Instructional Design
Creating learner-centered educational experiences tailored to diverse needs, grounded in solid pedagogical theory.
EdTech & Learning Engineer. Master's Candidate in the MEITE program at UNC Chapel Hill. Transitioning from Social Work to Educational Innovation and Technology.
Learning Engineer & EdTech Specialist who combines instructional design principles with learning analytics.
Transitioning from a decade in international social work, I leverage my expertise in human-centered case management and systemic needs assessment to design empathetic, accessible, and highly personalized educational technology for international and intercultural learners.
Currently finalizing a Master’s in Educational Innovation, Technology and Entrepreneurship (Learning Engineering Track) at UNC Chapel Hill, with a portfolio of impactful projects from STEAM ecosystems to AI-powered prototyping.
Creating learner-centered educational experiences tailored to diverse needs, grounded in solid pedagogical theory.
Developing prototypes and exploring Generative AI applications to create adaptive and personalized learning environments.
Leveraging technology to solve complex social problems, bridging the gap between social work and digital solutions.
Context: Instructional Design, UNC-CH MEITE, Q1 2026
Audience: Experienced ER/ICU Medical Professionals
Purpose: Developed a 45-minute eLearning module to teach the NIH Stroke Scale protocol. Instructional components were authored in Articulate Rise for responsive content delivery. Assessments were engineered in Articulate Storyline, leveraging custom variables, triggers, and logic to build dynamic simulations that track and calculate user-assigned scores.
Context: Goodwill Industries of Eastern NC (GIENC), Q3 & 4 2025
Audience: Goodwill Industries of Eastern NC (GIENC)
Purpose: Engineered three distinct STEAM Box concepts focusing on nutrition, assistive technology, and audio engineering. Each module features its own complete project-based curriculum, enabling the scalable distribution of accessible educational resources across a 51-county network.
Context: Goodwill Industries of Eastern NC (GIENC) & UNC-CH Learning Sciences, Q3 & 4 2025
Audience: Learning Sciences Community
Purpose: Proposed a model for a "Smart Classroom in a Box." The goal was to conceptualize how intelligent software could eventually be used to scale STEAM education and assist instructors in managing complex learning environments.
Context: Goodwill Industries of Eastern NC (GIENC), Q4 2025
Audience: K-8 Students
Purpose: Built an immersive 360° virtual reality environment so young learners can preview lab equipment and internalize critical safety protocols prior to entering the GIENC STEAM Lab.
Context: Applied Research & Product Strategy, UNC-CH MEITE, Q4 2025
Audience: EdTech Product Managers & Investors
Purpose: Created a comprehensive product strategy for a conceptual gamified culinary education app. Includes a Business Model Canvas, detailed empathy maps, and UI storyboards to demonstrate business viability and user-centric design.
Context: Maslera AI UX Research Study, UNC-CH MEITE, Q2 2026
Audience: Maslera AI Product Team & Stakeholders
Purpose: Conducted a comprehensive mixed-methods UX study on the Maslera AI literacy platform. Triangulated usability testing, heuristic audits, and behavioral analytics to map workflow friction. The findings directly informed live platform updates, including the implementation of transparent AI literature citations to successfully establish and restore educator trust.
Context: Goodwill Industries of Eastern NC & Aurora Community Cupboard, Q2 2026
Audience: K-12 Students & Local Community
Purpose: Designed and produced a series of 10 food-science experiment videos accessible via QR codes. These multimedia activities utilize grocery items distributed by Goodwill to deliver scalable, hands-on STEAM education directly to local families.
Context: Clinical Simulation Design, UNC-CH MEITE, Q2 2026
Audience: Clinical Students & Researchers
Purpose: Developing a high-fidelity Figma prototype for a learning application designed to help users interpret complex EMG audio and visual outputs.
Context: Clinical Simulation Design, UNC-CH MEITE, Q2 2026
Audience: Healthcare Professionals
Purpose: Designing a 7-module eLearning course focused on the application and execution of the NIH Stroke Scale (NIHSS). The experience will feature interactive video scenarios to bridge clinical gaps.
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