checks should be conducted after each small block of the topic being studied. This is because knowledge is acquired not in a finished form, but through the process of constructing it in the mind. New information is linked to existing knowledge, which promotes better memorization and comprehension. Regular checks help students approach learning consciously and improve the overall effectiveness of the educational process. Without teacher support, students often make mistakes when establishing connections between new and existing information. This occurs because their basic knowledge is not yet fully formed, and they lack sufficient experience and understanding of the topic. As a result, students may perceive connections as logical that are actually erroneous. It is important for teachers to help students master the material correctly and develop critical thinking, which will help avoid misunderstandings and improve the quality of learning. Understanding of the material can be assessed using various methods. One approach is to ask students to summarize the information they have received, which helps identify key points. Students can also be encouraged to think aloud while completing an assignment, which promotes critical thinking. Reasoning for one's own or another's answer is another effective way to assess deep understanding of a topic. These methods promote active student engagement and improve the learning process.

Successful classroom practice plays a key role in the educational process. Effective teaching methods not only promote knowledge acquisition but also develop critical thinking skills in students. It is important for teachers to implement active learning methods, such as group work and projects, that help students apply theoretical knowledge in practice. This not only increases motivation but also promotes a deeper understanding of the material. Thus, successful classroom practice becomes the foundation for developing competent and confident specialists.

Barak Rosenshine presented data from two significant studies on teaching effectiveness. In classes of highly qualified teachers, the rate of correct answers provided by students during lessons is 82%. In classes with less successful teachers, this figure drops to 73%. Interestingly, increased student participation in class leads to improved homework completion without adult assistance. This fact underscores the importance of actively engaging students in the learning process to achieve better learning outcomes. Students must achieve a high level of success in learning and practical work. Practice, as we know, makes perfect, but it can also lead to serious problems if students reinforce mistakes. Low success in practical work may mean that students not only make mistakes but also internalize them. Once mistakes become habitual, they are difficult to correct and overcome. Therefore, it is important to ensure high-quality practice and timely error correction so that students can develop their skills and achieve desired results. Maintaining high educational standards requires an important aspect - checking understanding of the material. Rosenshine emphasized the need to assess all students without exception. He gave a clear example from his own practice: he once observed a class where an experienced teacher, while making rounds of desks during independent work, noticed that the students were struggling. She paused the assignment and announced that the homework was unnecessary, promising to explain the material again the following day. The teacher made this decision to avoid reinforcing the students' mistakes. This approach illustrates the importance of timely feedback and adjustments to the learning process to achieve high learning outcomes.

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Robert Gagnier, a renowned psychologist and educator, identified nine key events that play an important role in the teaching and learning process. These events help organize and structure the educational process, ensuring a deeper understanding of the material by students.

The first event involves capturing students' attention to new material. This can be achieved through a variety of methods, such as engaging examples or thought-provoking questions. The second event involves communicating learning goals to students, which helps build motivation and establish connections between new knowledge and existing knowledge.

The third event focuses on activating prior knowledge. Students should be able to relate new material to what they already know to facilitate learning. The fourth event involves demonstrating new material, allowing students to see key concepts and principles in action.

The fifth event involves providing students with opportunities to practice new skills and knowledge. Hands-on exercises and assignments promote deeper learning. The sixth event concerns feedback, where the teacher provides students with information on how they are completing tasks, allowing for adjustments to the learning process.

The seventh event involves assessing learning outcomes, which helps determine the level of assimilation of the material. The eighth event is concerned with reinforcing and generalizing what has been learned so that students can apply knowledge in different contexts. Finally, the ninth event focuses on motivating students to continue learning and develop their acquired skills.

Understanding and applying Gagné's nine teaching events allows teachers to effectively organize the educational process, adapting it to student needs and improving the quality of learning.

Students need support in solving complex problems, but it is important to gradually reduce this level. This will help them develop independence and self-confidence. Gradually reducing support promotes the development of critical thinking skills and increases their level of responsibility for the learning process. In this way, students will be able not only to cope with current tasks but also better prepared for future learning challenges. Support must be tailored to the individual needs of each student to effectively support their development and learning.

Scaffolding is a teaching method in which a student solves a problem with the help of a teacher or a more experienced person, receiving gradually decreasing support. Initially, the task may be too difficult to complete independently, but with the help of a mentor, it becomes accessible. This approach allows the student to develop independence and competence in problem-solving, which reduces the need for support. Scaffolding promotes a deeper understanding of the material and builds self-confidence.

