Detail-oriented recent graduate with a Master's in Engineering Management, specializing in Design and Manufacturing. Hands-on experience in medical device research, focusing on biocompatibility assessment and FDA guidance. Eager to apply knowledge to contribute to the development and testing of innovative medical devices while ensuring regulatory compliance and patient safety.
Hero Medical Wearable Forehead Sensor
University of Massachusetts Lowell
Designed and prototyped a wearable forehead device that required two photoplethysmography and temperature sensors that measured heart rate, heart rate variability, oxygenation, and temperature wirelessly. The primary purpose of the device is to operate as a warning system that activated when vital parameters deviate from pre-established thresholds.
AdrenoPen
University of Massachusetts Lowell
Designed an auto-injector that can mix both powder and liquid hydrocortisone sodium succinate, stored in separate chambers, with the cue of an activator button. Through the use of a turbidity sensor, once the appropriate clarity is achieved, an indicator will signal the user that the medication is ready for injection; the auto-injector is intended to be used in the case of an adrenal crisis.
BiaMedic Hospital Bed
University of Massachusetts Lowell
Designed and prototyped (via SolidWorks) an improved hospital bed to meet the diverse needs of healthcare professionals and patients. The design calls for a built-in monitoring system for real-time tracking of vital signs, advanced wheel and suspension system, and a detachable appendage that allows patients to move freely within the hospital.