Robert Voorhees Email & Phone Number

Minneapolis, MN, US

Minneapolis, MN, US

Lead for software and FDA/IEC 62304 documentation for the Ellipsys® Vascular Access System. I'm updating the entire DHF, as required, for our next release.

Cambridge, MA, US

Embedded software team lead for an In-vitro diagnostic instrument. I’m leading two of the client’s software engineers (both remote) and a local software verification engineer. Project is to take an existing device, make it FDA ready, and provide a DHF to the client who will validate it. The instrument has an Atmel processor running Linux and two MSP430.

Irvine, CA, US

Consultant (2015 – 2017)* Wrote Goal Directed Therapy Screen for the EV1000 patient monitor. This trend like graph screen is used in patient vital sign optimization. The screen is written in WPF C# for a Windows Embedded 7 OS.* Wrote library routine to AES encrypt XML files to secure patient and alarm settings for cyber security.* Adapted a proprietary.

Marlborough, MA, US

* Wrote/maintained tools used in the development and verification of an implantable cardioverter defibrillator (ICD). The tool suite communicated to the ICD via telemetry, and simulated the ECG leads, the battery and monitored the therapy channel for the device via LabVIEW. The test suite was capable of testing most of the functionality of the device. An.

* Wrote/maintained protocol handlers for most major US and Canadian stock exchanges. Each protocol is unique and as a group they use a variety of technologies: UDP, TCP, Mixed (UDP with a TCP control channel), FIX, ASCII based, and binary based protocols. The purpose of each protocol handler is to receive messages directly from the stock exchange, to.

Irvine, CA, US

* Designed, Documented and Implemented Data Acquisition to a SERVOi Ventilator for use in Animal Studies. The program was written in C# and captured the data in MATLAB format.* Wrote a Hemodynamic Display Application that presented hemodynamic parameters (Cardiac Output, Ejection Fraction, etc.) in real time in bar chart form. The application received data.

Boston, MA, US

* Wrote Vital Signs Trending Screen for General Electric’s main patient monitoring line. The screen was written as a component that was to be used in both GE's Central Cardiac Monitor and in their new Patient Monitor.* Six Sigma Design for Reliability (DFR) Lead – Computed product quality metrics and produced recommendations for improvement changes..

* Lead engineer on PatientBrowser, a Java Based Patient Monitor that enables physicians to view a patient's live and retrospective monitoring information (including live ECG waveforms and vital signs) over a secured Internet connection. This application allows cardiologists and technicians to view/review a patient’s current status through the Internet.*.