Research initiatives and technical explorations in robotics, biomechanics, and human-centered design.
Jan 2025 - Present
Building a robot that makes autonomous decisions navigating on Mars through advanced locomotion strategies and environmental adaptation.
Sep 2024 - Jun 2025
Research focused on optimizing user preference and energy efficiency through Multi-Task Learning within a Supervised Learning Model, improving accuracy using Leave-one-subject-out Cross Validation.
June 2024 - February 2025
Developing an exoskeleton system to increase accessibility and mobility for people with mobility disabilities through advanced control systems and biomechanical integration.
Mar 2025 - Present
A multidisciplinary project focused on improving daily experiences of individuals with autism through personalized lighting systems. The platform adapts to individual preferences and environmental cues, helping users feel more comfortable, focused, and regulated in their spaces.
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One-click task tracking with AI-generated titles for improved productivity and organization.
Software that graphs and predicts COVID cases using statistical analysis and data visualization.
Data analysis exploring Python libraries and machine learning models for predictive modeling.
Sudoku solver using backtracking algorithm, bit masking, and MRV heuristic.
PApplet graphic project implementing Conway's Game of Life using iterative algorithms.
Analyzes user gait patterns and provides form correction feedback for improved movement.
Japanese remake of the New York Times Connections game with localized content and interface.
Fractal snowflake generation using recursive algorithms and mathematical patterns.