Author of a command line utility to convert a raw dump from a Unisys Fibre Channel Adapter board taken on either a Windows based Network Appliance or a Clearpath server, into ELF (Executable Linkable Format).to be used by a Metrowerks MIPS debugger for analysis.

Webmaster for internal SIOS (Server I/O Solution s) group. Maintain SIOS web site, creating web pages as needed, including SIOS Home Page, IA-64 web site, SIOS Development Process Guide site, Critical Accounts pages, etc. Tools used include Web Publisher; CuteHTML; FrontPage; Alert Link Runner; Notepad (as an HTML editor).

Installed, configured, and maintained all electronic hardware and software including a variety of Windows based servers used for testing, as well as debugger stations. Equipment included: Unisys ES7000, Unisys ES5085, switches, hubs, Fibre Channel, LAN, and Wi-Fi. Lab and server management: Managed various servers used for testing, as well as a file server used for patch management and a server used for generating software releases. Responsibilities included Server security, backups, and maintenance.

Lead test engineer for the Unisys Intelligent Fibre Channel Adapter products. Composed and maintained the various test plan documents, including test requirements definition, function and integration test. Identified tools and resources necessary to accomplish requirements and tests. Worked with the team to achieve POR (Plan of Record) as set forth by program management. Executed all Microsoft Hardware Compatibility Tests, as well as all performance, function, and integration tests, tracking test results in a data base. Built (sysgened) all the software for the WIN2000 and .NET platforms as needed, working with Visual Basic, Visual C++, Metrowerks Codewarrior, InstallShield, Developer and Visual Source Safe (Visual Studio). Performed regression testing, board testing and verification, as well as tracking and management of Fibre Channel boards.

Supported various portions of Burroughs Network Architecture (BNA), a Unisys proprietary Layered Network Architecture.

Responded to customer trouble reports and queries, interacting with customers and field representatives, making corrections in various portions of the BNA software written in NEWP (variant of Algol) and Pascal.

Responsible for design and implementation of Operations Interface Router with interfaces to various modules that constitute Burroughs Network Architecture (BNA), a Unisys proprietary Layered Network Architecture.

Also involved in implementation of the BNA Router (network) layer of the Networking Architecture.

Tracked critical accounts for all A-Series Networking products (seven product groups) and coordinated resolutions for these accounts. Responsibilities: monitored World Wide Alert activity and actively intervened to insure that issues were resolved as quickly as possible; Clearly identified problems, devised an appropriate action plan and involved the neces sary managers and engineering experts; provided emergency support, carried a pager 24 hours a day seven days a week.

Managed a support team supporting a number of networking products. Managed 10 to 15 people that handled software trouble reports on a variety of projects. Performed personnel reviews, handled the budgeting of hardware and equipment needs.

Instrumental in developing overall communications plan for Unisys V Series mainframes.

Responsible for planning and original design of BNA Network Controller software.

Responsible for design and implementation of software for the V-Series Inbuilt Communication Processor, ICPV. Ported the processor executive, networking software, and 802.3 LAN software into the new ICPV hardware.

Primarily responsible for the design and implementation of the Interface Handler module which handles the external programmatic user interface. The Interface Handler is a portion of the Local Control Facility, which in turn is a component of the Network Management suite of utilities.

Technical team leader for the Operations Interface team on the XE550 project. The XE550 project was the implementation of BNA I on a UNIX machine using the C language.

Worked on original project to implement Burroughs Network Architecture on the B900, a mini-computer.