Vecna
John Smith's work experience includes a role as a Product Manager at Vecna starting in 2019. In this position, they managed the profitability and defined product requirements for healthcare patient self-service and Point of Sale (POS) applications. Prior to that, John worked at UTC Climate, Controls & Security as a Product Manager from 2013 to 2018, where they managed new product introduction and the profitability of Fire Alarm-Suppression systems. John also obtained Voice of Customer (VOC) information to enhance the user experience. From 2009 to 2013, John served as a Senior Product Manager at Johnson Controls, where they managed the new product introduction and profitability of Notification Appliances and Systems. Lastly, at Hubbell Premise Wiring, John held a position as a Senior Product Manager from 2006 to 2009. Here, they managed the new product introduction and profitability of various products, including Fiber Optic and Power over Ethernet (PoE) products. John also achieved significant sales growth for two product lines and led multi-discipline teams in launching new products.
John Smith has pursued higher education in the field of Electrical Engineering. John obtained a Bachelor of Science (BS) degree from the University of Massachusetts Lowell. Afterward, they went on to pursue a Master of Science (MS) degree in Electrical Engineering at the same institution. No specific start or end years are provided for either degree.
Vecna
Vecna develops and markets innovative health care solutions in the fields of infection control, patient safety, patient self-service, and robotics.The US CDC estimates that 1.7 million patients are infected every year by health care acquired infections with 99,000 dying from such infections. The aim of Vecna's QC PathFinder infectioncontrol software is to magnify the efforts of hospital infection preventionists through increased data visibility, automated alerts, and fast reporting both internally and to external public health agencies.Vecna's patient self-service line includes health care kiosks and patient portals. These solutions automate many previously manual workflows including check-in, registration, bill pay, and surveys. A kiosk integrated with vitals capture devices can capture weight, temperature, blood pressure, pulse, and blood oxygenation. The Battlefield Extraction Assist Robot (BEAR) was created to extract wounded soldiers from the battlefield. It is a humanoid robot designed to lift up to 500 lbs and has been developed for the U.S. Department of Defense.