
Rotational Focus Strategies
A productivity web app for users with ADHD featuring science-backed, daily rotating focus strategies and data-driven insights.
UX Engineer & Designer
I bridge the gap between design and development, building beautiful, accessible, and performant user interfaces.
I'm a UX Engineer with a passion for creating seamless digital experiences. With a background in both design and front-end development, I specialize in translating design visions into production-ready code.
My approach combines user research, interaction design, and modern web technologies to build interfaces that users love. I believe great products emerge from close collaboration between design and engineering.
A selection of projects that showcase my skills in UX engineering

A productivity web app for users with ADHD featuring science-backed, daily rotating focus strategies and data-driven insights.

A dashboard for visualizing the Utah Digital Newspaper Archive data using D3.js and React.

A UX Research case study analyzing shared space reservation systems and discovering key design requirements for design systems.

A data analysis pipeline for MRI Region of Interest (ROI) data, improving processing speed and accuracy for medical imaging research.
Conducted qualitative research including semi-structured interviews and thematic analysis to understand user needs, pain points, and workflows across mental health and productivity domains.
Designed and iterated on user interfaces for complex applications such as an ADHD-focused productivity system, balancing functionality with cognitive accessibility.
Built reusable component architectures and maintained design consistency across applications, leveraging modern frameworks to bridge design specifications with production code.
Developed interfaces considering diverse user needs and cognitive differences, including specialized features for users with ADHD that promote focus and reduce overwhelm.
Transformed academic research findings and stakeholder requirements into actionable design decisions, balancing user goals with technical constraints.
Developed responsive web applications using React, TypeScript, and modern routing solutions, with expertise in state management, component composition, and performance optimization.
Built end-to-end solutions across the stack using JavaScript, Python, and C#, including database design, API integration, and deployment pipelines for production environments.
Achieved measurable technical improvements including a 180x performance increase on MRI analysis tools through algorithmic optimization and efficient data processing with Python and NumPy.
Built data analysis and visualization tools using Python (NumPy, SciPy, Matplotlib) and D3.js, transforming MRI imaging data and historical newspaper archives into interactive charts, maps, and timelines.
Delivered reliable, maintainable code for real-world applications used by medical professionals and researchers, emphasizing code quality, documentation, and long-term sustainability.
Worked alongside medical professionals, researchers, and academic stakeholders across four university labs to translate domain expertise into functional software that served real-world needs.
Bridged technical and non-technical audiences through documentation, code reviews, and research presentations, making complex systems accessible to clinicians, educators, and fellow developers.
Facilitated feedback sessions with end users throughout development cycles, incorporating insights to refine both interaction patterns and technical implementation.
Documented development processes to ensure project continuity, creating resources that enabled teams to maintain and extend systems beyond individual contributions.
Balanced competing priorities from diverse stakeholders including faculty advisors, lab directors, and end users, navigating technical constraints and research goals to deliver meaningful outcomes.
I'm always interested in hearing about new projects and opportunities.