The Senior Program Analyst will be concerned with the overall planning, direction and success of major programs, systems development efforts, and research or technology initiatives which have great significance to the activity’s and agency’s needs. Programs are typically large, multi-year efforts divided into several sub-programs/tasks. The Senior Program Analyst will also be responsible for the overall program definition, organization, and direction of short and long range plans. This includes the responsibility for formulating, guiding, and directing the technical approach; and defining and negotiation with activity and agency personnel for necessary resources. Establishment and control of technical milestones, schedules, budgets and costs are also essential tasks for the Senior Program Analyst.
PRKK, an SPA group is seeking a highly qualified and motivated journeyman financial management specialist to support the Joint Warfare Analysis Center (JWAC) which provides the Combatant Commands (COCOMs), U.S. Strategic Command (USSTRATCOM), and the Joint Staff with effects-based, precision targeting options for selected networks and nodes in order to carry out the national security and military strategy of the United States during peace, crisis, and war. This position supports financial management for JWAC, which is located at the Naval Support Activity - South Potomac (NSA-SP) base located in Dahlgren, Virginia (VA). The successful qualified candidate shall provide financial management support to conduct financial planning and support activities for current and future programs in accordance with Federal, DoD, Air Force and JWAC laws regulations, policies, directives and instructions.- Provide financial management support for budget planning, organizing and managing the program’s spend plans for obligation and budget expenditure forecasts to meet OSD goals, budget execution, funding analysis and adjustment of JWAC financial programs. - Provide support to various financial management program actions and activities, monitoring and oversight, meetings, funds tracking,milestone planning, briefing preparation, staff coordination, cost risk management, and decision documents preparation. - Review current data management processes and tools, such as spend plans, financial system reporting, and internal and external financial execution status reports, and develop and implement solutions to improve data management and analysis capabilities, is desirable - Comply with all aspects of the Privacy Act (PA) and safeguarding of Personally Identifiable Information (PII) in the execution of their duties. - Assist in spend plan preparation, funding coordination, and documentation of other financial analysis execution and analysis in the Financial Management Division.
The Deputy Program Manager will be concerned with the overall planning, direction and success of major programs, systems development efforts, and research or technology initiatives which have great significance to the activity’s and agency’s needs. Programs are typically large, multi-year efforts divided into several sub-programs/tasks. The Deputy Program Managers will also be responsible for the overall program definition, organization, and direction of short and long range plans. This includes the responsibility for formulating, guiding, and directing the technical approach; and defining and negotiation with activity and agency personnel for necessary resources. Establishment and control of technical milestones, schedules, budgets and costs are also essential tasks for the Deputy Program Manager.
You will serve as a full-time, highly qualified adviser providing direct strategic planning and systems engineering support to the Aegis BMD future weapon systems group, with a focus on radar development and exploitation for application to BMD capabilities. Efforts will include liaison activities with the Navy's Program Executive Office, Integrated Warfare Systems, Above Water Sensors and Lasers Directorate's (PEO IWS 2.0) to assist in maintaining programmatic and technical alignment between the two organizations. You will be empowered to lead and act on behalf of Aegis BMD Leads, ensuring engineering discipline and the appropriate Systems Engineering processes are applied to establish requisite BMD system behavior and requirements. Your writing and communication skills will be applied to ensure the appropriate flow of information between the Aegis BMD and PEO IWS organizations in support of the Liaison function. You will join a high performing Government and contractor team regularly working with stakeholders from industry, the MDA, the PEO, Warfare Centers, Navy Labs and University Affiliated Research Centers on complex issues. You can expect to work on a variety of other BMD development and integration documents and tasks. Remote work is allowed in this position. You will be expected to be onsite at the Aegis BMD facility in Dahlgren, VA as needed to support meetings and related work. You must have the ability to occasionally travel domestically to various locations not to exceed 5 days per month.
Responsibilties include understanding operational needs of systems at varied stages of the SDLC through participation in acquisition meetings (PMR, PDR, CDR, etc.) and concept of operation (CONOP) working groups. Designing and developing security requirements that drive down risk while maintaining operational capability. Working between architecture-level and implementation-level engineering meetings to maintain a system-wide view of security functions and apply risk mitigation strategies at the appropriate level. Guiding and verifying defense contractors’ work against program requirements and goals. This includes participating in technical discussions, trade studies and working groups, and conducting research on industry best practices for potential implementation. Interfacing with program managers to explain security goals and mitigations relative to their priorities of cost and schedule. Due to a long-standing relationship, this position also includes Security Control Assessor duties on behalf of the Authorizing Official (AO). You will select and tailor controls from the NIST SP 800-53 control catalog in view of system needs and constraints. Review system and network artifacts and conduct assessments against selected control baselines, assessing residual risk and providing recommendations to the Authorizing Official. Evaluate software and hardware prior to entry to networks.
