4533 Solutions Architect

OVERVIEW:

We are seeking a Solutions Architect to work in complex and restricted mission environments. You will evaluate existing systems and mission requirements to create organized architectural structures. Your role involves leading government and engineering stakeholders through the process of designing and deploying functional technology.

You will work with government clients, operators, program leaders, engineers, security teams, vendors, and company teams. Your role is to turn complex mission requirements into system architectures that are secure, scalable, and ready to be built.

You will work directly on architectural tasks rather than observing from the sidelines. Your responsibilities include assessing current systems and constraints, defining future architectures, and developing technical requirements and integration strategies. You will evaluate tradeoffs and support teams throughout the process from initial concepts to final implementation.

Effective architecture is defined by its performance in a real environment rather than its theoretical elegance. You must design solutions that account for existing legacy systems, security requirements, and established acquisition processes. Your design should also consider organizational ownership, long-term sustainment, and the specific capacity of the government to deploy and manage the final capability.

GENERAL DUTIES:

Architect Mission-Critical Systems

• Assess existing network systems, infrastructure, interfaces, dependencies, technical debt, security boundaries, and operational constraints.
• Translate mission needs and operational concepts into clear current-state and future-state architectures.
• Develop conceptual, logical, physical, integration, and deployment architectures appropriate to the problem.
• Decompose complex mission needs into capabilities, system components, services, interfaces, requirements, and executable technical work.
• Evaluate architectural alternatives and make decision-ready recommendations across performance, resiliency, interoperability, security, scalability, cost, and schedule.
• Create modernization roadmaps that connect long-term architectural direction with practical near-term delivery.

Turn Architecture Into Something Teams Can Build

• Develop clear, testable technical and non-functional requirements from operational needs and mission outcomes.
• Define system boundaries, interfaces, integration patterns, data flows, APIs, services, and external dependencies.
• Maintain traceability between mission needs, requirements, architecture decisions, implementation activities, and verification objectives.
• Identify technical risks, assumptions, constraints, and dependencies early enough to do something about them.
• Support integration, test, verification, validation, and operational acceptance by ensuring architecture and requirements are implementation-ready.

Design for the Real Environment

• Develop integration strategies spanning legacy systems, modern applications, cloud and edge environments, networks, data platforms, and commercial technologies.
• Incorporate cybersecurity, identity and access management, data protection, network segmentation, resiliency, and classified-environment constraints from the beginning.
• Design for implementation rather than architectural purity, accounting for authorization, acquisition, licensing, portability, sustainment, government ownership, and operational realities.
• Help transition prototypes and commercial technologies into government-owned and operated environments without creating avoidable long-term dependencies.
• Evaluate AI-enabled architectures, including secure integration of models and agents with enterprise systems, data sources, APIs, tools, and mission workflows.

Lead Through Ambiguity

• Serve as a trusted technical advisor to government leaders, operators, program offices, engineers, and Dcode teams.
• Facilitate architecture working groups, requirements workshops, technical reviews, design sessions, and engineering trade studies.
• Lead technical workstreams across multidisciplinary teams and organizational boundaries.
• Translate complex technical decisions into clear architecture views, roadmaps, executive briefings, and decision papers.
• Challenge assumptions constructively and drive stakeholders toward decisions when requirements, ownership, interfaces, or constraints are unclear.
• Help Dcode develop repeatable architecture, requirements, and integration practices that can scale across engagements.

REQUIRED QUALIFICATIONS:

• You have extensive experience with the design and implementation of complex system architectures. This work was performed within government, national security, or other mission environments that are highly regulated.
• Taken ambiguous operational or business problems and turned them into coherent technical architectures.
• Designed systems involving multiple applications, platforms, networks, data sources, interfaces, or infrastructure environments.
• Developed technical requirements and architecture artifacts that engineers could actually implement.
• Worked across architecture, engineering, cybersecurity, infrastructure, software, data, and operational teams.
• Made and defended difficult architecture tradeoffs rather than simply documenting ideal-state designs.
• Led technical efforts involving multiple stakeholders, organizations, vendors, or engineering disciplines.
• Communicated effectively with both deeply technical teams and senior decision-makers.
• Worked successfully in environments where security, compliance, legacy technology, organizational boundaries, and operational constraints materially affect the solution.

DESIRED QUALIFICATIONS:

• National security systems: Department of Defense, Intelligence Community, command and control, communications, networking, or other classified mission environments.
• Systems engineering and architecture: DoDAF, MBSE/SysML, digital engineering, operational and system views, interface control documents, requirements traceability, or similar practices.
• Modern infrastructure: Cloud-native and hybrid architectures, edge computing, APIs, microservices, Zero Trust, identity and access management, DevSecOps, or data platforms.
• AI-enabled systems: LLMs, agents, RAG, AI orchestration, MCP or similar interoperability patterns, and secure integration of AI capabilities with enterprise systems.
• Technology transition: Evaluating and integrating commercial or emerging technologies, prototypes, pilots, and rapid acquisition efforts into operational government environments.
• Certifications like INCOSE, TOGAF, AWS/Azure, CISSP, SAFe, and PMP are helpful, but we value proven skills over simply having credentials.

CLEARANCE:

• Active TS/SCI clearance minimum required