VISUO Imaging

Design Thesis
18 months
San Francisco, CA.

Achievement:

Best Product Design category for Eddie “Bud” T. Meyer Scholarship.

Academy of Art University.

VISUO Imaging was created to empower the healing journey by illuminating unknowns in every way.

VISUO Imaging is a groundbreaking wearable ultrasound device for continuous, real-time medical imaging. This compact, wireless solution enhances early diagnosis and remote patient monitoring, making healthcare more accessible and efficient. Unlike traditional ultrasound machines, VISUO is portable, user-friendly, and wearable, allowing patients and medical professionals to monitor critical health conditions seamlessly. The smart transducers connect to a compact charging case, ensuring ease of use while maintaining high imaging precision.

Ideal for telemedicine, home healthcare, and emergency diagnostics, VISUO Imaging redefines non-invasive medical imaging for a smarter, more connected future.

Design research

Industrial design

CMF

Visualisation

A Viso Health imaging kit, including a white box with a removable lid containing a blue manual labeled 'Visuo Imaging Manual,' an open case with five large adhesive pads, a QR code on a central white device, an illustrated quick start guide, and a black smartphone with the Viso logo on the screen, all set on a teal background.

Overlapping effects of chemo/radiation over a dysfunctioning heart

Illustration showing a virus icon, a speaker symbol, and a human heart icon.

Ultrasound machines are tied down to formal hospital settings making it difficult to be within everyone’s reach. The most common causes of developing complications are due to delay in diagnosis or not being aware of underlying conditions or any symptoms. 

The unknowns of heart dysfunction remain persistent

An infographic showing that 86% of something will happen or be achieved by 2030, with a stylized orange arrow above the percentage.

Ultrasound machines are tied down to formal hospital settings making it difficult to be within everyone’s reach. The most common causes of developing complications are due to delay in diagnosis or not being aware of underlying conditions or any symptoms. 

Shortage of staff and extended period of extended strain

A simplified drawing of a person with a tangled thought cloud above their head.

Ultrasound machines are tied down to formal hospital settings making it difficult to be within everyone’s reach. The most common causes of developing complications are due to delay in diagnosis or not being aware of underlying conditions or any symptoms. 

An echocardiogram is the first point of diagnosis

Outline drawing of a medical ultrasound machine with a monitor, control panel, and probe connected by a cord.

Ultrasound machines are tied down to formal hospital settings making it difficult to be within everyone’s reach. The most common causes of developing complications are due to delay in diagnosis or not being aware of underlying conditions or any symptoms. 

A linear diagram illustrating the layers of a modern electronic device, including an outer fabric layer, a middle foam layer, a circuit board, and an internal structure.
Digital mockup of a healthcare app interface featuring multiple smartphone screens displaying features like user login, health monitoring, ultrasound imaging, and wearable device integration.
An elderly man with gray hair and a mustache, shirtless and wearing light-colored pants, sitting on a medical examination bed with a padded headrest. He is looking at a remote control in his hands. Four patches or electrodes are attached to his chest, possibly for a medical monitoring device.
A shirtless elderly man with gray hair and beard sitting at a wooden table with a teal smart speaker, a closed laptop, and a white router in a room with a teal couch and a light gray wall.
Two elderly women sitting on a park bench, engaging in conversation with blurred park visitors in the background.