- Applying principles and techniques of governance, business management, configuration control and other methodologies as appropriate.- Designing and implementing the IT governance framework--includes the objectives for IT, governance principles, policies, IT governance roles and responsibilities, and processes.- Facilitating the execution and enhancement of IT training and certification requirements and compliance to NRO ND 50-5, DoD 8570.01M or any subsequent IT, IA, and IM direction for workforce compliance or skills development.- Tailoring best practices for client use with the aim of optimizing operational efficiency.- Coordinating closely with process owners to ensure proper implementation of process and system specifications; maintain and enhance process metrics, including collection, analysis, and reporting methods.
We are seeking a dedicated senior-level Engineering Technician to provide critical Electromagnetic Pulse (EMP) / Electromagnetic Interference (EMI) support for NAVSEA's Program Executive Office, Integrated Warfare Systems (PEO IWS) portfolio in Dahlgren, VA.For this critical work, we are looking for a proactive senior engineer to provide expertise in one or more of the following specific areas: Integrated Topside Design (ITD); EMP; E3; EMI; EMC; E3 Computational Modeling; EMP Testing and PCI shipboard testing; EMP Modeling and Simulation; EMC Shipboard Electromagnetic Compatibility; EMC Acquisition Electromagnetic Compatibility; EMI problem investigation, characterization, and quantification; E3 instructions, standards, policies, and procedures; EMC document review; EMC and RADHAZ certification; EMC SHIPMAIN technical assessments; EMC acquisition engineering and EMI analysis; EMI planned maintenance systems; USN Optimized Fleet Response Plan (O-FRP); EMI fix engineering; technical program support; CASREP EMI investigations; and EMI characterization and quantification; RF engineering, logistics documentation, and scheduling support; and Radar Absorbent Material (RAM) EMI mitigation for removal, installation, and fabrication.You must have the ability to work from NSWC Dahlgren 4-5 days per week on average.
We are seeking a dedicated senior-level 3D CAD Modeler to provide critical Electromagnetic Pulse (EMP) / Electromagnetic Interference (EMI) support for NAVSEA's Program Executive Office, Integrated Warfare Systems (PEO IWS) portfolio in Dahlgren, VA.For this critical work, we are looking for a proactive senior 3D CAD Modeler to provide expertise in the areas of Navy ship topside design standards, such as antenna numbering standards; importing existing CAD models into Autodesk Inventor format; developing models that will be used for electromagnetic simulations of radio-frequency propagation involving shipboard antennas; and generating and maintaining 3D CAD models of U.S. Navy ships and other structures for use in ITD and Computational Electromagnetic (CEM) analyses, which include CAD model assemblies with greater than 100 components. You must have the ability to work from NSWC Dahlgren 4-5 days per week on average.
We are seeking a dedicated senior-level Topside Engineer to provide critical Electromagnetic Pulse (EMP) / Electromagnetic Interference (EMI) support for NAVSEA's Program Executive Office, Integrated Warfare Systems (PEO IWS) portfolio in Dahlgren, VA.For this critical work, we are looking for a proactive senior engineer to provide expertise in development and management of system performance requirements; ship operations (including Safety, HM&E, Structural, Vulnerability, Physical Clearances, Navigation, Navigation Lights, Exhaust and Intakes, RADHAZ, Environmental, Shock and Vibration, Combat Systems, and System coverage); deck operations (including Replenishment at Sea, Line Handling, Ordnance, Small Boat Operations, Man Overboard, Damage Control); aviation signatures, and EMI/EMC.You must have the ability to work from NSWC Dahlgren 4-5 days per week on average.
