Casey Hinkson
Learning Architect
Instructional Designer
Learning Systems Analyst
SELECTED WORK
Design Philosophy����������
DISCOVER ─── UNDERSTAND ─── DESIGN ─── DEVELOP ─── EVALUATE ─── REFINE
I believe meaningful learning begins with understanding people—their goals, context, and challenges. My work combines evidence-informed practice, visual communication, and systems thinking to create engaging, accessible learning experiences that create measurable learning outcomes.��������
Selected Work
01
Healthcare Learning System Redesign
02
Learning System Methodology (LSM)
03
Creative Practice Framework
04
Standards-Based Curriculum & Learning Resources
05
Digital Learning Development
01��Healthcare Learning System Redesign��
My Role
Learning Systems Consultant
Primary Contributions
Systems Analysis
Instructional Design
Accessibility
Visual Communication
Tools
Microsoft 365 Suite• ChatGPT
Project at a Glance
Redesigned employee onboarding to improve clarity, engagement, accessibility, and consistency.
OBJECTIVE
Create learner-centered onboarding
AUDIENCE
New Support Coordinators
DELIVERABLES
DESIGN TOOLKIT
Project Artifacts
Design Process
Applying a learner-centered design process from analysis through implementation.
Improvement
Feedback
Iteration
Experience
Accessibility
Usability
Instruction
Outcomes
Sequencing
Learners
Needs
Readiness
Facilitation
Guidance
Engagement
Design Transformation
The redesign shifted onboarding from a list of topics to a structured learning experience with clear expectations and learner guidance.
BEFORE
AFTER
Project Impact
The redesign transformed onboarding into a structured, learner-centered experience.
KEY IMPROVEMENTS
CLIENT FEEDBACK
“Fantastic, really happy with the Analysis and also the Day One Induction! Definitely on track thank you.”
“Loving the updates!”
DESIGN VALUE
Designed a repeatable, learner-centered onboarding system that improved clarity, consistency, and accessibility.
02��Learning System Methodology (LSM)
My Role
Learning Architect & Methodology Developer
Primary Contributions
Learning Architecture
Governance Framework
Quality Assurance
Standards Development
Tools
Google Workspace • ChatGPT
Project at a Glance
Created the Learning System Methodology (LSM), a proprietary framework that enables organizations to design, govern, evaluate, and continuously improve learning systems throughout their lifecycle.
CORE FUNCTIONS
INTENDED AUDIENCE
KEY DELIVERABLES
Creating Better Learning Systems
The Learning System Methodology (LSM) provides a structured approach for designing, governing, and continuously improving learning systems. By integrating governance, documentation, quality assurance, and evaluation into a single lifecycle, LSM enables organizations to build consistent, scalable, and sustainable learning experiences.
Common Learning System Challenge | LSM Response |
Inconsistent learning design practices | Standardized learning design and development |
Limited governance and accountability | Integrated governance and lifecycle oversight |
Disconnected learning documentation | Traceable, connected learning documentation |
Reactive quality assurance | Embedded quality assurance throughout the lifecycle |
Difficult to scale learning systems | Modular, scalable learning architecture |
Core Architectural Principles
The Learning System Methodology is guided by five architectural principles that ensure every learning system is designed as an integrated, adaptable ecosystem.
Systems Thinking |
Design learning as an interconnected ecosystem rather than isolated courses. |
Governance by Design |
Embed standards, ownership, and quality assurance from the beginning. |
Evidence-Based Decisions |
Use structured analysis to drive architecture and development. |
Traceability |
Connect requirements, assets, implementation, and evaluation throughout the lifecycle. |
Continuous Improvement |
Build evaluation and refinement into every phase rather than treating it as a final step. |
Methodology Ecosystem
Representative deliverables illustrating the breadth of the Learning System Methodology and the interconnected resources that support every phase of the learning lifecycle.
FRAMEWORK
STANDARD
METHODOLOGY
REGISTER
TRACEABILITY MATRIX
03��Creative Practice Framework
My Role
Research & Instructional Framework Designer
Primary Contributions
Research Synthesis
Instructional Architecture
Evidence Integration
Framework Development
Tools
Google Workspace • Canva • ChatGPT
Project at a Glance
Developed the Constructive Creativity™ Framework—an evidence-informed instructional framework that transforms learning and creativity research into practical classroom experiences.