Student support can take various forms. For example, a teacher may demonstrate the steps of the solution by talking through their thoughts aloud while they complete tasks. This allows novices to understand how an expert approaches problem-solving. It is also important to study the students' own thinking, so it makes sense to ask them to solve several examples "aloud." This approach not only promotes a better understanding of the material but also develops students' reasoning and critical thinking skills.

An effective teacher possesses an important quality: the ability to anticipate student errors and warn them of potential shortcomings. For example, a teacher might ask students to analyze a passage of text and correct its shortcomings. When teaching division or subtraction skills, a teacher might demonstrate and discuss with the class common mistakes that other students often make. This approach not only helps avoid typical misconceptions but also promotes a deeper understanding of the material.

A checklist is an important scaffolding tool that helps students independently evaluate their work. It can include questions related to key stages of the task, such as, "Did I find the most significant information that will help me understand the main idea of ​​the text?" Another useful option is to provide a comparison example—a ready-made solution against which students can compare their results. Using checklists and examples promotes a deeper understanding of the material and develops critical thinking in students.

Students need long-term independent practice to effectively develop skills. Long-term independent practice promotes successful acquisition of knowledge and an increase in competence. Regular practice allows students not only to consolidate theoretical knowledge but also to learn how to apply it in real-world situations. This is an important aspect of the educational process, promoting self-confidence and the achievement of goals. Practical work promotes automaticity, allowing new information and skills to transfer from working memory to long-term memory. Independent practice includes activities not only at home but also in the classroom, adhering to certain rules. Research by Barak Rosenshine shows that students are more actively engaged when the teacher walks around the room and monitors the completion of tasks, paying close attention to each student. It is important to note that this interaction is limited—only 30 seconds. Longer contact may indicate errors, indicating insufficient practice with the teacher. Effective interaction and teacher supervision are key factors for successful learning. Group collaboration is an effective teaching method, supported by research. Students perform best when they collaborate and explain topics to each other. Experts note that this approach provides immediate feedback, which promotes deeper understanding and active engagement in the learning process. Collaborative activities not only reinforce knowledge but also develop communication and teamwork skills, which are especially important in the modern educational process.

Constant repetition plays a key role in strengthening the connections between knowledge and ideas. This process promotes better memorization and assimilation of material, allowing for a deeper understanding of the topic being studied. Regular repetition not only improves memory but also forms stronger associations between different concepts. This is especially important in learning, as it helps create a more holistic understanding of the subject. Using repetition methods can significantly improve learning effectiveness and develop critical thinking, which ultimately leads to higher levels of knowledge and skills.

The knowledge and ideas we learn are stored in long-term memory. The capacity of this memory significantly exceeds the capacity of working memory. Data in long-term memory is organized into cognitive schemas, the structure of which depends on how we plan to use this information. The more often we repeat, reproduce, or apply certain knowledge, the more firmly these schemas and their connections become formed. As automaticity increases, the process of retrieving information from memory becomes less expensive for the brain, which allows you to use knowledge faster and more effectively at the right time.

Strengthening connections and making skills automatic is only possible with constant repetition. Barak Rosenshine recommends regularly reviewing the material covered. For example, it's advisable to review the topics covered in class last week every Monday, and refresh the month's knowledge every fourth Monday. This approach involves not only repetition but also the use of regular tests or quizzes to check the assimilation of information.

Teachers face the challenge of not having enough time to review the material because they need to cover a vast amount of information. Research confirms that without sufficient practice and repetition, knowledge is quickly forgotten, a fact that each of us knows from personal experience. Effective repetition methods can significantly improve the assimilation of material, which makes them an important part of the educational process.

Are Rosenshine's principles really that good?

Rosenshein's principles provide a valuable guide for creating classrooms. Many American educators perceive them as a universal solution to effective teaching. However, it is important to remember that these principles are a theoretical framework, not a strict algorithm of actions. Deborah Gibbs, a British secondary school principal and experienced educator with 30 years of experience, emphasized the need to follow one's own teaching style rather than rely solely on standardized rules in her column for Tes magazine. She noted that the uniqueness of each teacher is an important aspect of successful teaching. At the same time, Gibbs acknowledged that Rosenshine's principles contain key elements of outstanding teaching that she has observed throughout her career.

Rosenshine's principles are a useful tool for those beginning to explore cognitive load theory and seeking to implement effective practices in the educational process. This checklist will help educators adapt their teaching approaches to the unique characteristics of each class and educational institution. It is important to remember that individual nuances and the context in which a teacher works play a significant role in the successful application of these principles.

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