We are seeking a dedicated senior-level EMP Engineer to provide critical Electromagnetic Pulse (EMP) / Electromagnetic Interference (EMI) support for NAVSEA's Program Executive Office, Integrated Warfare Systems (PEO IWS) portfolio in Dalhgren, VA. For this critical work, we are looking for a proactive senior engineer to provide expertise in developing and validating Electromagnetic (EM) survivability requirements for electrical/electronic systems, mechanical systems, interconnects, and structures; provide test and evaluation support at a variety of EMC/EMV/EMP test facilities, including Mode Stirred Chamber, Horizontally Polarized, Vertically Polarized, and Bounded Wave Simulations; and collect test data, conduct detailed analyses, complete desktop and on-site assessments of shipboard status, provide risk to mission analysis and dependency analysis, develop technical and operational conclusions, and write technical reports that meet stakeholder requirements.You must have the ability to work from NSWC Dahlgren 4-5 days per week on average.
We are seeking a dedicated senior-level EMP Engineer to provide critical Electromagnetic Pulse (EMP) / Electromagnetic Interference (EMI) support for NAVSEA's Program Executive Office, Integrated Warfare Systems (PEO IWS) portfolio in Dalhgren, VA. For this critical work, we are looking for a proactive senior engineer to provide expertise in developing and validating Electromagnetic (EM) survivability requirements for electrical/electronic systems, mechanical systems, interconnects, and structures; provide test and evaluation support at a variety of EMC/EMV/EMP test facilities, including Mode Stirred Chamber, Horizontally Polarized, Vertically Polarized, and Bounded Wave Simulations; and collect test data, conduct detailed analyses, complete desktop and on-site assessments of shipboard status, provide risk to mission analysis and dependency analysis, develop technical and operational conclusions, and write technical reports that meet stakeholder requirements.You must have the ability to work from NSWC Dahlgren 4-5 days per week on average.
Your role will be to create visual text and imagery pamphlets and other graphic design materials to support Commander, Naval Personnel.
Uses knowledge of network systems to help design and install internal and external networks. Tests and evaluates network systems to eliminate problems and make improvements. Relies on established guidelines and instructions to perform daily job functions. The SSC/SZYO is tasked with defending the USSF mission systems by further developing software for systems listed below in support of rapid agile development of defensive cyber solutions to protect, defend, and respond to both ground- and space-based cyber adversarial threats. The development activities adhere to the Scaled Agile Framework (SAFe), which offers proven, integrated principles, practices, and competencies to implement lean, agile, and secure Development, Security, and Operations (DevSecOps) at scale. DevSecOps automates the integration of security at every phase of the software development lifecycle, from initial design through integration, testing, deployment, and software delivery. Additionally, the USSF leverages Free and Open-Source Software (FOSS) where possible, licensed applications where necessary, and well-documented processes to ensure repeatable software releases. Development efforts shall result in two deployable defensive cyber solutions to protect, defend, and respond to USSF mission systems as described herein:- System One: The first system, called Manticore is an Out-Of-Band (OOB) defensive cyber solution designed to provide enterprise-level cyber “Identify and Detect” capabilities for USSF legacy and future Space Mission Systems. Manticore duplicates data and analyzes the data passively with no ability to impact mission data or mission systems in real time.- System Two: The second system, called Kraken is an in-band defensive cyber solution that provides enterprise-level cyber “Protect/Respond” capabilities for USSF legacy and future space mission systems. Ultimately, Kraken allows data and mission systems the real-time ability to demonstrate “active” defense against cyber threats.Position supports the installation, implementation, troubleshooting, and maintenance of agency wide-area networks (WANs) and local-area networks (LANs). Assist in designing and managing the WAN infrastructure and any processes related to the WAN. Provide Production Support of the Network, including: day-to-day operations, monitoring and problem resolution client Networks. Provide second level problem identification, diagnosis and resolution of problems. Support the dispatch of circuit and hardware vendors involved in the resolution process. Support the escalation and communication of status to agency management and internal customers. A working knowledge is desirable in various software systems and architectures, communications protocols: and network hardware devices.
