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.
As a Systems Administrator at SPA, you will be assigned to support SC/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. The duties associated with this role include but are not limited to the following:- Supports, designs, maintains and monitors internal and external networks. - Implements and manages all systems, applications, security and network configurations.- Resolves network performance issues and establishes a disaster recovery plan.- Recommends upgrades, patches and new applications and equipment. - Provides technical support and guidance to users. - Relies on knowledge and professional discretion to achieve goals. - Usually reports to a supervisor or department head. - This position will require privileged access and DODM 8570.01M restrictions will apply.
As a Systems Engineer at SPA, you will be assigned to 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. Systems Engineers monitors installed hardware and software systems. Assists with network tap design and system survey to ensure data is properly sampled and transported. Evaluates existing systems and assists with technical refreshes. Lead and/or assist with hardware installation and software deployment at mission system sites.The duties associated with this role include but are not limited to the following:- Work collaboratively with Requirements Owners and the Requirements Community from to synthesize operational needs and author formal requirements to enable Program Office acquisitions and development;- Reinvigorate the requirements development and analysis process by establishing and leading technical interchanges and working groups with all relevant stakeholders – the objective being to document updated operational requirements to meet mission needs today and into the future;- Ensure requirements are authored in a measurable and testable fashion, with a clear method for verification;- Support the translation of these Capability Need Statements into executable technical and performance specifications required for development activities;- Collaborate with the model-based systems engineering team to ensure requirements are captured and modeled appropriately, including integration with risks/dependencies attributable to each requirement;- Collaborate with the integrated test team to ensure their test plans and procedures will achieve the desired results based on the intent of each requirement;- Collaborate with the configuration management team to ensure requirements changes are properly accounted for to avoid unanticipated consequences to the system;- Manage and monitor installed hardware and software systems;- Assist with network tap design and system survey to ensure data is properly sampled and transported;- Evaluate existing systems and assists with technical refreshes;- Lead and/or assist with hardware installation and software deployment at mission system sites.
Responsible for ensuring the appropriate operational security posture is maintained for an information system and as such, works in close collaboration with the ISSM and ISO. The position shall have the detailed knowledge and expertise required to manage the security aspects of an information system and, in many organizations, is assigned responsibility for the day-to-day security operations of a system. This position may require privileged access and DODM 8570.01M restrictions will apply.- Reviewing and assessing information system security requirements and associated verification methods per Risk Management Framework (RMF) and National Institute of Standards and Technology (NIST);- Performing analysis of network security based upon the RMF, NIST, and DISA Security Technical Implementation Guides (STIGS);- Assisting with the design, integration, and implementation of NIST/RMF Continuous Monitoring tools and processes;- Performing security assessments of servers/network devices/security appliances;- Writing and executing cybersecurity test procedures for validation of control compliance;- Monitoring and analyzing outputs of cybersecurity-related tools for reportable security incidents and residual risks;- Identifying and/or assessing information system vulnerabilities and susceptibility to life cycle disruptions, hazards, and threats;- Providing and implementing cybersecurity risk management recommendations;- Providing consultation and technical support on DoD Information System Security;- Providing security consideration to inform systems engineering efforts with the objective to reduce errors, flaws, and weakness that may constitute security vulnerability leading to unacceptable asset loss and consequences;- Developing, implementing, and evaluating information system security program policy;- Recommending cybersecurity software tools, assisting in the development of software tool requirements, and selection criteria;- Reviewing and developing security-related designs and provide security compliance recommendations;- Supporting Patch/Configuration Management, DevSecOps, and advanced technical support;- Integrating/developing new techniques to improve Confidentiality, Integrity, and Availability for networks/systems operating at various classification levels. - Has an in-depth understanding of the cybersecurity policies and procedures for government sector information systems and sufficient technical knowledge and experience to implement them. - Provides hands on security and compliance guidance and work with Scrum Masters and product owners in concert with system requirements that are being developed and implementing cloud computing. - This position may require privileged access and DODM 8570.01M restrictions will apply.
