Personalized learning is an approach to teaching that tailors curricula and other learning activities to students’ needs. With personalized learning, educators identify the strengths and weaknesses of each student and then design activities that address each student’s unique needs. Examples of personalized math learning also incorporate cutting-edge technology so students can learn at their own pace.
What Is Personalized Learning?
Personalized learning isn’t new, but it has grown in popularity. Many educators see this as an alternative to traditional approaches that fail to meet student needs and abilities. It is a school-wide instructional model that tailors education for each student. The emphasis on customization contrasts traditional schooling, which typically focuses on a one-size-fits-all approach.
Individualized learning enables students to demonstrate their curiosity and produce their best work using methods and techniques that accentuate their talents rather than trying to draw attention to their disabilities.
Personalized Math Learning Strategies and Examples
Personalization in education initiates good strategies designed to give you an introduction to personalizing your class. They will help you build trust with your students, see if they are staying on track or need more help at any point in the year, and prepare them for success after high school.
Personalized learning allows teachers to tailor lessons to meet the individual needs of every student within the classroom. Here are some strategies and examples of implementing personalized learning in your classroom.
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1. Differentiated Instruction
“Securing that what students are taught, how they learn it, and how they demonstrate what they have learned is fit for that child’s readiness level, preferences, and preferred style of learning” is known as differentiated instruction.
It involves transforming instruction to accommodate student requirements. This approach to instruction is successful because it incorporates appropriate monitoring and flexible grouping, irrespective of whether teachers differentiate material, procedures, outcomes, or the learning environment.
For example, using study materials, which consist of text on tape, using formula lists to increase the sharpness. Presenting ideas in audio and visuals for better understanding are a few personalized math learning examples.
2. Project-Based Learning
A teaching strategy known as project-based learning (PBL) bases learning on real-world issues or projects. PBL is a teaching technique that combines classroom instruction with practical implementation by giving students meaningful, practical learning math projects that necessitate the ability to think critically and other 21st-century skills. These projects completely submerge students in real-world situations to aid learning rather than simulate it.
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In a PBL classroom, students work on authentic issues and challenges that necessitate applying their theoretical and conceptual mathematical understanding to be addressed. In other words, rather than receiving objective data on the environment around us, students are presented with issues and difficulties that pique their inherent interests and teach them about the world around them.
Selling geometry is one of the best examples of personalized math learning. This project introduces the brief history of geometry, geometric terms, and the manipulation of shapes, including geometry formulas.
3. Inquiry-Based Learning
Inquiry-based learning, or inquiry, is a teaching methodology that emphasizes questioning and exploration. It encourages students to question, think critically about information, and explore new ideas or subjects in depth.
Instead of focusing on passive knowledge absorption, inquiry-based learning facilitates student investigation of the subject matter. As a result, students often take on the role of the researcher rather than the traditional student-as-victim approach used in many classes.
In an inquiring classroom, learning is less about reciting facts from a textbook and more about asking questions and finding answers. The benefits of an inquiry-based learning environment are numerous. They focus on problem-solving instead of memorization; it fosters collaboration among students; it encourages students to think outside the box.
It facilitates an open exchange of ideas and makes class time more engaging for students.
For example, a math teacher can show students how they can traditionally solve an equation in their usual lessons. However, when teachers incorporate inquiry-based teaching methods, they can see how every student sees the problem and the steps they take to take a step toward the solution. It is among the individualized learning examples.
4. Flipped Classrooms
A flipped classroom is a learning environment that inverts the typical lecture-and-homework dynamic in many classrooms. Instead of spending time on lectures and homework, a flipped classroom has students watching pre-recorded lectures outside and doing homework during class. It is one of the most innovative examples of personalized math learning setups.
It gives students more opportunities to spend individual time on assignments, allowing them to focus much more clearly on concepts during class. In addition, lectures are recorded outside of class in a flipped classroom and posted online for students to watch at home or at any other convenient time.