The SSC/SZYO is tasked with defending the USSF mission systems by further developing software for systems listed below in support of rapid agile development of defensive cyber solutions to protect, defend, and respond to both ground- and space-based cyber adversarial threats. The development activities adhere to the Scaled Agile Framework (SAFe), which offers proven, integrated principles, practices, and competencies to implement lean, agile, and secure Development, Security, and Operations (DevSecOps) at scale. DevSecOps automates the integration of security at every phase of the software development lifecycle, from initial design through integration, testing, deployment, and software delivery. Additionally, the USSF leverages Free and Open-Source Software (FOSS) where possible, licensed applications where necessary, and well-documented processes to ensure repeatable software releases. Development efforts shall result in two deployable defensive cyber solutions to protect, defend, and respond to USSF mission systems as described herein:- System One: The first system, called Manticore is an Out-Of-Band (OOB) defensive cyber solution designed to provide enterprise-level cyber “Identify and Detect” capabilities for USSF legacy and future Space Mission Systems. Manticore duplicates data and analyzes the data passively with no ability to impact mission data or mission systems in real time.- System Two: The second system, called Kraken is an in-band defensive cyber solution that provides enterprise-level cyber “Protect/Respond” capabilities for USSF legacy and future space mission systems. Ultimately, Kraken allows data and mission systems the real-time ability to demonstrate “active” defense against cyber threats.Provide a portfolio of professional UI/UX design work. Hands-On with coding and ability to troubleshoot using HTML, CSS and comparable languages. Designing UI elements such as input controls, navigational components and informational components. Creating user flows, wireframes, prototypes and mockups. Translating requirements into style guides, design systems, design patterns and attractive user interfaces. Creating user-centered designs by understanding business requirements, and user feedback.
The SSC/SZYO is tasked with defending the USSF mission systems by further developing software for systems listed below in support of rapid agile development of defensive cyber solutions to protect, defend, and respond to both ground- and space-based cyber adversarial threats. The development activities adhere to the Scaled Agile Framework (SAFe), which offers proven, integrated principles, practices, and competencies to implement lean, agile, and secure Development, Security, and Operations (DevSecOps) at scale. DevSecOps automates the integration of security at every phase of the software development lifecycle, from initial design through integration, testing, deployment, and software delivery. Additionally, the USSF leverages Free and Open-Source Software (FOSS) where possible, licensed applications where necessary, and well-documented processes to ensure repeatable software releases. Development efforts shall result in two deployable defensive cyber solutions to protect, defend, and respond to USSF mission systems as described herein:- System One: The first system, called Manticore is an Out-Of-Band (OOB) defensive cyber solution designed to provide enterprise-level cyber “Identify and Detect” capabilities for USSF legacy and future Space Mission Systems. Manticore duplicates data and analyzes the data passively with no ability to impact mission data or mission systems in real time.- System Two: The second system, called Kraken is an in-band defensive cyber solution that provides enterprise-level cyber “Protect/Respond” capabilities for USSF legacy and future space mission systems. Ultimately, Kraken allows data and mission systems the real-time ability to demonstrate “active” defense against cyber threats.Position supports the installation, implementation, troubleshooting, and maintenance of agency wide-area networks (WANs) and local-area networks (LANs). Assist in designing and managing the WAN infrastructure and any processes related to the WAN. Provide Production Support of the Network, including: day-to-day operations, monitoring and problem resolution client Networks. Provide second level problem identification, diagnosis and resolution of problems. Support the dispatch of circuit and hardware vendors involved in the resolution process. Support the escalation and communication of status to agency management and internal customers. A working knowledge is desirable in various software systems and architectures, communications protocols: and network hardware devices.
Prepares and ensures complete documentation is maintained. Oversees management of configuration items, including documentation, change control board, and lifecycle management.
Analyze test results and coordinate with the development teams for bug fixes. Analyze the underlying causes of performance issues and provide corrective action. Develop an automated test scenario and environment for performance testing. Review and recommend improvements in existing test procedures. Coordination with the testing team to develop performance test plans and cases. Must be able to use all web methods like GET, PUT, POST, DELETE etc. Designing and developing test automation scripts to create, enhance, debug, and run test cases. Using test automation guidelines. Researching issues in software through testing to validate feedback, response time, & error code.Positions will support SSC/SZYO who is tasked with defending the USSF mission systems by further developing software for systems listed below in support of rapid agile development of defensive cyber solutions to protect, defend, and respond to both ground- and space-based cyber adversarial threats. The development activities adhere to the Scaled Agile Framework (SAFe), which offers proven, integrated principles, practices, and competencies to implement lean, agile, and secure Development, Security, and Operations (DevSecOps) at scale. DevSecOps automates the integration of security at every phase of the software development lifecycle, from initial design through integration, testing, deployment, and software delivery. Additionally, the USSF leverages Free and Open-Source Software (FOSS) where possible, licensed applications where necessary, and well-documented processes to ensure repeatable software releases. Development efforts shall result in two deployable defensive cyber solutions to protect, defend, and respond to USSF mission systems as described herein:- System One: The first system, called Manticore is an Out-Of-Band (OOB) defensive cyber solution designed to provide enterprise-level cyber “Identify and Detect” capabilities for USSF legacy and future Space Mission Systems. Manticore duplicates data and analyzes the data passively with no ability to impact mission data or mission systems in real time.- System Two: The second system, called Kraken is an in-band defensive cyber solution that provides enterprise-level cyber “Protect/Respond” capabilities for USSF legacy and future space mission systems. Ultimately, Kraken allows data and mission systems the real-time ability to demonstrate “active” defense against cyber threats.
