Literacy & Language Learning Systems

A multi-layered learning system designed to improve literacy outcomes by enabling independent practice, reducing cognitive load, and supporting teacher implementation.

  • Decoding + Morphology

  • Comprehension + Inferencing

  • Grammar + Syntax

  • Syllable Division + Patterning

How the System Works

How the System Works

This system connects instruction, practice, and transfer through a structured learning loop.

  • Learners: Interactive microlearning with immediate feedback and scaffolding
  • Educators: Ready-to-implement tools with ongoing professional support

Learning Flow
Instruction → Practice → Feedback → Transfer

▶ Structured Literacy Microlearning System — Tier 2/3 (Remediation + Transfer)

Literacy Microlearning System

Mode-flexible microlearning system designed to support decoding, morphology, syntax, and fluency for diverse learners, including Tier 3 dyslexic learners, multilingual learners (ESOL/MLL), and intervention groups.

Designed for whole-group instruction, small-group intervention, and independent practice, the system increases learner autonomy, reduces cognitive load, and scales structured literacy practice without increasing teacher preparation.

At a Glance

Audience: Dyslexic learners (Tier 3), multilingual learners (ESOL/MLL), Tier 2 intervention students

Problem: Structured literacy manipulatives supported modeling but were difficult to scale for independent practice and remote learning.

Solution: Mode-flexible microlearning system combining interactive practice, digital manipulatives, and scaffolded learning pathways.

Skills Demonstrated: Microlearning Design, Learning Systems Design, Scaffolding, Cognitive Load Reduction, Performance Support, MTSS Alignment

Problem

Traditional structured literacy manipulatives were effective for teacher modeling but difficult to scale across small-group, independent, and remote learning environments.

Challenges included:

  • High setup and management time
  • Limited opportunities for independent repetition
  • Heavy reliance on adult support
  • Inconsistent practice across instructional settings

Design Response

Designed a flexible learning system that supports guided instruction, independent practice, and repeated exposure.

  • Drag-and-drop, sort, reorder, and click-to-check interactions
  • Immediate feedback and retry opportunities
  • Scaffolded entry with gradual release of support
  • Repetition designed to maintain engagement

Learning System Tracks

Track A — Mode-Flexible Microlearning

Supports decoding, morphology, syntax, and fluency across whole-group instruction, small-group intervention, and independent practice.

Track B — Tier 3 Remediation (Barton-Informed)

Uses OG-aligned digital tiles and microlearning activities in Boom™ Learning to extend structured literacy practice across small-group, 1:1, and digital settings.

Transfer Pipeline

Barton Lesson → Digital Tiles → Microtasks → Controlled Stories → Independent Reading

Designed to support transfer from guided instruction to authentic reading practice.

Core Design Insight

The same interactive artifacts can support modeling, guided practice, and independent repetition without increasing teacher workload.

By designing for flexibility across instructional contexts, the system maintains consistency while increasing learner independence and opportunities for practice.

Outcomes Observed

  • Increased independent decoding attempts
  • Reduced avoidance behaviors
  • Improved transfer to controlled text
  • Increased voluntary repetition and learner confidence

Competencies

Microlearning • Learning Systems Design • Cognitive Load Reduction • Structured Literacy • Scaffolding • MTSS Alignment • Product Thinking • Systems Thinking

Disclaimer

The Barton-informed track is aligned with the Barton Reading & Spelling System® but is not affiliated with or endorsed by Barton Reading & Spelling System®.

Interactive Microlearning Demo — Syllable Division (Student Experience)
Students practice syllable division through interactive manipulation with immediate feedback and scaffolded support.
Immediate feedback • Scaffolded support • Independent practice
Micro-task Decoding Tiles — designed in Boom Learning™ for structured literacy practice
Micro-task decoding tiles screenshot
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Ecosystem Architecture — Remediation, Enablement & Adoption Loop
Ecosystem map — remediation sequence, teacher enablement, and adoption loop.

▶ Language & Literacy Systems — Transfer + Scaffold Architecture

Teacher Enablement Microlearning System

Microlearning-based teacher enablement system designed to bridge the gap between professional development and classroom implementation.

Built to support multilingual learner (MLL/ESOL) instruction, the system combined monthly microlearning, classroom-ready resources, and distributed reinforcement to reduce planning friction and increase instructional transfer.

At a Glance

Audience: PreK–5 teachers, paraprofessionals, instructional staff, and building leaders

Problem: Professional development increased awareness of language scaffolds but did not consistently translate into classroom practice.

Solution: Monthly microlearning enablement system combining strategy instruction, implementation supports, and reusable classroom resources.

Skills Demonstrated: Adult Learning Design, Microlearning Systems, Performance Support, Change Enablement, Transfer Design, Communication Systems

Problem

Teachers understood the value of language scaffolds but faced barriers to implementation.

