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Optimizing Human-System Interaction Through Research & Empathy
As a Human Systems Engineering specialist, I bridge the gap between cognitive science and user experience to design systems that truly serve people. My work integrates rigorous UX research with human-centered methodologies to enhance safety, performance, and emotional resonance.
My portfolio highlights projects in three main areas
Crafting clear, effective proposals that outline design strategies and communicate project goals.
Applying creative problem-solving to design visuals that resonate with users and support brand identity.
Designing wireframes and interactive prototypes that bring concepts to life and provide seamless user interactions.
My Human Factors Journey
My journey into human factors began with a fascination for how people interact with the world around them—and how those interactions can be improved through thoughtful design. With a background in Human Systems Engineering and UX, I focus on creating user-centered solutions that are both effective and intuitive. I’ve led research to enhance mobility through wearable support devices and used AI to optimize navigation and reduce stress in high-traffic environments like theme parks. Whether I'm analyzing user behavior, improving accessibility, or streamlining team workflows, my goal is always to align systems with human needs in meaningful, impactful ways.
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Empathy shapes every stage of my process. From conducting thorough user research to creating prototypes and testing them with real people, I work to ensure that each decision is centered on the user’s well-being. For me, improving Human Factors Design is about creating works that are both functional and emotionally resonate, offering people a seamless, enjoyable experience that leaves a positive impact.
Rendered Digital Model of early prototype for SECUREWARE* Project
Highly proficient using the following tools
Python
1.
Driven by curiosity and a desire to enhance my data analysis skills, I taught myself Python to automate workflows, analyze research data, and build prototypes. I regularly use it for statistical modeling, data visualization, and refining UX research processes.
AutoCad
2.
With a strong eye for precision and spatial reasoning, I use AutoCAD to translate design concepts into technical drafts. My experience includes creating accurate models and schematics that support ergonomic research and usability projects.
IBM SPSS
3.
I utilize SPSS to uncover actionable insights from complex datasets. Whether conducting ANOVA analyses or visualizing user behavior trends, I rely on this tool to support evidence-based decisions in human factors research and UX strategy.