Design the computing, network and storage infrastructure for small network. Install and configure hardware components of the computing infrastructure – servers, storage and backup. Develops installation plans, tests installations, troubleshooting techniques for deployed hardware stacks, adheres to build standards for hardware installations, provides technical support for testing and deploying hardware.Positions will support SSC/SZYO is tasked with defending the USSF mission systems by further developing software for systems listed below in support of rapid agile development of defensive cyber solutions to protect, defend, and respond to both ground- and space-based cyber adversarial threats. The development activities adhere to the Scaled Agile Framework (SAFe), which offers proven, integrated principles, practices, and competencies to implement lean, agile, and secure Development, Security, and Operations (DevSecOps) at scale. DevSecOps automates the integration of security at every phase of the software development lifecycle, from initial design through integration, testing, deployment, and software delivery. Additionally, the USSF leverages Free and Open-Source Software (FOSS) where possible, licensed applications where necessary, and well-documented processes to ensure repeatable software releases. Development efforts shall result in two deployable defensive cyber solutions to protect, defend, and respond to USSF mission systems as described herein:- System One: The first system, called Manticore is an Out-Of-Band (OOB) defensive cyber solution designed to provide enterprise-level cyber “Identify and Detect” capabilities for USSF legacy and future Space Mission Systems. Manticore duplicates data and analyzes the data passively with no ability to impact mission data or mission systems in real time.- System Two: The second system, called Kraken is an in-band defensive cyber solution that provides enterprise-level cyber “Protect/Respond” capabilities for USSF legacy and future space mission systems. Ultimately, Kraken allows data and mission systems the real-time ability to demonstrate “active” defense against cyber threats.
Demonstrated working knowledge & experience in the following areas: agile software development, agile methodologies, agile project management, software project management, defensive cyber operations, software development life cycle management, program/project management, cross-functional team. Version control, continuous integration, configuration management, deployment automation, containers, infrastructure orchestration, software testing, code quality tools, Chef, Docker, Puppet, & scripting Linux. Positions will support SSC/SZYO is tasked with defending the USSF mission systems by further developing software for systems listed below in support of rapid agile development of defensive cyber solutions to protect, defend, and respond to both ground- and space-based cyber adversarial threats. The development activities adhere to the Scaled Agile Framework (SAFe), which offers proven, integrated principles, practices, and competencies to implement lean, agile, and secure Development, Security, and Operations (DevSecOps) at scale. DevSecOps automates the integration of security at every phase of the software development lifecycle, from initial design through integration, testing, deployment, and software delivery. Additionally, the USSF leverages Free and Open-Source Software (FOSS) where possible, licensed applications where necessary, and well-documented processes to ensure repeatable software releases. Development efforts shall result in two deployable defensive cyber solutions to protect, defend, and respond to USSF mission systems as described herein:- System One: The first system, called Manticore is an Out-Of-Band (OOB) defensive cyber solution designed to provide enterprise-level cyber “Identify and Detect” capabilities for USSF legacy and future Space Mission Systems. Manticore duplicates data and analyzes the data passively with no ability to impact mission data or mission systems in real time.- System Two: The second system, called Kraken is an in-band defensive cyber solution that provides enterprise-level cyber “Protect/Respond” capabilities for USSF legacy and future space mission systems. Ultimately, Kraken allows data and mission systems the real-time ability to demonstrate “active” defense against cyber threats.
Reviews, plans, and evaluates network communications systems. Provides documentation/project tracking and management reporting. Provides tactical and strategic input on overall network communications planning and related projects. Familiar with a variety of the field's concepts, practices, and procedures. Relies on extensive experience and judgment to plan and accomplish goals. Performs a variety of tasks. A wide degree of creativity and latitude is expected.
