Muskan Sachdeva
Process Development Engineer at Supira Medical- Claim this Profile
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Bio
Credentials
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CPR & AED
St.John Ambulance First Aid industry training & HealthJan, 2016- Sep, 2024
Experience
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Supira Medical
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United States
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Medical Equipment Manufacturing
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1 - 100 Employee
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Process Development Engineer
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Feb 2022 - Present
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San Jose State University
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United States
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Higher Education
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700 & Above Employee
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Graduate Research Assistant
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Aug 2020 - Feb 2022
-Developed a gait segmentation algorithm using Python acting as a SME to interpret physiological data related to heel-strike contact & hip extension in order to help patients minimize gait deviations -Collected & analyzed kinematic data for 60+ subjects coordinating pilot studies & reported gait patterns to accurately segment each step & identify restrictions in hip mobility to deliver vibrotactile feedback -Applied DoE & computed statistical analysis providing gait feedback using Python, Minitab & MATLAB for ANOVA, correlation, forecasts & standard deviation achieving 98% accuracy for heel-strike detection -Developed & implemented design controls to support gait retraining protocols in increasing prosthetic-side hip extension by 10 degrees using sensors & vibrational motors, prioritizing patient safety for gait retraining purposes -Developed test protocols to optimize sensor equipment & evaluate performance of biofeedback prototype on amputees for design Verification & Validation ensuring direct translation of patient needs & system specifications -Maintained detailed development documentation including published literature, technical reports, test protocols, & periodic status reports Show less
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Essential Machines, Inc.
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United States
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Medical Device
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Biomedical Engineer
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Jun 2021 - Sep 2021
-Designed schematics, assembled & 3D printed dynamic reference frames using SolidWorks to assist CT/Ultrasound image capturing & navigation techniques designed to address the needs of developing high resolution spinal images -Authored SOPs, performed bench testing on developed prototypes based on literature to support the development of tissue mimicking materials used to imitate biological anatomy under ultrasound imaging -Recommended innovative & alternative solutions to address artifact limitations in tissue-mimicking processes -Collaborated with QA to establish quality & risk management specifications to monitor tissue-mimicking material production & ensure FDA & ISO compliance for laboratory testing -Audited prototype development files to ensure compliance with FDA CFR Title 21 to create a high-quality biological CT/ultrasound image for in vitro testing & address any nonconformances in current processes Show less
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Ryerson University
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Canada
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Higher Education
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700 & Above Employee
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Research Student in Collaboration with Sunnybrook Hospital
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Sep 2018 - Apr 2019
Supervised by Dr. Victor Yang -Generated a pulley-tendon system via. CAD to increase joint conformity & gripping strength of artificial fingers, continuously revising the design process to reduce material consumption & implementation time -Liaison between R&D & manufacturing manager to investigate root cause of failed/defective components while providing technical service on Arduino and Myoware sensor hardware -Performed on-site troubleshooting of MIA prototype to ensure appropriate motor function for artificial actuation -Led project to redesign & maintain a $250 budget, saving a projected $500 for the development of the MIA. -Streamlined device prototype builds by implementing manufacturing process instructions to test, monitor & troubleshoot each component, maximizing functionality, while prioritizing safety for human-electrical interface -Developed an algorithm via. Arduino software IDE to asynchronously control up to 8 servos, reducing processing delays by 150ms & increasing case-detection accuracy by 97%. -Received the best poster award among 30+ groups and was nominated for the final prize Show less
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Photoplethysmogram (PPG) Acquisition System
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Mar 2018 - May 2018
-Developed a 2nd order hardware circuit design via. a reflective optical sensor & bandpass filter to quantify change in blood volumes & attenuate noise/undesired frequencies by 35%, while completing calibration of each component -Designed a safety component system via. a diode to remove negative voltages to the microcontroller & limit infrared LED exposure, creating a minimally invasive system. -Reduced componentry by using potentiometers & amplifiers while maintaining smooth consistent signals to increase the ability to detect rhythmic abnormalities Show less
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Education
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San Jose State University
Master's degree, Bioengineering and Biomedical Engineering -
Ryerson University
Bachelor of Engineering - BE, Biomedical/Medical Engineering