Featured Projects
Designing learning experiences that turn knowledge into action.
From technical training to performance support, I develop instructional solutions that simplify complexity, engage learners, and support measurable outcomes. Explore a selection of projects that demonstrate my approach to analysis, design, development, and accessibility.
Multiple Pregnancy: Understanding Chorionicity and Amnionicity
Project Overview: This interactive eLearning module was developed to help healthcare learners understand how chorionicity and amnionicity develop, how fetal membrane arrangements are classified, and why accurate early determination is essential for pregnancy assessment. The course combines simplified embryology, custom medical illustrations, interactive learning activities, and clinical imaging examples to translate advanced obstetrical concepts into an engaging, accessible learning experience for a broad healthcare audience. Designed with accessibility in mind, the module includes narration, closed captions, alternative text, downloadable reference guides, and multiple knowledge checks to reinforce key concepts.
Skills Demonstrated: Instructional Design • Storyboarding • Curriculum Development • Complex Content Simplification • Visual Communication • Information Design • Illustration Development • Assessment Design • Accessibility (WCAG) • eLearning Development
Tools: Articulate Rise 360 • Adobe Photoshop • Microsoft • AI-Assisted Graphic Development
Additional Highlights:
Designed and illustrated original medical graphics to accurately depict embryonic development, fetal membrane arrangements, and pregnancy complications.
Translated advanced clinical subject matter into clear, learner-centered instruction for a broad healthcare audience.
Developed downloadable quick-reference guides to support learning beyond the module.
Incorporated accessibility best practices, including closed captions, alternative text, keyboard navigation, and screen reader considerations.
GeneMarker®HID Software for Spectrum CE Systems Training
Project Overview: This comprehensive Articulate Rise course introduces customers to GeneMarker®HID Software for Spectrum CE Systems, a software application used for genetic identity analysis. Designed for both initial onboarding and ongoing reference, the course guides learners through software navigation, workflows, and key features using structured lessons and hands-on practice exercises. The curriculum spans six instructional modules, providing a progressive learning experience that helps users build confidence with a highly technical application.
Skills Demonstrated: Instructional Design • eLearning Development • Curriculum Development • Content Organization • Technical Writing • Content Editing • Visual Communication • Information Architecture • Quality Assurance • Accessibility Design • Learner-Centered Design
Tools: Articulate Rise 360 • Adobe Photoshop • Microsoft • AI-Assisted Graphic Development
Additional Highlights:
Developed and refined the Rise course following storyboard completion.
Organized and restructured complex technical content into a clear, learner-friendly format.
Edited instructional text, graphics, and page layouts to improve clarity and usability.
Conducted research, proofreading, and quality assurance to ensure technical accuracy and consistency.
Paddle Boarding With Your Dog: A Beginner’s Guide
Project Overview: This poster-style infographic introduces first-time paddle boarders to a safe, progressive approach for training their dog to paddle board. The content is organized into four sequential learning stages that build confidence and skills through scaffolding, positive reinforcement, and gradual exposure. Designed for recreational learners, the infographic combines concise instructional content with custom illustrations and a cohesive coastal-inspired visual theme to create an engaging, easy-to-follow learning resource.
Skills Demonstrated: Instructional Design • Information Design • Visual Communication • Content Simplification • Learner Analysis • Graphic Design • Illustration Development • Layout Design
Tools: Adobe Illustrator • AI-Assisted Illustration • Canva
Highlights:
Developed a complete set of custom illustrations and icons.
Created a cohesive coastal-inspired color palette and visual style.
Simplified a procedural training topic into a clear four-step infographic.
Designed for quick scanning with strong visual hierarchy and minimal text.
Post-Implant Care Guide for Bioidentical Hormone Pellet Therapy
Project Overview: This patient education guide was designed to improve the post-procedure experience for women receiving bioidentical hormone pellet therapy. Developed in Articulate Rise 360, the guide transforms provider-approved clinical instructions into an interactive, mobile-friendly learning experience that is easy to navigate and reference during recovery. Content was reorganized using instructional design principles to reduce cognitive load, improve readability, and support patient understanding while preserving the provider's clinical guidance. The project also includes a downloadable quick-reference PDF for point-of-need support.
Skills Demonstrated: Patient Education • Instructional Design • Information Architecture • Content Organization • Plain Language Writing • Health Literacy • Content Simplification • User Experience (UX) • Adult Learning Principles • Technical Writing • Performance Support • SME Collaboration
Tools: Articulate Rise 360 • Microsoft Word • Adobe Illustrator • AI-Assisted Content Development
Additional Highlights:
Reorganized provider-authored instructions into a logical, patient-centered learning experience.
Applied health literacy and plain language principles to improve comprehension across a diverse adult audience.
Designed for responsive viewing on desktop, tablet, and mobile devices.
Included a printable quick-reference guide to reinforce learning and support recovery at home.
Doppler Angle vs. Doppler Angle Correction
Project Overview: This interactive Storyline module clarifies the often-confused concepts of Doppler angle and Doppler angle correction in diagnostic ultrasound. Through visual demonstrations, waveform comparisons, and application-based scenarios, learners explore how each influences Doppler evaluation and why distinguishing between the two is essential for accurate image interpretation and velocity measurement.
Skills Demonstrated: Instructional Design • Storyboarding • Scenario-Based Learning • Assessment Development • Visual Communication • Content Simplification • Healthcare Education • Technical Writing • Accessibility Design • Multimedia Learning
Tools: Articulate Storyline 360 • Adobe Illustrator • AI-Assisted Graphic Development • Microsoft PowerPoint
Additional Highlights:
Custom illustrations created in Adobe Illustrator.
Original narration and closed captions.
WCAG accessibility considerations Scenario-based knowledge checks.