Qualified applicants will be expected to implement user stories from the product backlog via Test Driven Development and Pair Programming. You will be expected to write tests before you write production code. Testing first gives confidence and keeps focus. With a balanced-team approach, you provide inputs on complexity and architecture decisions to the other product team members. - You will be responsible for:- Demonstrated working knowledge & experience in the following areas: Apache Spark, Kubernetes, Kafka, SIMP Project, Ansible, Docker, GIT, Linux, Suricata, Zeek, Kibana, Logstash, Elastic Search, Neo4J, PostgreSQL, Terraform, Artifactory, GitLab, network engineering, AWS Cloud, agile software development, agile methodologies, agile project management, software project management, defensive cyber military operations, software development life cycle management, program/project management, systems engineering, strategic planning, cross-functional team.
As a DevOps Engineer at SPA, you will be assigned to support the US Space Force’s Space Systems Command, for continuously delivering impactful software for space operations. The program office’s mission includes the development and deployment of software for space defense, space domain awareness, and enabling data services. Responsibilities to include the following: - Building tools to reduce occurrences of errors and improve pipeline experience.- Developing software to integrate with internal back-end systems.- Performing root cause analysis for development environment errors.- Investigating and resolving technical CI/CD issues.- Developing scripts to automate visualization.- Identifying technical problems and developing software updates and fixes.- Building and implementing new development tools and infrastructure.- Ensuring that development and software continuous delivery and integrations uses security best practices through out the process. - Ensuring that capabilities deployed meet security requirements and test. - Working with cloud deployment activities to ensure configurations meet STIG or DOD required security standards. You will support the SSC/SZYO 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.As a Journeyman you will provide Hands on experience in the following: Build tools to reduce occurrences of errors and improve pipeline experience. Develop software to integrate with internal back-end systems. Perform root cause analysis for development environment errors. Investigate and resolve technical CI/CD issues. Develop scripts to automate visualization. Identifying technical problems and developing software updates and fixes. Building and implementing new development tools and infrastructure. As a Senior you will ensure that development and software continuous delivery and integrations uses security best practices through out the process. Ensures capabilities deployed meet security requirements and test. Works with cloud deployment activities to ensure configurations meet STIG or DOD required security standards.
Provided support shall include:- Engagement and participation with the enterprise architecture team that analyzes and models the platform and platform processes, with particular emphasis on integration and dataflow- Establishing and formalizing the enterprise architecture team models to the standards already present in partner architecture models- Modeling for the structural, conceptual, and behavioral business processes and the systems that support themInterface with operational units, senior decision makers, developers, acquisition personnel, and the group technical director to compile, coordinate, and submit requirements guiding the development of ENSU and hosted Mission Applications. Use knowledge and insight of current USCC development, testing, and operational networks to evaluate technical solution proposals and provide integration recommendations/options regarding current and future technologies. Provide operational and strategic support for efforts to modernize and improve the Development Pipeline for the platform and for Mission Applications. Provide written documentation and briefings after technical forums describing new potential dataflows and identifying when policy or capability-based impediments to dataflow are impeding progress. Maintain electronic records in an appropriate electronic Government approved shared location.
The Senior Systems Security Engineer directly supports the Execution and Congressional Branch within the SAF/SQ Special Programs Division. The Special Programs Division promotes integration of activities across domains and Services to meet warfighter requirements. The successful candidate wil formulate, justify, and defend the resources required for the management of multiple program elements in multi-year-appropriated funds for several classified, unique Space Force efforts. Will assist in monitoring active budget year appropriations to ensure effective obligation and expenditure resources, and prepare and compile documentation in support of annual and statuary congressional SAP reporting, Continuing Resolution (CR) issues, funds distribution, and various financial execution reviews. Will prepare and provide factual reference material and special reports for use during senior DoD briefings and Congressional hearings on related programs and issues. Facilitates SAP-focused SAE congressional engagements and ensures information is consistent, appropriately protected, and integrated for congressional engagements in collaboration with SAF/SQE, SAF/AQL, SAF/LL, and DoD SAPCO.
Provide the oversight and evaluation of major proposals; monitor contracts; be a critical asset in key negotiations; demonstrate ability to resolve multi-faceted and complex contractual/customer issues as they arise; resolve performance issues; identify risks and propose mitigation strategies; ensure compliance with SPA policies and develop and maintain excellent internal and external customer relationships. Candidate must be self-motivated and able to work with limited supervision. The candidate must have excellent soft skills for interaction with all levels and company areas, including program teams, contracts, finance, security and project control. Prompt responsiveness to internal and customer requirements and deadlines is critical. Participate in the review and analysis of Requests for Proposal (RFPs) to identify and mitigate contract risks. Review and negotiate Teaming Agreements, Nondisclosure Agreements, License Agreements and OCI Mitigation Plans.
