Stanford Wearable Electronics Initiative

Katryna Dillard
3/19/2026

If you have an account, you can login below. Event content is password protected. Please contact wearable-electronics@stanford.edu for information about receiving a user account.

We welcome you to join us in-person and on Zoom for our April eWEAR Seminar. Date: Monday, April 27, 2026 Time: 12:30 pm to 1:30 pm PDT Location: Y2E2 299 & Zoom Registration: Please click here to register Lunch will be provided at 12:00pm for in-person attendees & a chance to talk with the speaker after the seminar. “CMOS Integrated Circuits: A Versatile Platform for Affordable, Low-Power Biomed…

biomedical-engineeringengineering
Katryna Dillard
3/2/2026

If you have an account, you can login below. Event content is password protected. Please contact wearable-electronics@stanford.edu for information about receiving a user account.

Katryna Dillard
1/26/2026

If you have an account, you can login below. Event content is password protected. Please contact wearable-electronics@stanford.edu for information about receiving a user account.

Katryna Dillard
12/8/2025

Congratulations to the winner of the 2025 eWEAR Health Prize @Stanford U., Model Health! Overview: Model Health enables the capture and analysis of objective, standardized, and comprehensive movement data using only standard smartphone video. Combining AI with biomechanics, it empowers sports and clinical professionals to enhance rehabilitation outcomes and human performance with objective, clini…

aibiomechanicsmachine-learningmedicine
Katryna Dillard
12/8/2025

Axo Neurotech, Billion Labs Inc, Care Collaborative, DizzyEX, Exposomics, MiiHealth AI, Model Health, Perception Medicine

Katryna Dillard
11/18/2025

eWEAR Seminar Thursday, November 13, 2025 You must be a paid member of the affiliate program to view the content. Please contact Angela McIntyre to get information on membership costs and benefits.

Prof. Zhenan Bao et al discuss the operational principles, device design, material selection, and fabrication considerations for stretchable transistors in future wearable and implantable integrated circuits.

biomaterialsmaterialswearables
research.ioresearch.io

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