Power3 Solutions is hiring: Sr. Network Engineer in Fort George Meade
Power3 Solutions, Fort George Meade, MD, United States
We solve difficult business, IT, and analytic problems by addressing the whole problem – not just the symptoms – using interdisciplinary approaches that are both practical and innovative. We provide fresh alternatives to ordinary, mainstream consulting firms through small, highly skilled, and hand‑picked teams that can meet clients' needs in any industry. Our broad interdisciplinary understanding allows us to provide the right solution, even if it is from outside the industry or traditionally defined problem space. We bring Public and Private, Civilian and Military expertise to every case.
We are hiring a Sr. Network Engineer to work in Fort Meade, MD . Position location is subject to change based on central MD client’s needs.
Required:
TS/SCI with a Polygraph.
Provides assistance in all aspects of network management from network design through implementation, maintenance, and upgrading of existing networks; analyzes design, specifications, and related documents; implements communication system requirements to support the distributed functionality of a software engineering environment; analyzes network characteristics (e.g. traffic connect time, transmission speeds, packet sizes and throughput), troubleshoots problems and recommends procurement of and/or modifications to network components.
The Level 3 Network Engineer shall possess the following capabilities:
Minimize network latency and maximize data throughput through design analysis and network performance monitoring tools.
Develops algorithms used in modules or incorporated into models associated with the research and development of technologies and systems.
Ensures that all material received is inspected for evidence of tampering and, if any is found, submits a report of suspected physical incident immediately.
Configure and maintain organization's network diagrams and accreditations.
Integrate hardware and software to satisfy ISO 9000 requirements and other DoD/IC regulations.
Design, integrate, test, and deploy solutions to established network issues.
Optimize end‑to‑end system performance and dataflow management.
Coordinate with appropriate dataflow organizations and end‑customer recipients, follow‑on data repositories and tasking organizations and mitigate potential adverse impacts on system‑wide dataflow.
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We are hiring a Sr. Network Engineer to work in Fort Meade, MD . Position location is subject to change based on central MD client’s needs.
Required:
TS/SCI with a Polygraph.
Provides assistance in all aspects of network management from network design through implementation, maintenance, and upgrading of existing networks; analyzes design, specifications, and related documents; implements communication system requirements to support the distributed functionality of a software engineering environment; analyzes network characteristics (e.g. traffic connect time, transmission speeds, packet sizes and throughput), troubleshoots problems and recommends procurement of and/or modifications to network components.
The Level 3 Network Engineer shall possess the following capabilities:
Minimize network latency and maximize data throughput through design analysis and network performance monitoring tools.
Develops algorithms used in modules or incorporated into models associated with the research and development of technologies and systems.
Ensures that all material received is inspected for evidence of tampering and, if any is found, submits a report of suspected physical incident immediately.
Configure and maintain organization's network diagrams and accreditations.
Integrate hardware and software to satisfy ISO 9000 requirements and other DoD/IC regulations.
Design, integrate, test, and deploy solutions to established network issues.
Optimize end‑to‑end system performance and dataflow management.
Coordinate with appropriate dataflow organizations and end‑customer recipients, follow‑on data repositories and tasking organizations and mitigate potential adverse impacts on system‑wide dataflow.
#J-18808-Ljbffr