FRAMEWORK ECOSYSTEM
FOUNDATION
IMPLEMENTATION
EVALUATION
AUDIENCE
CORE FUNCTIONS
Design Approach
Educational research informed the framework's architectural decisions.
LEARNER NEEDS
INSTRUCTIONAL PRIORITIES
SYSTEM CONSIDERATIONS
Helping educators teach creative thinking consistently while supporting learner independence.
Research
Instructional Architecture
Learning Resources
Meaningful Learning
Evidence-Informed Architecture
The Creative Practice Framework synthesizes educational research into a repeatable instructional architecture that helps educators consistently develop creative thinking.
ARCHITECTURAL DECISIONS
Structured Creative Process
Repeatable stages for creative thinking.
Embedded Reflection
Reflection throughout learning.
Visible Thinking
Thinking made observable.
Consistent Lesson Architecture
A predictable instructional framework.
EVIDENCE INTEGRATION
Independent Learning by Design�
Studio resources were intentionally designed to build learner independence by providing cognitive supports that guide learners through the creative process while gradually transferring responsibility from facilitator to learner.
Studio Tools Support Independent Learning
Studio Supports Teach How to Think
04��Standards-Based Curriculum & Learning Resources��
My Role
Curriculum & Learning Resource Designer
Primary Contributions
Curriculum Design
Assessment Design
Learning Resource Development
Visual Communication
Tools
Google Workspace • Canva Pro • ChatGPT
Project at a Glance
Developed a standards-aligned curriculum system consisting of lesson plans, assessments, instructional resources, and facilitator materials designed for consistent implementation across learning environments.
OUTCOMES
USERS
DELIVERABLES
Evidence Driving Curriculum Architecture
Research informed every curriculum decision.
EVIDENCE → CURRICULUM DECISION
Learning Science
Creativity Research
Instructional Design
Systems Thinking
Learning Experience by Design
The instructional experience was intentionally designed to promote active learning, metacognition, and learner independence through consistent lesson architecture.
ACTIVE LEARNING
Authentic creative tasks
VISIBLE THINKING
Explicit reasoning reflection prompts
STANDARDS ALIGNMENT
Objectives, instruction & assessment
AUTHENTIC ASSESSMENT
Process & product evaluation
CONSISTENT LESSON
Predictable learning structure
Designed Learning Resources
Designed an integrated curriculum architecture where standards, instruction, assessment, and learning resources function as a cohesive instructional system.
PROJECT SCALE
05��Digital Learning Design
My Role
Instructional Designer
Primary Contributions
Interaction Design
Learning Experience Design
Storyboarding
eLearning Development
Tools
Articulate 360 • Google Workspace • ChatGPT
Project at a Glance
Designed and developed a self-paced course in Articulate Rise 360 that introduces learners to the Constructive Creativity™ Framework through interactive learning and guided reflection.
DELIVERABLES
AUDIENCE
CAPABILITIES
Crafting the Learner Experience
Combined Articulate Rise 360 content and interaction blocks to transform a linear lesson into a guided learning experience.
ORIENT
PROMPT
GUIDE
REVEAL
Learning Design Decisions
Each interaction was selected to support a specific learning objective and learner outcome.
Orientation |
Goal Establish a shared mental model Instructional Decision Visualize the complete process |
Engagement |
Goal Connect learning to experience Instructional Decision Prompt personal reflection |
Progression |
Goal Reduce cognitive load Instructional Decision Progressively reveal content |
Reflection |
Goal Deepen learner understanding Instructional Decision Embed guided reflection |
Interactive Elements
An Integrated Approach
LEARNING DESIGN APPROACH
Demonstrates an end-to-end approach to learning design, where every design decision intentionally aligns learner needs with client and organizational goals.
LEARNER ANALYSIS
LEARNING ARCHITECTURE
EVALUATION & REFINEMENT
DIGITAL EXPERIENCE
LEARNING CHALLENGE
From Learning Challenge to Learning System����������
DISCOVER ─── UNDERSTAND ─── DESIGN ─── DEVELOP ─── EVALUATE ─── REFINE
Whether developing methodologies, designing curriculum, or creating digital learning experiences, I apply the same systems-thinking approach to create learning that is purposeful, scalable, and continuously improving.
Different projects. One design philosophy.
���Creating learning systems that help people learn, organizations grow, and improvement become continuous.���