The ENGAGE Model™
A Framework for Measuring and Producing Adult Development Through Engagement-Centered Learning
STRATEGIC SYNTHESIS
Engineered for Engagment
The ENGAGE Model™ is a research-backed framework built on one foundational insight:
If a learner is not engaged, teaching quality doesn't matter—development won't occur.
This isn't motivational rhetoric. It's empirical fact, supported by decades of educational research. Rather than hoping engagement happens, we engineer learning experiences where engagement is inevitable.
THE EVIDENCE IS CLEAR
85-95% of people quit MOOCs before completion (Onah et al., 2014)
Among the 5-15% who finish, most report minimal behavioral change (Kizilcec et al., 2013)
Passive consumption produces minimal retention and almost no sustained behavior change (Freeman et al., 2014)
Information access is not the problem. Engagement is.
The Problem: Information ≠ Development
You've probably experienced this:
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Sign up for an online course with enthusiasm ✓
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Watch a few videos, take some notes ✓
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Life gets busy, fall behind ✗
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Course sits unfinished ✗
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Nothing really changes ✗
You're not lazy. You're human. And the platform wasn't designed for transformation—it was designed for content delivery.
engineered for engagement
The ENGAGE Solution
The ENGAGE Model™ integrates three research-validated methodologies that, when combined, produce sustained development.
Each methodology works individually.
But The ENGAGE Model combines all three for synergistic effects
TOGETHER. THEY CREATE SYNERGY
The Transfromation.
Traditional education measures knowledge — We measure development.
Engaged learning produces engaged living.
The agency practiced inside the learning experience becomes the agency used in life — in career decisions, community participation, leadership, and personal growth.
This is not theoretical. It is measurable.
CONFIDENCE
"I can do this."
Growth in self-efficacy and agency.
Perspective
“I see differently.”
People learn by doing.
Capability
“I know how to do this.”
Knowledge, skill, and applied competence.
Engagement
"I'm actually doing it."
Engagement begins with autonomy.
RESEARCH FOUNDATION
Personalization
You choose your learning path. We meet you where you are. Your goals drive your journey. Research shows this produces 48-71% higher motivation than prescribed learning.
What This Means in Practice
You Choose Your Learning Path
We Meet Your Where You Are
Your Goals Drive Your Journey
Flexible Schedules Honor Your Autonomy
What We Measure: Pre/post confidence scales, goal achievement, sustained participation
What Our Data Shows: Average confidence increase of +3-4 points (on 15-point scale, d≈0.6-0.8)
Self-Determination Theory (Deci & Ryan, 2000):
48-67% higher intrinsic motivation
Greater persistence on challenging tasks
Improved self-efficacy and confidence
Better wellbeing
Adult Learning Theory (Knowles, 1984)
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Adults are self-directed learners
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Relevance to life goals predicts engagement
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Experience as a resource enhances learning
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Intrinsic motivation sustains effort
Growth Mindset Research (Dweck, 2006)
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Personalized challenge builds belief in capacity
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Incremental progress demonstrates improvement
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Attribution to effort (not ability) sustains motivation
RESEARCH FOUNDATION
Peer-Led Small Groups
You learn with peers, not just from experts. Your team of 4-8 members provides accountability, diverse perspectives, and sustained support. Research shows effect sizes of d=0.51-0.54 for achievement—that's educationally significant.
What This Means in Practice
Teams of 4-8 members (research-validated optimal size)
Peer-led facilitation (not expert-led lectures)
Regular synchronous meetings (accountability and connection)
Diverse perspectives (challenge assumptions)
Peer groups produce achievement, confidence, perspective shifts, and sustained engagement
What We Measure: Team participation, peer feedback, perspective development, group cohesion
What Our Data Shows: 85%+ attendance rates, significant capability gains, perspective transformation evidenced in narratives
Collaborative Learning Meta-Analysis (Johnson & Johnson, 2009):
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1,200+ studies across decades
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Cooperative learning vs. individual/competitive:
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Higher achievement: d=0.54
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Better retention: d=0.51
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More positive attitudes: d=0.55
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Small Group Learning in STEM (Springer et al., 1999):
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64 studies, 7,000+ students
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Small groups (3-5 members) produce:
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Greater achievement: d=0.51
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Better attitudes: d=0.55
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Higher persistence in courses
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Self-Efficacy Research (Bandura, 1997):
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Confidence builds through:
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Mastery experiences (doing challenging things successfully)
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Vicarious learning (watching similar peers succeed)
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Social persuasion (encouragement from credible others)
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Peer models more effective than expert models (Schunk, 1985)
Communities of Practice (Wenger, 1998)
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Learning happens through participation in social groups
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Knowledge is distributed across community
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Identity develops through community membership
RESEARCH FOUNDATION
Participatory Interactive Methods
Active learning is SO effective that withholding it from students would be considered unethical.
What This Means in Practice
Discussion-based (not lecture-based)
Project creation (not passive consumption)
Application to real life (not just theory)
Reflection and iteration (not one-and-done)
Active participation produces capability development, perspective shifts, and sustained behavioral change
What We Measure: Knowledge assessments, skill demonstrations, work products, applied learning
What Our Data Shows: Average capability improvement 20-30%, perspective shifts in 70%+ of participants
Active Learning Meta-Analysis (Freeman et al., 2014)
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225 studies, 29,300 students
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Active learning vs. traditional lecture:
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6 percentage point increase in exam scores
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55% reduction in failure rates (from 32% to 22%)
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Average effect size: d=0.47 (educationally significant)
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Hake (1998) - 6,000+ physics students
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Interactive engagement: learning gains 0.48
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Traditional lecture: learning gains 0.23
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Active learning literally doubled effectiveness
Bloom's Taxonomy (Anderson & Krathwohl, 2001):
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Lower-order thinking (remember, understand) can occur through lecture
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Higher-order thinking (apply, analyze, evaluate, create) requires active practice
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Creation produces deepest learning
Experiential Learning Theory (Kolb, 1984):
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Learning is a cycle:
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Concrete experience (doing)
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Reflective observation (thinking about it)
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Abstract conceptualization (forming theories)
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Active experimentation (testing theories)
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All four stages require participation