Provides management and technical consulting services to companies developing and deploying wireless network products and systems.
	Established the company and expanded services to include consulting, workshops, and system integration.

	Managed the presales, development, implementation, and operational support of RF-based bar code system solutions for customers worldwide.
	Managed the professional services group that performs software development, staging functions, installation services, and training for customers.
	Developed comprehensive marketing plans describing market trends, product definitions, pricing, distribution channels, and sales and advertising methods for radio frequency data communications (RFDC) systems.

	Managed the sales, development, and implementation of an enterprise-wide computer network for Dayton Power and Light to support the migration from mainframe to client/server systems.
	Analyzed requirements for hardware, software, and support of the Joint Logistics Systems Center (JLSC) Materiel Management Standard System (MMSS) for the combined U.S. militaries.
	Designed an information system architecture that supports internal and external communications for the U.S. Navy’s new NSSN attack submarine.
	Managed the development and instruction of networking and software development courses for Reynolds and Reynolds’ product development group.

	Managed the research of emerging network technologies as part of the Department of Defense Airborne Reconnaissance Data Link Architecture (ARDA) study, supporting communications for airborne systems.
	Proposed and managed a Small Business Innovative Research (SBIR) government grant, funded by the U.S. Navy, to develop a software tool that aids network engineers in planning, upgrading and maintaining shipboard computer networks.

	Managed operational support for Wright-Patterson AFB’s 15,000-user wide area network, consisting of numerous LANs and worldwide network connections.
	Established operational support guidelines and practices for field service, network security and network monitoring.

	Managed the migration of 15,000 users from a centralized mainframe environment to distributed PC-LAN client server system.
	Represented the Air Force as part of the IEEE 802.11 Wireless LAN standards development.

	Designed and implemented large-scale LANs and WANs for various government organizations.
	Evaluated the effectiveness of wireless LAN technology for use in mobile and portable office environments.

	Managed an operational test and evaluation team responsible for testing worldwide military data communications systems.
	Developed and performed analog, digital, and protocol tests on various government computer networks.

	Managed a staff responsible for the engineering and maintenance of an Air Force automatic tracking radar system.
	Relocated, operated, and maintained a portable automatic tracking radar system to support tactical Air Force operations worldwide.

	Wireless Networks; Cisco Press, 2004
	Wireless LANs, 2nd Edition; SAMs; 2001.
	Wireless LANs; Macmillan Technical Publishing; 1999.
	Wireless Networking Handbook; Macmillan (New Riders) Publishing; 1996.
	Network Re-Engineering; McGraw-Hill; 1996.

Published in magazines, such as Wi-Fi-Planet.com, Mobilized Software, ITWorld.com, Network World, IDSystems, Mobile Computing, Communications Systems Design, Byte, Network, Software Development, and Material Handling.

	Sponsoring organizations include Wi-Fi-Planet, Supercomm Asia, Frontline Solutions U.S., Scantech Europe, IBC Teleconferences, 802.11-Planet, Interop, IEEE, HIMSS, Educational Services Institute, and Technology Training Corporation.
	Certified instructor--completed the U.S. Air Force's 6 week instructor school.

	Managed the 900-member organization from 1/92 to 12/94.
	Established a continuing professional education program in the Dayton area.

Managed all aspects of the conference planning from 5/91 to 12/92.

Voting member of the Wireless ISP for Roaming (WISPr) committee.

Represented interests of the Department of Defense for dealing with applications and frequency allocations.