You will serve as an adviser providing direct support to the Spectrum Program Manager within the Naval Systems Engineering & Logistics Directorate's (SEA 05) Integrated Warfare Systems Engineering (SEA 05H) office. SEA 05 is responsible for providing the engineering and scientific expertise, knowledge, and technical authority necessary to design, build, maintain, repair, modernize, certify, and dispose of the Navy's ships, submarines, and associated warfare systems. You will be empowered to lead and act on behalf of the Program Manager ensuring the appropriate Spectrum and Systems Engineering processes and discipline is applied across multiple stakeholders. You will manage development of current and future feasibility studies for sharing federal spectrum, current and future spectrum pipeline plans, development and execution of current and future transition plans, supporting the Spectrum Efficient National Surveillance Radar (SENSR), and Non-SENSR efforts, and any current and future spectrum relocation efforts supports any and all Federal Agencies. You will join a high performing Government and contractor team regularly working with stakeholders from industry, the PEO, Warfare Centers, Navy Labs and University Affiliated Research Centers on complex issues facing the Spectrum Relocation Fund (SRF). You may be expected to work on other radar development and integration tasks, such as providing support to the Navy's Future X-Band Radar program. Remote work is allowed in this position, however you must have the ability to occasionally travel to Washington, D.C. At SPA, we strive to deliver a robust total compensation package that will attract and retain top talent. Elements of the compensation package include competitive base pay and variable compensation opportunities. SPA provides eligible employees with an opportunity to enroll in a variety of benefit programs, generally including health insurance, flexible spending accounts, health savings accounts, retirement savings plans, life and disability insurance programs, and a number of programs that provide for both paid and unpaid time away from work. The specific programs and options available to any given employee may vary depending on eligibility factors such as geographic location, date of hire, etc.
The Cyber Data Science Engineer provides support to the customer in the area of Cyber Security. Daily Tasks include, but are not limited to:- Utilize analytical, statistical, and programming skills to collect, analyze, and interpret large cybersecurity data sets- Develop data-driven solutions- Analyze data sets found in the customer's vulnerability scanning, authorization, and configuration management tools- Import and transform data into usable sets for analysis tools used by the customer (e.g., Tableau)- Provide analysis and graphical presentations of collected metrics for IA compliance status reporting- Support legacy visualization and situational awareness tools based on Microsoft Excel- Collaborate with the Heat Map team to investigate options to simplify and automate the current Heat Map
You will serve as a highly qualified adviser providing direct support to the Spectrum Program Manager within the Naval Systems Engineering & Logistics Directorate's (SEA 05) Integrated Warfare Systems Engineering (SEA 05H) office. SEA 05 is responsible for providing the engineering and scientific expertise, knowledge, and technical authority necessary to design, build, maintain, repair, modernize, certify, and dispose of the Navy's ships, submarines, and associated warfare systems. You will be empowered to lead and act on behalf of the Program Manager ensuring the appropriate Sprectrum and Systems Engineering processes and discipline is applied across multiple stakeholders. You will join a high performing Government and contractor team regularly working with stakeholders from industry, the PEO, Warfare Centers, Navy Labs and University Affiliated Research Centers on complex issues facing the Spectrum Relocation Fund (SRF). You may be expected to work on other radar development and integration tasks, such as providing support to the Navy's Future X-Band Radar program. Full-time or part-time work is allowed. Remote work is allowed in this position, however you must have the ability to occasionally travel to Washington, D.C. At SPA, we strive to deliver a robust total compensation package that will attract and retain top talent. Elements of the compensation package include competitive base pay and variable compensation opportunities. SPA provides eligible employees with an opportunity to enroll in a variety of benefit programs, generally including health insurance, flexible spending accounts, health savings accounts, retirement savings plans, life and disability insurance programs, and a number of programs that provide for both paid and unpaid time away from work. The specific programs and options available to any given employee may vary depending on eligibility factors such as geographic location, date of hire, etc. Please note that the salary information shown below is a general guideline only. Salaries are commensurate with experience and qualifications, as well as market and business considerations. Washington, DC Pay Transparency Range: $160,000 - $190,000.
