Rose Bryant has over 15 years of experience in network engineering, communications, and engineering management. She holds two Master's degrees and a Bachelor's degree. Her experience includes leading the development of worldwide network architectures supporting GPS and managing teams for satellite communications systems. She has received several awards for her program support and technical contributions.

1. CAO: 02/07/2016 Rose Bryant
ROSE BRYANT
310-882-0623
Redondo Beach, CA 90278
Rose_bryant@hotmail.com
EDUCATION
Master ofScience in Engineering Management
Tufts University
Medford, MA
2006 - 2008
Master ofBusiness Administration
Nichols College
Dudley, MA
2003 - 2005
Bachelor ofArts in History
Louisiana Technical University
Ruston, LA
1998 - 2001
Associate ofApplied Communications Technology
United States Air Force
BAFB, LA
1997 - 2000
EXPERIENCE
Network Enterprise Consultant
 Perform enterprise wide networking diagnostics and system evaluation to provide technical
assessments of network and system performance with recommendations including technical,
procedural, organizational, and/or system upgrades to decrease network congestion, and improve
security and end-to-end operational performance.
Aerospace Enterprise Engineering
Global Positioning System (GPS), Lead Network and Communication (NETCOM) Engineer
2015-2016
Self
2005 - 2015
El Segundo, CA
 Lead the development and execution of the worldwide NETCOM architecture in support of all global commercial,
Department of Defense (DoD), and Agency operational demands of the GPS Ground Control Segments, a $12
Million effort.
 Managed 18 personnel from three contract companies, and multiple DoD and Government Agencies.
 Provided tasking to team engineers, provided guidance and feedback to personnel, ensured resources are available
and applied, mediated personnel conflicts and engineering debates, and fostered a collaborative team environment.
 Coordinated the team schedule, created work breakdown structures, provided inputs into the integrated master
schedule, and provided NETCOM subject matter expertise at Technical Leadership forums.
 Led the WAN, LAN, and SAN architecture design, network topologies, circuit provisioning, layered network
security, Global Information Grid connectivity and inter-operability, and network capacity planning.
 Identifies enterprise risk items for infrastructure and contractual artifacts, created plans to burn down risks, guides
the team through the development of the modeling and simulation plan, and briefs leadership of status.
 Performs terrestrial comms assessments, conducts bandwidth analysis to identify architecture limiting factors.
 Collaborates with other functional areas for technical deconfliction for seamless system design and integration.
 Provides risk reduction support for Engineering Boards and Enterprise risk activities; reduced risk by 20%.
 Performs all technical and business functions in accordance with government regulations, financial policy, and
technical implementation guidelines and mandates.
 Technology Used: OPNET,HAIPE, CSU/DSU,OSPF,BGP, Visio, PIM, IPv6, VLAN,MPLS,IPSEC, OV/SV,
GPS, terminals, NGA, FAA, dual staked networks, classified networks, M&S, receivers, NUDET,RMA, payloads
Transformational Satellite Communications System (TSAT),Network Security Engineer El Segundo, CA

2. CAO: 02/07/2016 Rose Bryant
Air Operations Center (AOC), Deputy Lead Engineer Bedford, MA
 Provided support as the Deputy Lead Engineer for the Pacific Falconer weapon system installation at Hickam Air
Force Base,Hawaii and Osan Air Base,Republic of Korea.
 Managed and provided oversight of a $10 million system budget and a team of 15 engineers including C2ISR
systems, communications, networking, information assurance,and configuration management disciplines.
 Provided Regional Support Center expertise to facilitate multi-agency coordination with Comms Squadrons, the
Distributed Ground Stations, and Joint Intelligence Center Pacific to integrate DoDIIS into the infrastructure.
 Co-lead infrastructure and system site surveys; developed risk mitigation strategies for system dev and execution.
 Achieved system engineering handover 10% under budget and on schedule.
 Technology used: Sidewinder, Boundary Security System, Ghost, JDISS, JWICS, SIPRNet,tacticalsatellites,
common clients, data wall, audio visual, JTT, ITS, Raindrop, GMTI
Air Operations Center (AOC), Lead Joint Worldwide Intelligence Communication System Network Engineer
& Intelligence, Surveillance and Reconnaissance Engineer Bedford, MA
 Lead, directed and performed C4ISR system architecture definitions.
 Engineered system & subsystem designs based on operational requirements, interfaces and data flows, and
external network and infrastructure connectivity.
 Designed system components including VLAN and subnet configurations, security and routing configurations for
point of presence connectivity, and application layer ports and protocol configurations for seamless integration.
 Supported the development and review of mission software and system acquisition, sustainment, test, and
integration planning for future weapon systems.
 Led the JWICS network redesign to provide a more flexible, resilient, and reliable architecture with fast re-
convergence and straightforward network management and to seamlessly integrate distributed system interfaces.
 Instrumented port spanning and sniffers, and firewall traffic monitoring to capture relevant network data for
firewall ACL generation.
 Authored the network capture analysis providing a comprehensive list of recommendations: technical, procedural
or organizational; decreased tacticalnetwork congestion and improved end-to-end operational performance.
 Technology Used: Wireshark, Sidewinder, OPNET,Riverbed, VLAN,FQDN, DISA, NGA, ACLs, ADSM
 Provided network security expertise for critical infrastructure components to include engineering solutions for layer
three network security, peer discover, multicast strategies in a WAN, and network management solutions.
 Singlehandedly discovered a significant software flaw during vendor testing; identified the vendor’s protocol
execution was not performing consistently negatively impacting layer 2 test implementations for all users.
 Evaluated HAIPE interoperability specification capabilities to identify gaps between system baseline requirements
and that of technological availability and
 Performed budget analysis, provided quarterly spending inputs, and updated schedules IAW government regulations
and guidelines. Improved Enterprise reporting accuracy by 28% in 1/3 the previously allotted time.
 Technology used: Mu 4000, Cisco, HAIPE, layer 1 switch, terminals, cross links, AEHF, GBS, teleports, COTM

3. CAO: 02/07/2016 Rose Bryant
AWARDS
Next Generation Space Leader Selectee for The 28th
National Space Symposium
Program Recognition Award – Special Operations Command Europe
Program Recognition Award – Pacific Air Operations Center
PUBLICATIONS
Final Report for the Next Generation Operational Control Segment (OCX) Network and
Communications(NETCOM) Support
Internal Technical Report
TSAT/FAB-T Network Security with HAIPE Analysis
Multinational Information Sharing Initiatives – Collaborative Environment (MISI-CE) Network
Simulation and Analysis
SOCEUR Network Optimization Assessment Report
Device Security Analysis & Vulnerability Assessment
ARGUS Global Information System, Configuration Management Plan
AOC WS ISRD Baseline Analysis,Aligning the ISRD with the Intelligence Community
8AF/A2 Personnel and Systems Readiness and Deployment Concept of Operations(USAF)
2012
2008
2006
2012
2009
2009
2008
2007
2007
2006
2006
2001
Clearance: TS/SCI (PR is up-to-date)