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Innovative Teaching and Learning

  • INNOVATIVE TEACHING AID

    Innovative Learning

    Innovative teaching aid in class, start by identifying clear learning goals and selecting an aid that aligns with these objectives, such as digital tools, models, or interactive apps. Plan the lesson structure, deciding when and how to introduce the aid, and give students clear instructions on its purpose and usage. Allow students hands-on time to explore, either individually or in groups, while you circulate to provide guidance, clarify doubts, and encourage critical thinking. Afterward, lead a discussion to reflect on insights gained, and assess understanding with questions or a quick quiz. Gather feedback to gauge the aid’s effectiveness, ensuring that future lessons are even more engaging and effective.

  • STUDENT CENTRICS

    Student Centrics

    Student-centered class, begin by creating a learning environment where students actively engage with the material and take responsibility for their learning. Start with clear objectives, but allow flexibility for students to explore topics in ways that interest them. Use techniques like group work, discussions, problem-solving activities, and project-based learning to encourage collaboration and critical thinking. Give students choices in activities or projects to foster a sense of ownership, and offer varied resources and materials to accommodate different learning styles. Act as a facilitator, guiding students and prompting them to ask questions, explore ideas, and develop solutions rather than simply providing answers. Regularly assess understanding through formative assessments, encouraging self-reflection and peer feedback to help students build self-directed learning skills. This approach not only improves engagement but also supports deeper understanding and retention of knowledge.

  • FLEXIBLE LEARNING

    Flexible learning adjusts the what, when, and how of teaching for each student. Rather than using a single approach for the entire class, teachers modify their methods to play to each student's strengths, supporting their success. Flexible learning is similar to how algorithms personalize our online experiences by highlighting content based on our interests and activity. For example, one person might see certain content prioritized on a website, while someone else sees something different based on their past interactions. In flexible learning, this personalized approach creates tailored learning journeys for students, with various methods and resources optimized for each individual. Although each student may follow a unique path, the goal remains the same: achieving subject mastery or meeting grade-level standards—different routes, but all leading to the same destination.

  • VISUAL AIDED LEARNING

    Visual Aided Learning incorporate interactive activities, like group discussions, where students can share their interpretations or work together on visual-based exercises, like annotating diagrams or creating their own visuals. Ask open-ended questions to prompt critical thinking and draw students' attention to specific details within the visuals. Conclude with a recap, reinforcing the main points shown in the visuals, and assess understanding through exercises like quizzes, drawing concept maps, or creating short summaries. This approach enhances comprehension, supports diverse learning styles, and encourages active participation.

  • DESIGN THINKING

    Design Thinking class, guide students through the five stages: Empathize, Define, Ideate, Prototype, and Test. Begin by presenting a real-world challenge, encouraging students to research it deeply to understand the perspectives of those affected. Have them analyze their findings to define a clear problem statement, which sets the focus for their solution. In the Ideate stage, hold brainstorming sessions where students can freely share creative ideas. Then, instruct them to create simple prototypes of their best ideas, focusing on testing core features. Have students test their prototypes with peers or simulated users, gather feedback, and refine their designs based on insights gained. Conclude by encouraging students to present their process and reflect on their experiences, reinforcing learning through hands-on problem-solving and collaboration.

  • SELF DIRECTED LEARNING

    Conducting Self-Directed Learning (SDL) in a classroom involves creating a student-centered environment where learners take ownership of their education, setting goals and working independently. Teachers introduce SDL, establish clear objectives, and provide necessary resources, then guide students through three phases: goal-setting (10-15 minutes), learning activity (30-45 minutes), and reflection/feedback (10-15 minutes). Strategies include learning contracts, personalized plans, learning journals, peer mentoring, and technology integration. Benefits include increased motivation, autonomy, and critical thinking skills, while challenges involve managing classroom dynamics, ensuring accountability, and addressing diverse learning needs. Effective assessment methods include self-assessment rubrics, peer feedback, teacher guidance, project-based evaluations, and reflective journaling, utilizing tools like Learning Management Systems, online platforms, digital journals, collaborative tools, and educational apps.

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