Playpod: Multi-Component eLearning Ecosystem

Discovery & Research

I led end-to-end learner and stakeholder needs analysis across public education and higher-ed contexts (surveys, SME interviews, and focus groups).

Key findings that directly shaped learning design decisions:

• Confidence over Features: Educators needed clarity and confidence more than advanced technical training. Overwhelming them with software options during onboarding would cause immediate drop-off.

• Fragmented Schedules: Multi-device access was non-negotiable. Most adult learners engaged with professional development in tiny windows (between classes, during lunch, on their phones). A desktop-only experience would fail before it launched.

• Assessment Alignment: Teachers needed a way to connect the activity to curriculum standards and evaluate it.

Strategy

Instead of building a standalone training course, I designed a connected learning ecosystem with three integrated layers:

1. Learning Layer: A pedagogical onboarding program focused on integrating the technology into the curriculum, writing clear performance outcomes, and overcoming adoption anxiety.

2. Practice Layer: A secure digital sandbox with built-in accessibility constraints for safe application.

3. Support Layer: A comprehensive suite of job aids and reference materials.

Action Mapping

The design process began with Action Mapping (Cathy Moore's model), identifying the specific behaviors educators needed to perform in the classroom, not just the information they needed to receive. Most technical onboarding fails because it teaches the tool, not the practice.

The mapping revealed three priority behavioral outcomes:

1. Launching a project with confidence.

2. Integrating the project into existing curriculum structures.

3. Evaluating student work against learning objectives.

Every module in the course was traced directly back to one of these outcomes, content that didn't directly support a behavior was removed. A text-based storyboard served as the structural blueprint, capturing content, interactions, media notes, and feedback mechanisms. A key storyboard decision was cognitive load management: dense conceptual content was immediately followed by realistic scenarios and practice, never stacked consecutively.

Design & Development

The eLearning course was built in Articulate Rise 360. This was a deliberate choice to ensure responsive, mobile-first architecture for learners accessing the content on fragmented schedules. The interface was designed to be clean, accessible, and intuitive, ensuring the technology didn't add friction to the learning process.

Engagement strategies embedded throughout included:

1. Bite-sized sections with clear progress indicators.

2. Scenario-based interactions requiring behavioral application, not just recall.

3. Gamified feedback loops with visual rewards at module completion.

Job Aids

A downloadable job aid was designed as a standalone resource available upon course completion. It contained step-by-step process guides, checklists, and reference cards formatted for immediate professional use. Support materials that live outside the LMS reduce dependency; a learner who can manage the process with a printed checklist is more confident, more autonomous, and more likely to sustain the behavioral change.

Results

• 25% increase in engagement and learning retention during pilot programs.

• Successfully delivered measurable performance outcomes that enabled widespread skill development.

• The learning program's structural excellence earned two international innovation awards and a full-tuition scholarship for advanced business and management training.

Key Takeaways

• Adoption is a systems problem, not a feature problem.

• Behavioral design drives engagement: Multi-component professional skill development programs must focus on measurable behavioral change, not just content delivery.

• Ecosystems outperform standalone courses: Connecting eLearning modules to practical job aids creates a much higher rate of long-term skill retention.