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Job Location | Catalone Gut |
Education | Not Mentioned |
Salary | 60.000 - 80.000 |
Industry | Not Mentioned |
Functional Area | Not Mentioned |
Job Type | Contract |
Who we are : Breathe Biomedical is an innovative medical technology company located in Moncton, New Brunswick. We have developed a platform technology for breath analysis that is fast and powerful, and highly sensitive. With our patented breath analysis technology, we are currently developing a breath test for lung cancer screening and researching additional non-invasive diagnostic tests. Our mission: To empower people with a simple breath test that provides early detection of cancer and other diseases. Student interns are a vital part of Breathe Biomedical’s development. Engineering interns are recruited to work on specific projects based on their skills and education levels. Projects will allow interns to complete tangible deliverables that both advance the companies development goals and compliment the students’ learning objectives. Start Date: Monday, Jan 9, 2023 Duration 4 months (17 weeks) 8 months (34 weeks) End Date Friday, April 28, 2023 Friday, August 25, 2023 Rate: $19/hour Hours/Week: 37.5 Reporting to: Serge Malouin Note: This position requires the intern work in the Moncton Laboratory. Remote work is not possible. Please indicate in your cover letter the duration of internship you are seeking. Breathe Biomedical’s Technology: Breathe Biomedical’s platform technology has sensitivity to detect volatile organic compounds (VOCs) in the breath down to the parts per trillion. The platform is comprised of three (3) proprietary devices, a Breath Sampler to collect breath, a ‘Spectrometer’ to process breath samples and a MLA software that analyzes raw spectral data from the Spectrometer to identify the presence of disease. The Breath Sampler is a portable tabletop device used to collect alveolar air from subjects quickly and efficiently and concentrate VOCs from alveolar air into a thermal desorption tube, which can then be transported to a central lab for analysis. The Spectrometer is a highly sensitive device into which a breath sample-filled sorbent tube is loaded. The VOCs in the sorbent tube are mobilized through application of standard heating protocols and injected into the ring down chamber for analysis. The Spectrometer uses three advanced infrared lasers to probe the VOCs’ optical absorption properties. Responsibilities: