Manager Engineer
Resume:
Title:Littleton/Brighton, CO, Engineer Intern
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NAME:,
ADDRESS:
ADDRESS2:
CITY:
STATE: VA
ZIP:
CANDIDATE ID: 2900014
US CITIZENSHIP:
EDUCATION:
EXPERIENCE: 0
WILL RELOCATE: No -
JOB WANTED:
RATE NEEDED:
TELEPHONE: 540-***-****
EMAIL: ********@**********.***
HOMEPAGE:
HOTTEST SKILLS: engineer, communication, sonet, tactical, information systems, market,
citation, federal, strategic, medicine, asset, information technology, pricing, proposal,
emergency, patient, object oriented, simulation, convention, marketing
REVISION: 08-SEP-02
RESUME:
NAME: JON MARCY
ADDRESS: 218 PEMBRIDGE DRIVE
CITY: WINCHESTER
STATE/PROVINCE: VA
ZIP/POSTAL CODE:
COUNTRY: USA
EMAIL:
PHONE: 540-***-****
CANDIDATE ID: NA
CITIZENSHIP: US
Citizen
EDUCATION: Not Entered
EXPERIENCE: Not Entered
WILL RELOCATE: Not Entered
RELOCATION INFO: Not Entered
JOB WANTED: Any
RATE NEEDED: Not Entered
HOMEPAGE:
COMMENTS:
HOTSKILLS:
JON MARCY
218 PEMBRIDGE DRIVE
WINCHESTER, VA 22602
********@**********.***
OBJECTIVE: Executive manager of technical programs
PROFESSIONAL SUMMARY:
Almost ten years experience in federal telecommunications and
information systems engineering, program management and business
development More than 4 years experience with U.S. Air Force
wideband communications Noted expert in C4I/IT requirements and
architectures Self-taught, hands-on expert in Broadband-ISDN, SONET,
ATM, TCP/IP and wide area leading edge solutions Disciplined,
focused technical manager Accomplished business developer and
capture manager Talented communicator, especially verbal and
briefing skills Assertive innovator... "out-of-the-box" thinker and
manager Successful in today's C4I/IT marketplace
PROFESSIONAL TELECOMMUNICATIONS EXPERIENCE:
Whittaker Electronic Systems
1996-Present: Business Development
Manager for the newly formed Federal Systems Division (FSD) of
Whittaker Electronic Systems (WES), Mr. Marcy is responsible for the
development of new business within the Federal sector as well as
over-all strategic direction of WES FSD. Mr. Marcy has been
responsible for the development of both the strategic plan and
marketing plan, and is directly responsible for Whittaker's
involvement in several key opportunities with the US Navy, US Army,
Veterans Affairs and Office of the Secretary of Defense-Health Affairs
(OSD-HA). WES FSD core competencies fall into the charter of systems
integration, specializing in Local and Wide Area networking using a
collection of commercially available leading edge networking and
information systems technologies. Forecast sales for 1997 are $5.5M.
GTE Government Systems
(1991-1996):
In 1996, Mr. Marcy was hand picked by VP/GM to represent GTE
Information Systems Division (ISD) on GTE's Corporate Innovation
Council. Worked with representatives from other divisions to complete
an Information Technology market analysis, and developing a business
and strategic plan to provide GTE Government Systems an avenue into
the commercial Information Technology marketplace. Additionally, Mr.
Marcy served as the Proposal Manager and Lead Systems Architect for
GTE's response to the DARPA BADD (Battlefield Awareness Data
Dissemination) solicitation, and worked directly with the Acquisition
Manager to assist in teaming and pricing decisions. Managed a team
comprised of eight team mates, and three other Divisions of GTE, to
develop a comprehensive systems solution for the solicitation which
Mr. Marcy personally briefed during the "orals" component of the
evaluation process. Technologies used in the solution involved Direct
Broadcast Satellite systems, Asynchronous Transfer Mode switching, and
data/information fusion and management.
1995
-1996: PRIMETIME III: Performed as the Program Manager and Lead
Systems Architect in support of the US Army Medical Advanced
Technology Management Office PRIMETIME III initiative. Work involved
designing, implementing and deploying a ruggedized transportable
telemedicine system in support of the Bosnia mission. Supervising four
GTE Engineers, and two subcontractors, we successfully worked with
DISA to field a turn-key solution that involved commercial satellite,
IDNX technology, ISDN and Frame Relay data support for "dial-up VTC
and deployed Local Area Network enterprises. Applications integrated
included telemedicine, teleradiology, and the US Army's CHCS
computerized patient record system.
1995
-1996: TRAC2ES: Performed as the Program Manager and Lead Systems
Architect in support of TRANSCOM's TRAC2ES program. Work involved
designing a deployable, ruggedized information system that will
support the TRAC2ES automated patient movement and tracking system.
Supervising two GTE engineers, we completed an architecture to support
TRAC2ES that involved an object oriented information system that
employed the use of commercial satellites and interfaces to both
DISN-LES and the Joint Tactical Internet.
1995
: JWID 95: Performed as the Program Manager and Lead Systems
Architect in support of a DISA sponsored Joint Warrior
Interoperability Demonstration. Work involved designing a deployable
"low-rate" (e.g. 256 Kbps) ATM information system that involved both
commercial satellite and MILSATCOM wireless systems. Supervising four
GTE engineers, and working with three other DISA contractors, we
completed a design employing the use of the GTE tactical SPANet switch
and the associated "Low-rate Trunk Interface Module (LTIM), along with
a FORE Systems ASX-100 ATM switch to meet the requirements. The
systems architecture provided for a "double hop" ATM circuit, running
at 256 Kbps, with one hop supported by commercial Ku-Band satellite,
and the second hop supported by X-Band MILSATCOM. The application used
to demonstrate the established network was Insoft's Communiqu!
desktop VTC system. This was the first time low-rate ATM was
demonstrated to work over a double-hop satellite configuration.
1995
: CSCI: Performed as the Proposal Manager and Lead Systems
Architect for the Hughes/ GTE team response to the DISA Commercial
Satellite Connectivity Initiative solicitation. Responsibilities
included supervising two GTE engineers, and three subcontractors to
generate a Bandwidth Management Solution for a commercial satellite
constellation.
1995
: ARL Federated Lab
BAA:
Performed as the C4I and DISN subject
matter expert in support of GTE Laboratories participation with the
Lockheed-Sanders team response to the US Army Research Laboratories
Federated Lab solicitation. Was directly responsible for generating
the technical response provided to the team by GTE Laboratories,
including the suggested Tactical experiments associated with low-rate
ATM over tactical wireless systems involving the US Army Mobile
Subscriber Equipment.
1994
-1995: AFCEA International: Performed as the Lead Systems
Architect for Technet 94 and Technet 95 demonstration networks.
Responsibilities included the design, fielding and demonstration of
state-of-the-art information systems as part of the June AFCEA
International Conference and Exhibition. Was directly responsible for
the GTE booth floorplan design, and overall systems architecture.
Supervising twelve GTE engineers, and working with up to eight other
companies, we successfully fielded in 1994 an OC-48 Northern Telecom
SONET linear system, a DS3 based Ku-Band Commercial Satellite link
(first time ever demonstrated) and GTE ATM switches that together
provided broadband connectivity from Syracuse University (New York) to
the Washington Convention Center. Capabilities showcased were
telemedicine, High Performance Computer Communications (Supercomputer
Networking over a broadband WAN), broadcast TV over an ATM based WAN,
and a weather modeling and simulation system. In 1995, Mr. Marcy
worked with DISA to deploy a T1 based ATM system to showcase the
Insoft Communiqu! desktop VTC system working over a low-rate ATM
environment, and additionally was responsible for the deployment of an
AT&T SONET Ring network on the floor of the Exhibit hall.
1994
: GETS Demonstration: Performed as the Project Supervisor and Lead
Systems Engineer
in support of the NCS/DISA Government Emergency
Telecommunications Service (GETS) demonstration effort. Was
responsible for the systems architecture of a tactical communications
system that was comprised of US Army National Guard assets (e.g.
TRC-170 Tropo Systems and MSE switches and associated microwave
equipment) and commercial Central Office and deployable assets.
Supervising six GTE engineers, and working with representatives from
MCI, the NCS and the Missouri National Guard, we were successful in
deploying tactical assets to support a mock-up disaster area in
Missouri that accomplished interoperability between MSE voice
switching and Commercial voice switching systems. This enabled the
GETS capability to be extended from the commercial system to a
operationally deployed tactical system.
1993
: HPCN Conference: Was directly responsible for GTE's
participation in the High Performance Computer Network conference and
exhibition held at the Reston, VA Hyatt in November, 1993. Supervising
six GTE engineers, and working with the George Washington University,
DISA and three other companies, we successfully designed and fielded
the first demonstration network that showcased ATM interoperability
between a FORE Systems ASX-100 ATM switch, a BBN Lightstream ATM
switch, and a GTE SPANet ATM switch. ATM traffic was exchanged at DS3
and OC-3 rates. Additional technologies demonstrated was a Northern
Telecom OC-48 SONET linear network, and for the first time, a
HiPPI-to-SONET Gateway device that allowed the demonstration of a
supercomputer WAN network over an OC-12 SONET path. As part of the
HPCN, Mr. Marcy chaired a panel discussion comprised of senior
executives from MFS, GTE, Bell Atlantic and MCI that covered the state
of Broadband-ISDN and it's future within the telecommunications
industry, as well as delivering a briefing that covered a white-paper
written by Mr. Marcy that discussed the trend differences between
Narrowband-ISDN and Broadband-ISDN.
1993
-1996: WAWS: Performed as a Project Supervisor for the DISA
Washington Area Wideband System ($36Million program). Duties included
the supervision of one engineer and four technicians to oversee the
operations and maintenance of the WAWS network. The network was
comprised of both commercial DS3 based Microwave Radios and 140 Mbps
Fiber Optics, which were interconnected to provide the Defense
community in the Washington area wideband data communications. Was
personally responsible for the successful ECP effort that altered the
architecture of the network to free up complete clear channel DS3's
for DISA to use for the interconnection to GFE IDNX and STM
multiplexers. ECP value was $130K.
1993
-1995: CSI: Performed as Project Supervisor and Lead Engineer for
the NCS/DISA Commercial SATCOM Interconnectivity network ($38Million
program). Duties included the supervision of 12 Technicians to oversee
the operations and maintenance of a national ten (10) site C-Band
Commercial satellite network. Was personally responsible for
exercising the network in annual demonstration exercises with the NCS,
and was personally responsible for a successful ECP effort that
provided the CSI network with an "In-Band" orderwire system for use
during network commissioning. ECP Value was $30K.
1991
-1993: Saudi
ARAMCO:
Assigned to the Saudi ARAMCO program, was
placed as Lead Engineer and Systems Architect for the design of a 800
MHz Cellular Network to replace the existing Trunk Mobile Radio system
that provided wireless service for the eastern province of Saudi
Arabia. Supervising two GTE engineers, we completed a comprehensive
cellular systems architecture, and associated RFP technical
specification for ARAMCO.
CONTEL Federal Systems
(1987-1991): 1990-1991: Argentina Defense C2
Network: Performed as a Systems Engineer in support CONTEL's bid for
an Argentina Defense C2 Network. Duties involved designing and pricing
a TDMA/DAMA commercial satellite network for support of the bid. Was
directly responsible for the technical submission comprising the
CONTEL bid.
1990
: GWEN: Performed as a Quality Assurance Engineer/Systems Engineer
on the US Air Force/ESC Ground Wave Emergency Network program. Duties
involved completing LF antenna designs, and completing site
installation QA inspections for CONTEL.
1987
-1990: HYDROMET: Performed as a Field Engineer/Site Manager on the
US Army Corps of Engineers HYDROMET program in Mississippi. Duties
included completing the installation and commissioning of a 22 hop
Analog Microwave network, a 39 site VHF Wireless network, and
associated network management system. Upon commissioning of the
system, Mr. Marcy was assigned as the Field Service Manager
responsible for the supervision of two technicians that provided 24x7
maintenance service associated with the system.
MILITARY EXPERIENCE:
U.S. Air Force
)
As a Wideband Communications Specialist, Mr. Marcy performed a broad
range of duties in the Middle East, South America and Europe,
including support of the Defense European Backbone (DEB) system in
Northern Italy. His responsibilities included management of
installation, modification and maintenance activities for analog and
digital microwave and troposcatter radios, multiplexers and bulk
encryptors for T-1 carrier systems and associated equipment.
FORMAL EDUCATION:
BSSE
Candidate (1999): Old Dominion University, Virginia Beach, VA. 56
Credit Hours Completed Royal Melbourne Institute of Technology (RMIT)
;
1980,
18 months architecture study completed, Melbourne, Australia.
Kellogg Senior High School
; January 11, 1980 graduate, Kellogg, Idaho.
Rossmoyne Academy; December 18, 1977 graduate, Perth, Australia.
PROFESSIONAL TRAINING:
Management: GTE Management Development II, March, 1995. GTE Time
Management Seminar, June, 1993. Contel Program Management Seminar,
November, 1989. USAF Non-Commissioned Officer preparatory academy,
distinguished graduate, 1986. Management and Supervisory course taken
through professional military education schools, 1986. Technical:
Completed Modern Communications Technology course, 1993, George
Washington University, Washington DC. Completed Analyzing
Communications Performance course, 1991, George Washington University,
Washington DC. Wideband Communications Equipment Career Development
Course, 1985 Air Training Command (ATC) graduate, Aviano AFB, Italy.
Wideband Communications Equipment Specialist Course, 1984 Air Training
Command (ATC) graduate, Keesler AFB, Mississippi.
PROFESSIONAL AFFILIATIONS: Armed Forces Communications and Electronics
Association ATM Forum HIPPI Networking Forum SONET Interoperability
Forum
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