Design and implementation of two robots from electronics and mechanics to optimized algorithms.
Through tangible interactions and physical computing, our project offers real-time interactive experience that foster expressive computing engagement.
Applied deep learning and computer vision skills to elevate a healthcare social robot's capability, specifically advancing masked gender recognition with an innovative PyTorch-based approach.
Utilizing Blender, this project highlights my expertise in 3D design, modeling, texturing, and lighting.
Developed a narrative-based interactive game designed to teach players about gender inequalities.
Developed a chatbot to recommend personalized recipes, targeting elderly users with voice activation.
Engineered an advanced interactive web-app with Streamlit, incorporating multifaceted features.
Developed an AI educational companion, enhancing learning through optimized LLMs and NLP techniques.
