• Managed Mindray's requirements for the North American market in regards to 3rd party interconnectivity, cybersecurity, and device networking.

• Provided technical support to Mindray's Shenzhen engineering team in regards to cybersecurity, networking, and standards based device connectivity.

• Continued to provide same functions of previous Senior Principle Engineer role with Mindray.

This role focused on 3rd party interoperability of Mindray’s devices.

• Acted as technical lead for development of Mindray’s server based HL7 gateway product for bridging monitoring devices to a hospital's data systems. The eGateway uses IHE profiles for standards based interfacing in additional to having outputs that can be customized based on a customer's needs.

• Defined Mindray's device HL7 outputs for 3rd party interfacing. Interfaces included: ADT, results, alarms and waveforms.

• Managed and participated in Mindray's presence at multiple IHE North American Connectathons.

• Managed and participated in Mindray's presence at multiple HIMSS Interoperability Showcases.

• Acted as Mindray's representative to the IHE PCD domain and the Center for Medical Interoperability (CMI).

• Developed testing and engineering utilities in C# and WPF.

• Architected concept for Mindray’s next generation monitoring system network. Developed protocols for network communication over TCP/IP using TCP, UDP, and multicasting. The system was designed to automatically detect new devices added to the network with minimal individual device configuration.

• Advised Chinese engineering team on Cybersecurity.

• Architected and proved out concepts for Datascope's future line of patient monitoring products. This included internal device architecture, system architecture, and network protocol design. Concept prototyping used C/C++, Managed C++, C#, and Windows Forms.

• Designed and developed arrhythmia detection algorithm software in C++.

• Developed applications for viewing, editing, and annotating MIT WFDB database waveform files.

• Designed and developed telecommunications software including RTP/RTCP stack, written in an object oriented manner in C. Stack included DES, Triple DES, and AES encryption. Redesigned RADVISION’s MGCP stack transport layer to improved efficiency and stability. Both projects were ported to Windows, Solaris, Linux, VxWorks, pSOS, OSE, Nucleus, and True64 operating systems.

• Developed utilities and demonstration applications in Java using Swing, JNI, JMF, and networking libraries among others.

• Development of XML tool for creating online reference guides using XML, XSL, and DTDs, with team