The AWARD Study

Advanced Wireless Sensors for Neonatal Care in the Delivery Room

A prospective multi-centred international study.

A prospective multi-centred international study.

This project involves testing advanced wireless monitoring technologies in delivery rooms and obstetrical centers worldwide, and comparing them to the capabilities of standard wired systems. Wireless biointegrated sensors that are developed for neonates can enhance monitoring of vital signs in these settings, while promoting skin-to-skin contact and family-centered care after birth.

This project involves testing advanced wireless monitoring technologies in delivery rooms and obstetrical centers worldwide, and comparing them to the capabilities of standard wired systems. Wireless biointegrated sensors that are developed for neonates can enhance monitoring of vital signs in these settings, while promoting skin-to-skin contact and family-centered care after birth.

This project involves testing advanced wireless monitoring technologies in delivery rooms and obstetrical centers worldwide, and comparing them to the capabilities of standard wired systems. Wireless biointegrated sensors that are developed for neonates can enhance monitoring of vital signs in these settings, while promoting skin-to-skin contact and family-centered care after birth.

Team:
Team:
Team:
Alyssa Maximov
Alyssa Maximov
Alyssa Maximov
Alyssa Maximov

Alyssa Maximov, BSc

Research Coordinator

Dr. Daniel Faucher
Dr. Daniel Faucher
Dr. Daniel Faucher
Dr. Daniel Faucher

Dr. Daniel Faucher, MD

Research Associate

Eva Sutera
Eva Sutera
Eva Sutera
Eva Sutera

Eva Sutera, BA

MSc Candidate

Sofia Palacios Cuevas
Sofia Palacios Cuevas
Sofia Palacios Cuevas
Sofia Palacios Cuevas

Sofía Palacios Cuevas, BSc

MEng Candidate

Daniel Radeschi
Daniel Radeschi
Daniel Radeschi
Daniel Radeschi

Daniel Radeschi, BEng

PhD Candidate

Alyssa Maximov
Alyssa Maximov
Alyssa Maximov
Alyssa Maximov

Anne-Sophie Fauteux

Clinical Research Clerk

Alyssa Maximov
Alyssa Maximov
Alyssa Maximov
Alyssa Maximov

Dr. Guilherme Sant’Anna, MD, PhD

Principal Investigator

Collaborators:
Collaborators:
Sibel Health Logo
Sibel Health Logo
iKinesia Inc. Logo
iKinesia Inc. Logo
P U B L I C A T I O N S
P U B L I C A T I O N S
P U B L I C A T I O N S

P U B L I C A T I O N S

Frontiers Science News Logo
Frontiers Science News Logo
Frontiers Science News Logo
Frontiers Science News Logo

Wireless skin sensors for electrocardiogram and heart rate monitoring in the neonatal intensive care unit: a prospective feasibility, safety, and accuracy study

Sénéchal E. Radeschi D., Shalish W., Kearney R., Sant'Anna G. et al.

Karger Logo
Karger Logo
Karger Logo
Karger Logo

A Wireless Neonatal Intensive Care Unit: Fiction or Closer Reality?

Sénéchal E., Chung H.U., Rogers J., Sant'Anna G.

American Journal of Perinatology Logo
American Journal of Perinatology Logo
American Journal of Perinatology Logo
American Journal of Perinatology Logo

Parents and Health Care Providers' Perspectives on Vital Signs Monitoring Technologies in the Neonatal Intensive Care Unit: An International Survey

Sénéchal E., Radeschi D., Kearney R., Shalish W., Sant'Anna G.

Help us change the future of neonatal care.

© 2024 Smart Hospital Project

Help us change the future of neonatal care.

© 2024 Smart Hospital Project

Help us change the future of neonatal care.

© 2024 Smart Hospital Project

Help us change the future of neonatal care.

© 2024 Smart Hospital Project

Team:
Team:
Team: