Physical Computing
Gen AI
Computer Visions
APIs
Creative Technology
Treating code, hardware, and machine intelligence as raw design materials, I develop functional prototypes to explore the tangible future of human-computer interaction.
Highlights
Tangible Interaction
Prototyped a tangible interface exploring haptic feedback and motion using a custom-built sphere with a vibration motor and gyroscope. Developed with C++ (Arduino) and JavaScript to transmit sensor data via JSON for real-time interaction.
Computer Vision
Investigated social interaction patterns using computer vision and TensorFlow to track and analyze human poses in real-time. This experiment focused on interpreting non-verbal cues and behavioral dynamics through machine learning.
More-Than-Human Sensing Game
Led an educational workshop introducing children to sensing technologies through a playful prototype equipped with vibration motors. Designed to spark curiosity about how animals 'feel' the world, fostering early engagement with tangible interfaces
Emergent Haptics
Explored emergent haptics and interactivity in IoT devices using pressure sensors to trigger complex haptic feedback loops. Programmed using JavaScript and C++ to investigate how simple inputs can create rich, tactile output patterns
AI in Co-Design
Developed a voice-enabled co-design tool that acts as an active participant in design sessions using the OpenAI API, Whisper (speech-to-text), and text-to-speech. This application contextualizes conversations to facilitate human-AI collaboration in creative workflows.
Plant-Data Visualization
Created a proof-of-concept installation that reads organic bio-signals from a plant using EKG sensors. The system processes the raw data into real-time sound and visualizations using JavaScript, exploring the translation of biological life into digital signals.
Physical Computing
Gen AI
Computer Visions
APIs
Creative Technology
Treating code, hardware, and machine intelligence as raw design materials, I develop functional prototypes to explore the tangible future of human-computer interaction.
Highlights
Tangible Interaction
Prototyped a tangible interface exploring haptic feedback and motion using a custom-built sphere with a vibration motor and gyroscope. Developed with C++ (Arduino) and JavaScript to transmit sensor data via JSON for real-time interaction.
Computer Vision
Investigated social interaction patterns using computer vision and TensorFlow to track and analyze human poses in real-time. This experiment focused on interpreting non-verbal cues and behavioral dynamics through machine learning.
More-Than-Human Sensing Game
Led an educational workshop introducing children to sensing technologies through a playful prototype equipped with vibration motors. Designed to spark curiosity about how animals 'feel' the world, fostering early engagement with tangible interfaces
Emergent Haptics
Explored emergent haptics and interactivity in IoT devices using pressure sensors to trigger complex haptic feedback loops. Programmed using JavaScript and C++ to investigate how simple inputs can create rich, tactile output patterns
AI in Co-Design
Developed a voice-enabled co-design tool that acts as an active participant in design sessions using the OpenAI API, Whisper (speech-to-text), and text-to-speech. This application contextualizes conversations to facilitate human-AI collaboration in creative workflows.
Plant-Data Visualization
Created a proof-of-concept installation that reads organic bio-signals from a plant using EKG sensors. The system processes the raw data into real-time sound and visualizations using JavaScript, exploring the translation of biological life into digital signals.
Physical Computing
Gen AI
Computer Visions
APIs
Creative Technology
Treating code, hardware, and machine intelligence as raw design materials, I develop functional prototypes to explore the tangible future of human-computer interaction.
Highlights
Tangible Interaction
Prototyped a tangible interface exploring haptic feedback and motion using a custom-built sphere with a vibration motor and gyroscope. Developed with C++ (Arduino) and JavaScript to transmit sensor data via JSON for real-time interaction.
Computer Vision
Investigated social interaction patterns using computer vision and TensorFlow to track and analyze human poses in real-time. This experiment focused on interpreting non-verbal cues and behavioral dynamics through machine learning.
More-Than-Human Sensing Game
Led an educational workshop introducing children to sensing technologies through a playful prototype equipped with vibration motors. Designed to spark curiosity about how animals 'feel' the world, fostering early engagement with tangible interfaces
Emergent Haptics
Explored emergent haptics and interactivity in IoT devices using pressure sensors to trigger complex haptic feedback loops. Programmed using JavaScript and C++ to investigate how simple inputs can create rich, tactile output patterns
AI in Co-Design
Developed a voice-enabled co-design tool that acts as an active participant in design sessions using the OpenAI API, Whisper (speech-to-text), and text-to-speech. This application contextualizes conversations to facilitate human-AI collaboration in creative workflows.
Plant-Data Visualization
Created a proof-of-concept installation that reads organic bio-signals from a plant using EKG sensors. The system processes the raw data into real-time sound and visualizations using JavaScript, exploring the translation of biological life into digital signals.
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