Flipped classroom Framework
Introduction:
The flipped classroom framework is a pedagogical model that reverses the traditional approach to teaching by delivering instructional content outside the classroom (typically online) and moving active learning activities, such as discussions, problem-solving, and collaborative projects, into the classroom. This approach allows students to learn at their own pace outside of class and actively engage with concepts during in-class time with the teacher and peers.
ICT TOOLS USED IN FLIPPED CLASSROOM
Pre-Class Activities:
Video Hosting Platforms:
- YouTube
- Google Drive/OneDrive (for sharing recorded lectures)
Learning Management Systems (LMS):
- Google Classroom
- Moodle
Digital Content Creation Tools:
- PowerPoint
- Podcast platforms (Anchor, Audacity)
Reading and Resource Platforms:
- PDF viewers (Adobe Acrobat, Foxit)
- Digital textbooks (Khan Academy, OpenStax)
- Interactive eBooks
Communication and Collaboration Tools:
- Email (e.g., Gmail, Outlook) to share resources
- WhatsApp, Telegram, or other messaging platforms for reminders
In-Class Activities:
Collaboration Tools:
- Google Docs/Slides for group work
Interactive Learning Platforms:
- Kahoo, Quizizz, Mentimeter (for quizzes and polls)
- Desmos (for math-related interactive problem-solving)
- PhET simulations (for science and math concepts)
Presentation Tools:
- Interactive whiteboards (e.g., SMART Boards)
- Digital projectors for showcasing group solutions
Classroom Management Tools:
- ClassDojo, Socrative (to monitor and support student engagement)
Video Conferencing for Hybrid Classrooms:
- Zoom, Microsoft Teams, or Google Meet (if blended learning is needed)
Advantages of Flipped Classroom:
Active Learning: Students engage with the material before class, allowing for more interactive and participatory learning during class time. This fosters critical thinking and problem-solving.
Student-Centered: The flipped classroom model focuses on student-driven learning, allowing them to control the pace at which they engage with the content. This helps address diverse learning styles and speeds.
Increased Class Time for Interaction: By shifting direct instruction to outside of class, more in-class time can be used for collaboration, discussions, and application of concepts through hands-on activities or group work.
Flexibility: Students can review content as many times as needed outside of class, which can help reinforce learning and ensure better retention.
Improved Teacher-Student Interaction: With more time for one-on-one or small group interactions in class, teachers can focus on providing targeted support, addressing misconceptions, and assisting with more complex concepts.
Technology Integration: This model allows for the use of digital tools and multimedia resources, enhancing the learning experience and potentially reaching students in innovative ways.
Disadvantages of Flipped Classroom:
Unequal Access to Resources: Not all students may have reliable access to technology or internet outside of school, which could hinder their ability to engage with pre-class materials.
Increased Preparation Time: Teachers must invest significant time in creating engaging, high-quality video lectures or other content, which may be challenging if they have limited resources or experience with multimedia tools.
Self-Discipline Required: The model requires students to be self-motivated and disciplined to watch videos or read materials before class. Students who struggle with time management may fall behind.
Potential for Fragmented Learning: If students do not engage with the pre-class materials properly, they may struggle to understand the concepts discussed in class, leading to gaps in learning.
Shift in Traditional Roles: For some students and teachers, the flipped classroom can feel unfamiliar or uncomfortable, as it represents a significant shift from traditional teaching methods. This might lead to resistance from both parties.
Increased Classroom Demands: The teacher needs to be able to manage more active learning activities during class time. This might require adjusting teaching strategies, managing classroom dynamics, and ensuring that all students stay engaged.
FLIPPED CLASS LESSON PLAN
Topic: Mensuration (Surface Area and Volume)
1. Specific Learning Objectives: By the end of this lesson, Students should be able to:
Ø Understand basic formulae for surface area and volume of 3D shapes (cube, cuboid, cylinder, sphere, cone, etc.)
Ø Apply formulae to solve real-world problems involving surface and volume.
2. Materials:
Ø Textbook
Ø Pre-recorded video or recording material
Ø Worksheets for class practice and problem solving
Ø ICT Tool
Ø Chart paper (Diagram)
3. Pre-Class Activities (30-40 minutes):
Ø Read the definition and formulae
Ø Interactive warm-up
Ø Get ideas from the examples.
Ø Search for mensuration related videos, focusing on formulae and examples for basic shapes.
Ø Use of ICT: Use the tool like ‘Ed puzzle’, Visualization of 3D shapes, animation, online quizzes, etc
4. In-Class Activities:
A. Review and clarify (10-15 minutes)
Ø Group Discussion: Start the class by asking students if they had any difficulties with pre-class material.
Ø Clarification: Address common misconception or tricky parts from parts from the pre class video.
B. Guided Practice (15-20 minutes)
Ø Worksheet Activity: Provide a worksheet with problems that apply surface area and volume formulae to real-world situations.
Ø Peer collaboration: Let students work in pairs to solve the problems and explain their reasoning.
C. Use of ICT: i) Interactive whiteboards/projectors, Graphing and Geometry software, etc.
5. Post-Class Activities:
Ø Assign homework with more mensuration problems that vary in difficulty.
Ø Ask students to reflect on how they applied surface area and volume formulae to given tasks.
Ø Conduct a post-lesson quiz to assess understanding and retention of formulas.
Ø
6. Assignment:
a. A circus tent is cylindrical to a height of 3 meters and conical above it. If its diameter is 105 m and the slant height of the conical portion is 53 m, calculate the length of the canvas which is 5 m wide to make the required tent.
b. The given figure shows a metal pipe 77 cm long. The inner diameter of a cross-section is 4 cm and the outer one is 4.4 cm. Find its
(i) Inner curved surface area
(ii) outer curved surface area
(iii) total surface area.
7. Skills in focus:
Ø Apply mensuration formulas to solve practical and real-world problems.
Ø Use tools like rulers and compasses to measure dimensions of 2D and 3D shapes accurately.
Incorporating ICT into teaching mensuration through a flipped classroom approach enhances engagement, personalizes learning, and fosters collaboration. Tools like video tutorials, interactive quizzes, simulations and adaptive learning platforms provide students with dynamic, real-time feedback and visualization, making abstract concept more concrete. This integration not only supports diverse learning styles but also encourages self-directed learning and deeper understanding of mathematical applications in real worlds contexts.
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