What is the TPACK Model?

Main ideas and lessons

• Purpose of the TPACK/TPAC model: A framework to help teachers consider how content, teaching methods, and technology intersect so they can effectively teach and engage students in 21st-century learning.
• Key idea: Effective technology integration is not just about tools—it’s about how technology enhances learning given the subject matter and the pedagogical approach.
• How teachers should think differently: Instead of starting with a new tech tool and designing a lesson around it, teachers should start with learning goals (content + pedagogy) and then layer in technology.
• Classroom reality: Application depends on context (e.g., professional development, school climate, available resources).

The three primary knowledge domains (building blocks)

1. Content Knowledge (CK)

   • What you know and understand about the subject area you teach (e.g., science, math, language arts).
   • Includes the facts, concepts, and theories of a discipline.

2. Pedagogical Knowledge (PK)

   • Expertise in the art and science of teaching (learning theories, instructional design).
   • Includes teaching methods and assessment strategies (e.g., project-based learning, instructional strategies like think-pair-share).

3. Technological Knowledge (TK)

   • Knowledge of tools and how to select, use, and integrate technology into instruction.
   • Includes not only devices but also the quality of educational content students access through apps, websites, and learning games.

Intersections of domains (combined forms of expertise)

• Pedagogical Content Knowledge (PCK)

  • Intersection of pedagogy + content.
  • How to engage students with specific concepts and skills.
  • Includes strategies such as:
    • addressing different learning styles
    • scaffolding to support deeper understanding

• Technological Content Knowledge (TCK)

  • Intersection of technology + content.
  • How technology supports understanding of a subject area for deep, lasting learning.
  • Example: scientists using sophisticated tools to collect evidence, observe, and document findings; interactive software helps visualize data.

• Technological Pedagogical Knowledge (TPK)

  • Intersection of technology + pedagogy.
  • How to choose and manage technology so it supports student workflows and learning activities.
  • Example: technology that supports students through the scientific method; using collaboration tools for sharing learning.

• Core intersection (the center of TPAC/TPACK)

  • The “heart” of the framework: content + pedagogy + technology together.
  • Example scenario (water pollution):
    • Explore 3D models of bacteria/cellular structures.
    • Create animated images to analyze local water sources.
    • Share findings virtually with a field expert.

Method / practical use described (steps to apply TPACK)

1. Assess your own TPACK

   • Identify which areas you feel confident about (CK, PK, TK and/or their intersections).
   • Identify areas you can improve.

2. Collaborate to strengthen gaps

   • Work with others in professional learning communities.
   • Example collaboration: meet with a technology coordinator to redesign learning experiences by combining strengths.

3. Use context as a constraint/enabler

   • Recognize the “dotted line” around the model represents classroom context, influenced by:
     • professional development
     • school climate
     • available resources

Key takeaway / conclusion

• Use TPACK to remember the correct sequence:
  • Start with content + pedagogy
  • Then layer in technology
• Technology should support and enhance learning objectives—not replace them or drive the design by itself.

Speakers / sources featured

• Lee Shulman (educational psychologist; viewed PCK intersection as teaching at its best)
• Matthew Kohler (scholar referenced in adding the technological component)
• Poonam Mishra (scholar referenced in adding the technological component)
• Eliza (mentioned as representing “context” affecting practical application)