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SurgiCount : Surgical Instrument Counting Assist System

Department of Industrial Design, National Taipei University of Technology, Taipei Tech

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This system assists surgical instrument and material counting through hand motion recognition. It deconstructs common counting actions into trackable units, reducing errors caused by human lapses, and provides functions tailored to users involved in handling instruments at different stages of the workflow.

This page illustrates the background research, pain points, and the strategic timing for this design's intervention in surgical counting. This page outlines user and venue roles within the service blueprint. This page explains recognition logic for pick-and-place and pointing counts. This page displays core UI design, workflow, and color specifications. This page shows OR hardware deployment, detection range, and interaction.

AROMA

Department of Cultural Creativity and Digital Media Design, Lunghwa University of Science and Technology

This project is grounded in the concepts of universal design and gender equality, addressing the often-overlooked needs of visually impaired women in menstrual care. It aligns with the United Nations Sustainable Development Goals, particularly “Good Health and Well-being” and “Reduced Inequalities.” By integrating olfactory, tactile, and auditory cues, the design creates a non-visual user experience that enhances independence and dignity. The product utilizes banana fiber infused with essential oils, releasing fragrance upon contact with fluid to signal replacement timing. Additional features such as tactile positioning structures and QR code-based audio guidance improve usability. Furthermore, the use of agricultural byproducts supports environmental sustainability. Beyond functionality, this design aims to raise social awareness and promote inclusive care for marginalized groups.

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