ordered">Explain key principles of e-Learning Ecologies.

Analyze learner variability in digital contexts.

Design a multimodal differentiated lesson pathway.

Apply Learning by Design knowledge processes.

Evaluate peer-designed modules using a rubric.

Knowledge Survey (Pre-Module)

Instructions (Learner Side):

Rate your confidence (1–5 scale):

I can explain multimodality in digital learning.
I can differentiate instruction using digital tools.
I can design learner-choice pathways.
I understand ecological models of learning.
I can create rubric-based peer assessments.

(Submit survey before proceeding.)

UPDATE 1: What is an e-Learning Ecology?

LEFT SIDE (Learner View)

🎥 Watch: Short introduction to e-learning ecosystems (YouTube – search: “E-Learning Ecologies overview”).

📖 Read: Excerpt from E-Learning Ecologies (Chapter 1).

🖼 View Diagram: Networked learning model (insert visual).

💬 Discussion Prompt:

How does an ecological view of learning differ from traditional classroom models? Provide one example from your teaching or learning experience.

RIGHT SIDE (Teacher View)

Pedagogical Rationale:

Situated Practice (Learning by Design).

Learners connect prior experience to theoretical framing.

Standards Alignment:

ISTE Educator Standards (Designer, Facilitator)
InTASC Standard 8 (Instructional Strategies)

Teaching Suggestions:

Encourage learners to provide concrete examples. Use annotation tools for collaborative reading.

UPDATE 2: Learner Variability and Differentiation

LEFT SIDE (Learner View)

📖 Read overview of Differentiated Instruction (search: “Tomlinson Differentiated Instruction summary”).

🎧 Optional: Podcast on learner diversity.

💬 Prompt:

What forms of learner variability do you observe in digital environments? How can digital tools respond to these differences?

RIGHT SIDE (Teacher View)

Theoretical Basis:

Carol Ann Tomlinson – Content, Process, Product differentiation.

Supplementary Resource:

Universal Design for Learning (UDL guidelines).

Teaching Tip:

Ask learners to categorize examples under Content, Process, or Product.

UPDATE 3: Multimodality and Meaning-Making

LEFT SIDE (Learner View)

📖 Read summary of multimodality by Gunther Kress.

🖼 Analyze a multimodal website (choose any educational site).

💬 Prompt:

How do images, layout, and design shape understanding beyond text alone?

RIGHT SIDE (Teacher View)

Knowledge Process:

Overt Instruction + Critical Framing.

Pedagogical Note:

Encourage learners to analyze semiotic resources (color, typography, spatial design).

UPDATE 4: Designing Learning Pathways

LEFT SIDE (Learner View)

🖼 View branching pathway example (insert LMS screenshot).

📄 Examine sample MDLP template (attached).

💬 Prompt:

Design three pathway options for one topic in your subject area (e.g., essay, video, infographic).

RIGHT SIDE (Teacher View)

Rationale:

Application of theory into structured design.

Tip:

Encourage scaffolded choice, not unlimited choice.

UPDATE 5: Collaborative Intelligence

LEFT SIDE (Learner View)

📖 Read short article on collaborative knowledge-building.

🎥 Watch short explainer on peer learning.

💬 Prompt:

How can peer interaction strengthen differentiated pathways?

RIGHT SIDE (Teacher View)

Framework:

Social constructivism (Lev Vygotsky).

Implementation Suggestion:

Use discussion boards, shared docs, or peer annotation tools.

UPDATE 6: Assessment in Multimodal Design

LEFT SIDE (Learner View)

📄 Review sample multimodal rubric (provided).

💬 Prompt:

What criteria should remain consistent across varied product formats?

RIGHT SIDE (Teacher View)

Assessment Principle:

Align rubric with learning objectives, not format.

Standards Mapping:

Backward Design principles.

UPDATE 7: Peer-Reviewed Project

Project Title: Design Your Own MDLP Mini-Module

Learner Task

Design a 1-week learning module including:

At least 3 pathway options
2 multimodal content formats
1 collaborative activity
1 formative assessment

Submit as PDF or Scholar module draft.

Peer Review Rubric

Criteria	Exemplary (4)	Proficient (3)	Developing (2)	Emerging (1)
Theoretical grounding	Clearly aligned with course theory	Mostly aligned	Limited alignment	Minimal reference
Differentiation	Multiple meaningful pathways	Some choice provided	Limited choice	No differentiation
Multimodality	Rich modal diversity	Moderate variety	Minimal variety	Text-only
Assessment alignment	Fully aligned rubric	Mostly aligned	Partial alignment	Misaligned
Coherence	Highly cohesive	Mostly clear	Some gaps	Disorganized

RIGHT SIDE (Teacher View)

Purpose:

Knowledge Application + Transformative Practice.

Encourage detailed peer comments beyond numeric scoring.

UPDATE 8: Reflection and Knowledge Survey (Post-Module)

LEFT SIDE (Learner View)

Revisit initial survey. Rate confidence again.

📝 Reflection Prompt:

How has your understanding of differentiated digital learning evolved? What will you implement immediately?

RIGHT SIDE (Teacher View)

Metacognitive Framing:

Supports transfer and professional identity formation.

Encourage comparison of pre- and post-survey responses.

Pedagogical Coherence

This module follows Learning by Design knowledge processes:

Situated Practice
Overt Instruction
Critical Framing
Transformed Practice

It integrates:

Multiliteracies
Sociocultural theory
Differentiation
Ecological learning systems

References

Cope, B., & Kalantzis, M. (2015). E-Learning Ecologies. Routledge.

Cope, B., & Kalantzis, M. (2000). Multiliteracies. Routledge.

Kress, G. (2010). Multimodality: A Social Semiotic Approach to Contemporary Communication. Routledge.

Tomlinson, C. A. (2014). The Differentiated Classroom. ASCD.

Vygotsky, L. S. (1978). Mind in Society. Harvard University Press.

Designing Multimodal Differentiated Learning Paths (MDLP) in Digital Classrooms