Common challenges included:

  • High planning demands
  • Limited classroom-ready resources
  • Lack of reinforcement after professional development
  • No system for retrieval, practice, or feedback

As a result, awareness increased, but classroom implementation remained inconsistent.

Design Response

Designed a teacher enablement system focused on reducing friction and supporting transfer.

Each monthly cycle included:

  • Spotlight strategy with implementation guidance
  • Small "try it" task to encourage action
  • Ready-to-use visuals, sentence frames, and scaffolds
  • Ongoing reinforcement through repeated exposure

Learning System Architecture

Phase 1: Professional Development

Four district training sessions introduced sheltered instruction practices through modeling and immersive demonstrations.

Result: Strong engagement and awareness, but limited long-term implementation.

Phase 2: Microlearning Enablement System

Monthly microlearning reinforced key strategies and provided practical classroom supports designed for immediate use.

Delivery Model

Push System (Email)

  • Attention and reminders
  • Habit formation
  • Ongoing engagement

Pull System (Canvas Archive)

  • Resource retrieval
  • Planning support
  • Onboarding for new staff
  • Reuse and reinforcement

Together, these systems supported sustained implementation and reduced reliance on one-time training events.

Outcomes & Impact

Observed indicators included:

  • Increased classroom use of visuals and language scaffolds
  • Increased use of discourse frames
  • More opportunities for multilingual student discourse
  • Repeated requests for reusable digital resources
  • Identification of a need for Tier 2 supports between PD and curriculum

Key Design Insight

Professional development creates awareness, but awareness alone does not drive implementation.

Transfer requires alignment between learning, resources, reinforcement, and ease of use.

By combining microlearning, ready-to-use materials, and distributed reinforcement, the system supported sustained classroom application rather than one-time exposure.

Product & EdTech Implications

Highlights opportunities for:

  • Teacher enablement platforms
  • Professional development transfer systems
  • Microlearning-driven adoption strategies
  • Resource libraries with strong retrieval support
  • Spaced reinforcement for instructional practices

Competencies

Adult Learning Design • Microlearning Systems • Transfer Design • Performance Support • Change Enablement • Cognitive Load Reduction • Product Thinking • Communication Systems Design

Immersive District PD — Instructional Language & Visual Supports
Immersive District PD demo thumbnail
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System Framing — Transfer & Enablement
System framing diagram
Persona & Enablement Flow
Persona and enablement flow diagram
Newsletter Walkthrough
Tap / click to play demo

▶ Interactive Literacy Microproduct Ecosystem (K–8 + Intervention)

K–8 Microlearning Product Ecosystem

Designed and scaled a K–8 microlearning ecosystem consisting of 200+ interactive learning products supporting literacy instruction, intervention, and independent practice.

The ecosystem was built to provide structured, low-friction learning experiences that support skill development, reinforcement, and transfer across diverse learning environments.

At a Glance

Audience: K–8 learners, intervention groups, multilingual learners (ESOL/MLL), and students with dyslexia

Problem: Learners needed consistent opportunities to practice and transfer skills beyond direct instruction.

Solution: Scalable microlearning ecosystem with structured practice pathways and independent learning supports.

Skills Demonstrated: Product Design, Microlearning Systems, Learning Experience Design, UX for Learning, Product Iteration, Ecosystem Design

Focus Areas

  • Decoding, phonics, morphology, and vocabulary
  • Fluency and comprehension support
  • RTI/MTSS environments
  • Mixed-profile learners, including dyslexia, ESOL/MLL, and intervention populations

System Design

Designed to bridge the gap between instruction, practice, and transfer.

Instruction → Independent Practice → Skill Transfer

Key design principles included:

  • Structured learning sequences
  • Gradual release of support
  • Repeated practice opportunities
  • Low-friction learner interactions
  • Immediate application of skills

Design patterns were later extended into mathematics through fluency activities and digital manipulatives, demonstrating cross-domain transfer.

Feedback & Iteration

Used teacher marketplace data and user behavior to continuously refine the ecosystem.

Insights informed:

  • Product sequencing and progression
  • Bundling strategies
  • Product specialization
  • Identification of product-market fit

This created a rapid design → feedback → iteration cycle.

Impact & Insights

  • Improved support for independent practice and skill transfer
  • Demonstrated the effectiveness of structured microlearning sequences
  • Strengthened alignment between product design and teacher needs
  • Validated application across multiple subject areas

Key Design Insight

Microlearning is most effective when it functions as part of a larger learning ecosystem rather than as isolated activities.

Structured sequencing, repeated practice, and low-friction design can increase transfer while supporting both learners and educators at scale.

Competencies

Microlearning • Learning Experience Design • Structured Literacy • Intervention Design • Product Thinking • UX for Learning • Product Iteration • Ecosystem Design

K–8 Microlearning Product Ecosystem (Literacy + Intervention)
K–8 Microlearning Product Ecosystem thumbnail
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