Sanaz Rezaei Email & Phone Number

• Managing a system test team responsible for software and hardware verification of MRI system including informal investigatory testing, formal verification and validation, test automation and 510(k) documentation
• People management, including conducting 1:1s with direct reports, providing guidance, support and direction to help with planning their career development
• Building the team; interviewing, hiring, training and mentoring new and existing employees
• Implementing new processes and test methodologies to improve product development procedures
• Monitoring and allocating resources across the project

Toronto, Ontario, Canada

* Lead system test activities on medical devices that use Raman spectroscopy, Optical Coherence Tomography (OCT) and visible light imaging* Plan and develop test automation solutions using Python, Sikuli, etc.* Supervise, train, and mentor test team members* Verification and Validation (V&V) planning and documentation of test plan, protocol, and reports *.

Toronto, ON

* Design, develop, and execute test protocols for software and hardware design validation* Participate in testing complex medical devices including robotic digital microscope, MRI, and advanced optical systems* Take part in hazard analysis activities * Assist development team by providing early testing feedback using exploratory test techniques and by.

• Worked on quantifying relationship between social interactions and the correlations between two individuals’ physiological signals.
• Designed and set up experiments in a hospital lab environment to collect data from pairs of individuals.
• Exploited signal processing and feature extraction techniques to clean and extract important information from ECG, electrodermal activity and respiration signals.
• Applied statistical methods (FFT, Wavelets, filters, cross-correlations and Granger causality) in Matlab and Python to test correlation and causality between data sets.

• Led a team of three in a Lab-on-a-chip project under the supervision of faculty.
• Designed and fabricated microwell channels using soft/photo-lithography methods.
• Cultured liver cells in microchannels to study liver function in a realistic environment.

Library Of Princeton University

• Exploited near-field scanning microwave microscopy technique to monitor the free water contentof skin.
• Assisted with the experimental design and data collection.
• Applied signal processing methods to measure the phase and amplitude differences between emit- ted and reflected microwave signals to quantify the water content in the skin.

• Designed and developed a smart monitoring system for the syringe-vein spatial proximity.
• Built a device using a minuscule Infrared camera mounted on a syringe to capture a thermal video of the body before/during injection.
• Processed the Infrared images to detect veins and alert the physician as needle got close to a vein.

• Assisted with the development and design of audiometers.
• Engaged in testing and maintenance of audiometers.
• Provided assistance with the sales and marketing of audiometers and other auditory diagnostic systems.

Master Of Applied Science (M.A.Sc), Biomedical Engineering, 3.7/4.0

Postgraduate Program, Biomedical Engineering, 3.86/4.0

Bachelor Of Science (B.Sc.), Biomedical Engineering

Diploma, Mathematics And Physics