Fairalyze AI: Bias Detection Tool
Developed during the GNEC Hackathon to detect and analyze biases in AI models, addressing UN Sustainable Development Goals 5 & 10.
CS student and designer bridging software architecture with human-centered UX.
Hello! I’m Anup Paudel, a Computer Science student passionate about crafting clean, accessible, and performant user interfaces.
Based in Texas and originally from Nepal, my work unites computational logic, front-end architecture, and intuitive design to turn complex ideas into seamless digital experiences.
Designing intuitive, accessible layouts informed by usability heuristics and user research.
Turning Figma prototypes into clean, responsive HTML5/CSS3 and modern JavaScript.
Building reliable state architecture, structured data flows, and performant algorithms.
Studying computer organization, architecture, and low-level software fundamentals.
Coursework in algorithmic data structures, discrete mathematics, and web technologies.
Studies in C++ software development and operating systems concepts.
Hands-on applications showcasing UI/UX design, state architecture, and front-end development.
Developed during the GNEC Hackathon to detect and analyze biases in AI models, addressing UN Sustainable Development Goals 5 & 10.
Auditing dashboard uncovering demographic bias in predictive models.
AI models can perpetuate societal bias. We built a tool to help engineers evaluate disparate impact prior to deployment.
Led UI/UX design and front-end development during the 48-hour sprint, turning parity equations into visual risk charts.
Disparate impact risk gauges, demographic acceptance charts, and clear data balancing recommendations.
Presented to the GNEC jury with strong positive feedback, demonstrating high-pressure rapid prototyping.
A clean, responsive calculator built with vanilla JavaScript. Features robust state management, chained operation math, and tactile key animations.
Architecting an error-tolerant mathematical parser and tactile responsive interface.
Build a reliable calculator without external libraries or `eval()`, ensuring error tolerance for complex chained operations.
High-contrast button clusters, push animations, and flexible CSS Grid adapting across all screen sizes.
Decoupled state parser storing operands and dynamically formatting localized outputs with comma separators.
Mastered DOM manipulation, event handling, edge-case math debugging, and state management in vanilla JS.
Creative pursuits, tactical strategy, content creation, and moments outside code.
Exploring diverse cities, architecture, and landscapes.
Sharpening tactical foresight, patience, and calculation under pressure.
Observing light, contrast, and visual framing in natural settings.
Visual Framing →Open for internship opportunities, technical collaborations, or a friendly discussion.
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