System Engineer Level 2 - AI/ML Project TS/SCI w Poly

System Engineer Level 2 - AI/ML Project TS/SCI w Poly About PeratonPeraton is a next-generation national security company that drives missions of consequence spanning the globe and extending to the farthest reaches of the galaxy. As the world's leading mission capability integrator and transformative enterprise IT provider, we deliver trusted, highly differentiated solutions and technologies to protect our nation and allies. Peraton operates at the critical nexus between traditional and nontraditional threats across all domains: land, sea, space, air, and cyberspace. The company serves as a valued partner to essential government agencies and supports every branch of the U.S. armed forces. Each day, our employees solve the most daunting challenges that our customers face. Visit peraton to learn how we're keeping people around the world safe and secure.

About The RoleAre you passionate about building cutting-edge solutions that support national security? Do you thrive in fast-paced, mission-driven environments? Peraton is seeking a talented and skilled System Engineer to join our Cyber Intelligence team in Laurel, MD. As part of a collaborative, high-impact integrated product development team, you'll work on next-generation cyber and AI/ML capabilities hosted on large-scale compute clusters and AWS Cloud infrastructure. This is your chance to help shape innovative services that make a real difference. Interested in Artificial Intelligence and Machine Learning? If so, this is the position for you.

Job Description:

• Analyzes user's requirements, concept of operations documents, and high-level system architectures to develop system requirements specifications.
• Analyzes system requirements and leads design and development activities.
• Guides users in formulating requirements. advises alternative approaches and conducts feasibility studies.
• Provides technical leadership for the integration of requirements, design, and technology. Incorporates new plans, designs and systems into ongoing operations.
• Develops technical documentation.
• Develops system architecture and system design documentation.
• Guides system development and implementation planning through assessment or preparation of system engineering management plans and system integration and test plans.
• Interacts with the Government regarding Systems Engineering technical considerations and for associated problems, issues or conflicts.
• Ultimate responsibility for the technical integrity of work performed and deliverables associated with the Systems Engineering area of responsibility.
• Communicates with other program personnel, government overseers, and senior executives.

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Basic Qualifications:

The System Engineer (SE) shall possess the following capabilities:

• Manage system requirements and derived requirements to ensure the delivery of production systems that are compatible with the defined system architecture(s) - Department of Defense Architecture Framework (DoDAF), Service-oriented Architecture (SOA), etc
• Contribute to the development of sections of systems engineering documentation such as System Engineering Plans, Initial Capabilities Documents, Requirements specifications, and Interface Control Documents
• Assist with the development of system requirements, functional requirements, and allocation of the same to individual hardware, software, facility, and personnel components
• Coordinate the resolution of action items from Configuration Control Board (CCB) meetings, design reviews, program reviews, and test reviews that require cross-discipline coordination
• Participate in an Integrated Product Team to design new capabilities based upon evaluation of all necessary development and operational considerations
• Allocate real-time process budgets and error budgets to systems and subsystem components
• Generate alternative system concepts, physical architectures, and design solutions
• Define the methods, processes, and evaluation criteria by which the systems, subsystems and work products are verified against their requirements in a written plan
• Develop system design solution that satisfies the system requirements and fulfills the functional analysis
• Review and provide input to program and contract work breakdown structure (WBS), work packages and the integrated master plan (IMP)
• Participate in the development of system engineering documentation, such as System Engineering Plans, Initial Capabilities Documents, Requirements Specifications, and Interface Control Documents
• Participate in interface definition, design, and changes to the configuration between affected groups and individuals throughout the life cycle
• Derive from the system requirements an understanding of stakeholder needs, functions that may be logically inferred and implied as essential to system effectiveness
• Derive lower-level requirements from higher-level allocated requirements that describe in detail the functions that a system component must fulfill, and ensure these requirements are complete, correct, unique, unambiguous, realizable, and verifiable
• Participate in establishing and gaining approval of the definition of a system or component under development (requirements, designs, interfaces, test procedures, etc.) that provides a common reference point for hardware and software developers
• Develop derived requirements for Information Assurance Services (Confidentiality, Integrity, Non repudiation, and Availability); Basic Information Assurance Mechanisms (e.g., Identification, Authentication, Access Control, Accountability); and Security Mechanism Technology (Passwords, cryptography, discretionary access control, mandatory access control, hashing, key management, etc.)
• Implement comprehensive SOA solutions
• Implement operational view, technical standards view, and system and services view for architectures using applicable DoDAF standards
• Review and/or approve system engineering documentation to ensure that processes and specifications meet system needs and are accurate, comprehensive, and complete
• Capture all interface designs in a common interface control format, and store interface data in a commonly accessible repository
• Assess each risk to the program and determine the probability of occurrence and quantified consequence of failure in accordance with an approved risk management plan
• In conjunction with system stakeholders, plan the verification efforts of new and unproven designs early in the development life cycle to ensure compliance with established requirements
• Prepare time-line analysis diagrams illustrating the flow of time-dependent functions
• Establish a pro.

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