Class time instead becomes focused on activities such as problem sets, in-class mock tests, group work, or anything else that allows students to practice what they learned from the videos during their own time outside of the classroom.
The result is a personalized learning environment where students can spend less time struggling with concepts in class and more time applying them directly.
For example, a teacher can encourage this by selecting one topic and then deciding on one day to find or create a related video.
5. Cooperative And Collaborative Learning
Cooperative learning incorporates cooperative and collaborative learning elements by assigning students to work in teams with their peers. Collaborative learning reinforces the importance of group work and frequent collaboration between students, often assigning them to solve math word problems, interpret them, and discuss their solutions.
Cooperative learning is an instructional method that requires students to collaborate as they complete assignments or tackle class activities. Students need to be able to work in groups because this type of activity will likely happen at some point during their careers.
Jigsaws are the best examples of personalized math learning based on this strategy. Teachers use this prevalent teaching activity to increase class involvement. Every student is asked to dig in on a particular topic and then teach it to the other group members.
6. Formative Assessments
Assessing provides additional objectives rather than scoring students. Testing is a kind of learning; when tests are utilized to teach, learners get the most knowledge.
Formative assessment is the process of using evaluation as a tool for learning and includes tools like exit cards, weekly discussions, personal view charts, and consensus quizzes. All of these in-process assessments are quick, achievable tasks.
They can be implemented into the learning process at almost any point, making them the most promising personalized learning strategies. They aid in keeping students focused and aware of the lessons being taught, and they also offer feedback so that the teacher can assess the success of their instruction.
A KWL table, or KWL chart, is a geometric organizer designed to assist learning. The texts KWL are an abbreviation of what students, inside the curriculum of a learning experience, already understand, would like to know, and subsequently gain knowledge.
7. Let The Students Be The Teachers
As any teacher would confirm, the best way to learn something is to teach it. Learning occurs three times when a student instructs the class. When the learner initially learns the subject, when the learner teaches the material, and when the class’s other students benefit from the student.
By bridging the gap between teachers and students, this approach helps improve classroom relationships. Furthermore, it allows pupils to practice their presentation and communication skills. A teacher can set up a day to assign a particular topic to students, ask them to prepare for it, and make that understanding known to their classmates. It is one of the most prevalent personalized math learning examples through which teachers can know every student’s understanding of a topic.
8. Favorable Seating Arrangements
The classic, inflexible row-style desk arrangement is monotonous. There are benefits to much more adaptable seating layouts. A positive classroom climate decreased absenteeism and minimized issues with discipline. Other options for seating include A circle of people seated in a horseshoe-shaped swarm of desks.
Other seating options include bean bag chairs. Students who adopt a personalized learning path would appreciate accomplishing things their way. Additionally, they want to be physically represented uniquely, necessitating flexible seating arrangements.
9. Place-based Learning
Students engage in their surrounding community through place-based learning, encompassing the physical environment, local culture, history, and people. Students involved in a place-based personalized learning model can experience the impact of their contributions to their neighborhood. They learn how to interact with any setting, develop communication and inquiry skills, and develop a deeper awareness of themselves and their place in the world.
10. Set Goals
Like similar schools, goal-setting alone won’t result in personalized learning. Still, integrated with a flexible learning environment or a transparent cognitive approach can potentially drive individual students toward maintaining personal relationships via individually tailored means, resources, and sequencing.
Goal-setting is associated with student-led conferences that evaluate those goals and provide enough authentic flexibility to accommodate that student’s learning needs as they actually or fall short of those goals. Setting individual goals for every student can be one of the ideal personalized math learning examples.
Also read: 10 Effective Math Learning Style and Strategies
Takeaway
Personalized learning is an integral part of education, and it enhances the level of communication and brings out the best and most favorable results in the students. These strategies and examples of personalized math learning benefit the child’s overall development. Every individual in a classroom has a distinctive blend of skills and interests, which educators are starting to acknowledge.
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