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Test Engineer for SAFe agile team focused on testing High Performance Computing (HPC) systems. SYST team exists to evaluate HPC systems throughout a series of formal test events that inform the decision for system acceptance. We perform this function by leveraging manual and automated testing approaches as well as gaining data insights through modern analytics tools. The ideal candidate will have a strong foundation in either hardware testing, or software testing within large data systems. In addition, the Mid-Level Test Engineer is expected to possess an understanding of Linux based systems, scripting, database query development, REST AP ls, and familiarity with executing formal test events. This role requires an individual with a keen interest in collaborating with cross-functional teams, has experience working in an Agile environment as part of a self-organized team, and a desire to thoroughly evaluate complex hardware systems that are integrated with custom software. Test Engineer Responsibilities Independently test and validate HPC systems in accordance with test plans to ensure that system requirements are met. Design, develop, and implement testing strategies, to include automated test execution and data analysis. Participate in all SAFe activities including, but not limited to, planning meetings, daily stand-up meetings, demos, and retrospectives. Collaborate with team members to develop and execute test plans for HPC systems. Utilize Linux command-line interface and scripting languages (e.g., Python, Bash) to troubleshoot hardware, execute tests and automate testing processes. Develop complex database queries and analyze test data across various database platforms (SQL, Splunk, etc.). Track, document, and report defects using defect tracking systems (JIRA or similar tools). Contribute to the integration and testing of Rest APls related to hardware systems. Work closely with cross-functional teams to analyze system requirements and ensure that system verificat1ion standards are met. Generate test reports at the conclusion of formal test events. Review HPC system documentation and interpret system requirements, to provide technical guidance on system testability.

Provides expertise in integrating, installing, configuring, upgrading, compiling and supporting COTS/GOTS software in a heterogeneous operating system environment. The Software Integration Engineer shall be responsible for executing and maintaining automated integration and system testing processes across a diverse range of HPC operating environments. This role involves the development of scripts and playbooks to be leveraged for system-level integration, development of technical documentation, coordination of integration activities, and clear communication of results to key stakeholders. In addition, the Software Integration Engineer shall conduct performance, functional, redundancy, and failover testing to ensure system stability and reliability under various conditions.

The Software Engineer designs, develops, tests, deploys, documents, maintains, and enhances complex and diverse software systems based upon documented requirements. These systems might include, but are not limited to, processing­ intensive analytics, novel algorithm development, manipulation of extremely large data sets, real-time systems, business management information systems, and systems which incorporate data repositories, data transport services, and application and systems development and monitoring. Works individually or as part of a team. Reviews and tests software components for adherence to the design requirements and documents test results. Resolves software problem reports. Utilizes software development and software design methodologies appropriate to the development environment. Provides specific input to the software components of system design to include hardware/software trade-offs, software reuse, use of Open Source Software (OSS) and/or Commercial Off­The-Shelf (COTS) Government Off-The-Shelf (GOTS) software in place of new development, and requirements analysis and synthesis from system level to individual software components. Experience developing in Unix. Ability to perform shell scripting. Working knowledge of Configuration Management (CM) tools and Web Services implementation. The Software Engineer shall be responsible for enhancing a UI prototype that was developed using Streamlit and build it into an interface with future plans to make the interface available external to the corporate enterprise.

The Software Engineer designs, develops, tests, deploys, documents, maintains, and enhances complex and diverse software systems based upon documented requirements. These systems might include, but are not limited to, processing­ intensive analytics, novel algorithm development, manipulation of extremely large data sets, real-time systems, business management information systems, and systems which incorporate data repositories, data transport services, and application and systems development and monitoring. Works individually or as part of a team. Reviews and tests software components for adherence to the design requirements and documents test results. Resolves software problem reports. Utilizes software development and software design methodologies appropriate to the development environment. Provides specific input to the software components of system design to include hardware/software trade-offs, software reuse, use of Open-Source Software (OSS) and/or Commercial Off-The-Shelf (COTS) Government Off-The-Shelf (GOTS) software in place of new development, and requirements analysis and synthesis from system level to individual software components. Experience developing in Unix. Ability to perform shell scripting. Working knowledge of Configuration Management (CM) tools and Web Services implementation. Position Description The DevOps Engineer shall be responsible for developing and maintaining complex and diverse Infrastructure as Code (IaC) solutions. This position’s focus is on automation and efficiency to reduce manual effort and increase the reliability of software builds and deployments.

Job Description is Classified.

TDNA must have relevant experience with SIGINT and AMOD.   TDNA must be fluent with stored comms and passive resources.  TDNA must have ability to build out assigned target set and identify indicators of compromise organically for new/follow-on development.  TDNA will be well versed in tracking lateral movement of target via claimed infrastructure. TDNA will be well versed in packet analysis.  TDNA will be required to have experience with Machine Learning and AI for focused discovery efforts.  TDNA must be well versed in tradecraft associated with characterization of personas, companies, capabilities, and target networks. 

Job Description is Classified.

Evaluate target opportunities using all source data to understand and map target networks, and to assist in developing detailed exploitation and operations plans. Analyze SIGINT and cybersecurity data at multiple levels up and down the OSI network stack and bring a solid understanding of logical/physical IP core infrastructure, communication devices and how they connect to networks, and the traffic movements in a network. Develop new tradecraft needed to perform this analysis as technologies evolve. Work together with government, military, and contractor personnel to develop shared understandings of intelligence needs, mission relevance, and areas of expertise. Apply your innate curiosity and analytical talent to form hypotheses, critically assess and choose analysis techniques, then query, merge, enrich, evaluate, and pivot within data to attain and share insights Distill, document, contextualize and share your findings--including any new tradecraft that you develop--with teammates, stakeholders, and intelligence consumers.

Use information collected from a variety sources (e.g., intrusion detection systems, firewalls, network traffic logs, and host system logs) to identify potential vulnerabilities, respond to cyber events that occur, and defend against events that might occur. Help develop mitigations to strengthen network defenses and protect against attacks on network infrastructure devices or systems. Knowledge may span the gamut of data transport possibilities, such as traditional wired networks, wireless transport (including Wi-Fi and cellular), collaborative platforms such as video teleconferencing, and the hardware and software that support it all. Advance your career as you develop increasing expertise in networking protocols and architectures, cloud security, Internet of Things protocols, and advanced network security. Be part of a team, working together with government, military, and contractor personnel to develop shared understandings of intelligence needs, mission relevance, and areas of expertise. Apply your innate curiosity and analytical talent to form hypotheses, critically assess and choose analysis techniques, then query, merge, enrich, evaluate, and pivot within data to attain and share insights. Distill, document, contextualize and share your findings--including any new tradecraft that you develop--with teammates, stakeholders, and intelligence consumers.