Revolutionizing healthcare with a smart, intuitive interface for a next-gen medical device.
Best Degree Project
About the device
This device is designed to accelerate the healing process of wounds, reducing the time it takes for wounds to heal and improving the overall quality of healing. This device uses a combination of electrical stimulation and magnetic fields to create an optimal environment for wound healing. To control this device, this tablet is used to give the device the required inputs for the treatment
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Design Approach
Design Approach
Research & Discovery
Conducted contextual research with clinicians to map workflows in wound care and identify pain points in device operation.
Information Simplification
Translated technical medical parameters into clear, guided UI flows offering both treatment presets for quick use and advanced mode for expert customization.
Design for
Clarity
Applied visual hierarchy and accessibility focused UI principles to reduce cognitive load, ensuring seamless use in high pressure clinical environments.
Prototyping & Validation
Developed interactive tablet prototypes and conducted usability testing with caregivers, refining flows for efficiency and safety.
