In this entry, I’ll be sharing a lesson plan that reimagines traditional teaching methods by integrating technology into the classroom. Originally designed for a public school with limited resources, I’ve adapted it for a more modern setting where students have access to devices like tablets and laptops. 

• • Complete the Custom Cube (15 min)

    • You will use the Cube Tool to type your answers. If you are using the worksheet, write your answers in the corresponding boxes.

    • In the Cube Tool, answer the questions on each face of the cube with the help of the information on the webpage.

  • Review Your Cube (10 min)

    • Once you've filled in all the answers, review your cube to make sure it’s complete and uses comparatives and superlatives correctly.

    • Ensure you incorporate at least one comparative or superlative in each answer. For example, “better,” “stronger,” “the most talented,” or “more skilled.”

  • Save and upload your finished cube to your personal Drive folder as a pdf.

The integration of digital tools into my lesson plan is directly informed by the framework of Bloom’s Digital Taxonomy, as outlined by Sneed in his article (2016). This taxonomy provides a structured approach to incorporating technology in a way that enhances each cognitive level of learning, ensuring meaningful and authentic educational experiences for students. The theory emphasizes that the focus is not solely on the digital tools themselves, but on their ability to serve as "vehicles for transforming student thinking at different levels" (Sneed, 2016). The lesson plan includes specific tools at each level of Bloom’s Revised Taxonomy to scaffold student learning effectively:

• Remembering:

Activity: Sorting adjectives, comparatives, and superlatives using Popplet.

Theoretical Justification: According to Bloom’s Digital Taxonomy, tools like bookmarking and sorting assist students in recalling facts and categorizing information. Popplet enables students to visually organize knowledge, aligning with this level by facilitating basic recall and identification (Sneed, 2016).

• Understanding:

Activity: Solving riddles using the Image Annotator tool.

Theoretical Justification: Tools such as annotating and tagging are recommended for this level, as they help students construct meaning from visual and written material. By interacting with clues and discussing their reasoning, students engage in collaborative comprehension, demonstrating Bloom’s “understanding” level in practice (Sneed, 2016).

• Applying:

Activity: Writing riddles about football players and sharing them via Padlet.

Theoretical Justification: The "applying" level in Bloom’s Digital Taxonomy involves using knowledge in practical contexts. Tools like blogging and sharing enable students to transfer their understanding of comparatives and superlatives into meaningful, creative outputs (Sneed, 2016).

• Evaluating:

Activity: Peer review and reflection using Padlet.

Theoretical Justification: As Sneed (2016) notes, evaluating involves critiquing and making judgments based on criteria. In this activity, students provide feedback on their peers' riddles, assessing grammatical accuracy and creativity, which fosters critical thinking and collaboration.

• Creating:

Activity: Designing custom cubes using the Cube Tool and writing descriptive texts.

Theoretical Justification: At the highest level of Bloom’s taxonomy, students produce original work, such as blog posts or creative writing. The Cube Tool supports idea generation and organization, while the descriptive writing task synthesizes knowledge into a coherent and creative final product (Sneed, 2016).

The implementation of my lesson plan, which integrates technology to teach comparatives and superlatives to 6th-grade students, aligns closely with the principles of constructivist learning theory as articulated by Dewey, Piaget, and Vygotsky. The constructivist framework emphasizes active, contextual, and social learning processes, all of which underpin the design of this lesson. (Kurt, 2021)

Active Learning and Knowledge Construction

According to constructivist theory, “learning is active mental work, not passive reception of teaching” (Woolfolk as cited in Kurt, 2021). My plan incorporates activities such as group discussions and interactive digital tools, enabling students to actively construct knowledge rather than passively receive information. For example, using technology to create digital comparisons between famous athletes fosters active engagement, as students analyze, synthesize, and create content grounded in their understanding of comparatives and superlatives. These tasks mirror the constructivist principle that knowledge is built upon preexisting schemas, as students draw on prior experiences and contextualize new concepts within familiar domains, such as sports.

Social Learning and Collaboration

Constructivism asserts that “learning is a social activity” (Woolfolk as cited in Kurt, 2021) and that interacting with others is essential to constructing knowledge. My plan emphasizes group work and peer collaboration, where students co-create content and engage in cooperative learning. This approach reflects the constructivist notion that dialogue and shared inquiry deepen understanding. For instance, during a digital group project, students collaboratively compare athletes, leveraging collective insights to enhance their learning. This activity aligns with the constructivist idea that knowledge is shared and continuously evolving through interaction.

Role of the Instructor as Facilitator

In a constructivist classroom, the instructor serves as a facilitator, guiding students rather than dictating learning. My role in the lesson plan involves prompting exploration, posing questions, and providing feedback rather than delivering content through direct instruction. Activities such as peer editing and reflective discussions exemplify this facilitative approach, as students take ownership of their learning while I support their journey. (Kurt, 2021)

The SAMR model, described by Puentedura (2006) in his article, categorizes the use of technology in education into four levels: Substitution, Augmentation, Modification, and Redefinition. My lesson plan on comparatives and superlatives for 6th-grade students incorporates technology in alignment with the Modification level of the SAMR model.

Modification

In the section of the lesson, where students apply comparatives and superlatives in context by creating riddles, technology enables significant task redesign. For example:

Activity: Students collaborate in pairs using a shared Padlet to write short riddles of football players, then they peer review each other's work, writing constructive feeback.

Justification: The collaborative nature of these tools significantly modifies the task by enabling real-time group interaction and peer review, which are not feasible with traditional paper-based activities. This transformation of the learning process corresponds to the Modification level of SAMR, as the task design is fundamentally enhanced through the integration of technology. (Akcaoglu et al., 2015)