About the Project
The NSERC Engage Audacia Breath Analyzer Project aimed to enhance the capabilities of breath analyzers as non-invasive medical diagnosis tools. The project focused on designing, developing, and testing a breath volume measurement system that can attach to commercially available breath analyzers. This initiative was intended to open a new market for the industry partner and provide students with unique industry-relevant and practical experiences.
Project Overview
Team Members:
- 2 Researchers
- 2 Student Researchers
Areas of Expertise:
- Mechanical Engineering Technology
- Biomedical Engineering Technology
Technologies:
- Breath Volume Measurement System
- Electronic Device Design and Fabrication
- 3D Printing
Key Innovations
- Breath Volume Measurement System: Designed to accurately measure breath volume for reporting concentrations of volatile compounds used for diagnostic purposes.
- Handheld, Low-Power Device: The device was designed to be portable and energy-efficient.
- Integrated Display/Smartphone Application: Data obtained from the device can be accessed through an integrated display or a smartphone application.
- 3D Printed Case: The device is enclosed in a 3D printed case, protecting it from physical damage and corrosion due to moisture exposure.
Impact & Benefits
- Industry Collaboration: Opened a new market for the industry partner by enhancing the capabilities of breath analyzers.
- Student Experience: Provided students with unique industry-relevant and practical experiences, preparing them for future careers.
- Medical Diagnostics: Improved the accuracy of breath analyzers, making them more effective as non-invasive diagnostic tools.
Related Programs
#MechanicalEngineeringTechnology#BiomedicalEngineeringTechnology#MedicalDiagnostics#ElectronicDeviceDesign#3DPrinting
