Photoplethysmography (PPG) Waveforms
Access raw Green, Red, and Infrared PPG optical channels sampled at high frequencies. Ideal for teaching pulse wave analysis, SpO2 extraction, and vascular stiffness modeling.
- Purdue University Graduate Partner
- Raw PPG & ECG Signal Access up to 128 Hz
- Published in npj Digital Medicine (Nature)
- CE-MDR Certified & FDA 510(k) Cleared
- ISO 13485 Medical Device Manufacturing
Bridging Education & Medical Innovation
Hands-On Wearable Sensor Education in Healthcare
Corsano Health collaborates directly with Biomedical Engineering Departments and Medical Faculties at world-renowned universities. By equipping students with certified continuous monitoring bracelets, professors deliver immersive, practical training on real physiological sensor signals, digital biomarkers, and clinical data analytics.
Transforming Theoretical Studies into Applied Clinical Engineering
Wearable physiological monitoring is rapidly redefining modern healthcare. However, educational institutions often rely on consumer-grade gadgets that lock away raw data behind proprietary black-box algorithms. Corsano breaks this barrier by granting students and university researchers full, unrestricted access to high-resolution raw signals.
Throughout academic semesters, graduate students wear their own CardioWatch 287 bracelets, experiencing firsthand how movement artifacts, ambient temperature, skin perfusion, and lead placements impact signal quality. Pooling and analyzing cohort data promotes team collaboration, algorithm development, and peer-to-peer technical discussions.
Research-Grade Sensor Signals
Unrestricted Multi-Sensor Signal Access at up to 128 Hz
For data science, signal processing, and biomedical engineering courses, standard heart-rate averages are insufficient. Corsano provides raw, unfiltered waveform streams necessary for cutting-edge academic investigation.
Single-Lead ECG Rhythm Strips
High-fidelity electrocardiogram signal capture for teaching arrhythmia detection, P-QRS-T wave segmentation, and heart rate variability (HRV) frequency-domain analysis.
Multi-Modal Motion & Thermal Physics
3-axis accelerometer, skin temperature, and Galvanic Skin Response (GSR/BioZ) raw data streams for movement classification, stress research, and circadian rhythm modeling.
Academic Case Study
Purdue University Graduate Course: Wearable Sensor Technologies
At Purdue University’s Weldon School of Biomedical Engineering, graduate students participated in a specialized curriculum titled "Wearable Sensor Technologies in Healthcare." Each student received a Corsano CardioWatch device to collect, process, and analyze personal vital sign metrics throughout the semester.
Students applied advanced signal processing techniques, machine learning models, and noise-filtering algorithms to raw PPG and ECG data, gaining vital skills required by leading digital health and medical device industries.
"It was particularly valuable for students to hear real-world industrial perspectives and work directly with research-grade hardware. It helped them view their academic assignments as meaningful clinical engineering."
— Prof. Steven Steinhubl, MD, Purdue University
Key Curriculum Highlights
- ✓ Sensors & Physics: Principles of optical PPG, biopotential ECG electrodes, and thermal resistance sensors.
- ✓ Algorithm Validation: Developing custom Python and MATLAB scripts to compare raw optical metrics against reference monitors.
- ✓ Regulatory & Ethics: Learning ISO 13485 quality frameworks, FDA clearance pathways, GDPR/HIPAA compliance, and institutional review board (IRB) protocols.
Peer-Reviewed Recognition
Published in Nature npj Digital Medicine
The educational methodology and outcomes developed using Corsano technology were peer-reviewed and published in the prestigious academic journal npj Digital Medicine (Nature Portfolio).
"Educating the healthcare workforce of the future: lessons learned from the development and implementation of a 'Wearables in Healthcare' course."
This landmark publication details how integrating medical-grade wrist-worn multi-sensor technology into university curricula accelerates workforce readiness for digital health, telemedicine, and clinical trial innovation.
Academic Buyer FAQ
Frequently Asked Questions for University & Research Partners
Consumer wearables provide pre-filtered daily averages and hide their inner working algorithms. Corsano provides raw, uncompressed sensor data (PPG Red/IR/Green, single-lead ECG, 3-axis accelerometer, skin temperature, GSR) at sampling rates up to 128 Hz. This enables students and academic researchers to write custom signal processing algorithms, test noise filtering, and build proprietary AI models.
Yes. Corsano Health is a certified medical device manufacturer operating under ISO 13485 quality management. The CardioWatch 287 platform is CE-MDR certified and FDA 510(k) cleared. Academic students gain practical experience working with a real-world, regulated medical device rather than a non-certified consumer gadget.
Corsano offers comprehensive academic starter kits including CardioWatch bracelets, gateway mobile applications, cloud research portal access, REST APIs, Python/MATLAB data extraction toolkits, sample dataset documentation, and guest lecture support from Corsano biomedical engineers.
Institutions can order educational and clinical trial kits directly from Corsano Health. Our specialists assist faculties with study protocol design, IRB submissions, data protection review, and customized data export configurations.
Partner with Corsano for Your Academic & Research Program
Connect with our academic liaison specialists to discuss university device kits, curriculum integration, raw data access specifications, and research partnerships.
Feature availability and certification claims may vary by country or region and are subject to applicable regulatory approvals, clearances, and local regulatory requirements.