Design and develop a next-generation Intelligent Model-Based Systems Engineering platform integrating Agentic AI and RAG services. Build full-stack features using React, Python, and Rust while ensuring secure deployment via DevSecOps pipelines to cloud environments.
Arcfield
17 Remote Job Openings at Arcfield
Negotiates standard and nonstandard contracts while ensuring compliance with company policies and legal requirements. Advises leadership on contractual rights, obligations, and risks to support business acquisition and fulfillment.
Design and develop a next-generation Intelligent Model-Based Systems Engineering platform integrating Agentic AI and RAG services. Build full-stack features from React interfaces to Python and Rust backends within a DevSecOps environment.
The candidate will design, develop, and deploy scalable cloud-native front-end applications and user interfaces. They will collaborate with cross-functional teams to integrate web applications with AI/ML technology and pipelines.
Design and develop intuitive user interfaces for tactical edge systems to visualize complex PNT, NAVWAR, and RF data. Architect portable, decoupled UI frameworks that can be deployed across various military hardware hosts.
Lead the design and deployment of AI/ML capabilities for SWaP-constrained tactical edge systems to improve PNT performance and system health monitoring. Architect end-to-end ML pipelines and optimize models for real-time embedded C++ architectures.
Lead the design and development of the full software stack for advanced tactical edge systems, focusing on hardware abstraction and real-time performance. Manage a team of engineers to integrate deterministic algorithms with compute-intensive AI/ML workloads on SWaP-constrained hardware.
Design and optimize high-performance embedded software for Software Defined Radios to support NAVWAR and Electronic Warfare capabilities. The role involves translating mathematical models into production-grade C/C++ code to detect and characterize RF threats in GPS-denied environments.
Design and develop deterministic embedded software for PNT systems, focusing on multi-sensor state estimation and fusion engines. Implement autonomous PACE logic and maintain time and crypto synchronization for tactical edge deployment.
Design and implement low-level software architecture and Hardware Abstraction Layers to enable hardware modularity in tactical edge systems. Develop software backplanes, chassis management tools, and device drivers adhering to SOSA and VITA standards.
Lead the design, integration, and testing of innovative Alternative Assured Position, Navigation, and Timing (A2PNT) solutions. Drive technical vision and manage program milestones to deliver resilient PNT capabilities across maritime and ground platforms.
Lead the end-to-end architecture and delivery of modular, low-SWaP Assured and Alternate PNT capabilities for expeditionary platforms. Direct embedded software teams and hardware subcontractors to integrate multi-sensor fusion and NAVWAR situational awareness.
The ASIC Design Team Lead will oversee the design, development, and debugging of advanced chip architectures while managing a team of engineers. Responsibilities include defining chip features, performing verification, and coordinating with stakeholders to ensure project standards are met.
The ASIC Design Engineer will develop, enhance, and debug VHDL/Verilog code while verifying chip functionality through HDL simulation and synthesis. They will also perform clock domain crossing verification, Design for Test implementation, and manage the physical design process including place and route.
The successful candidate will design, develop, and debug ASIC components using VHDL/Verilog while performing verification, synthesis, and physical design tasks. They will also maintain technical documentation and conduct tests to establish standards for new or modified equipment and systems.
The Digital Engineer will develop and implement comprehensive Digital Engineering strategies for DoD and/or Commercial customers, taking ownership of tasks to quickly generate digital artifacts for team reviews. Key duties include leading the integration of Authoritative Source of Truth (ASoT) tools and planning software verification activities within a model-based environment.
The Digital Engineer will develop and implement comprehensive Digital Engineering strategies for DoD and/or Commercial customers, taking ownership of tasks and collaborating with customers to rapidly generate necessary digital artifacts for team reviews. Key duties include leading the integration of Authoritative Source of Truth (ASoT) tools and planning/executing software verification activities within a model-based environment.