Top Remote Systems Engineer Jobs

Design and build the distributed systems layer powering a spatial computing platform: real-time coordination, persistent world state, APIs, AI platform infrastructure (vector search, retrieval, agent orchestration), and scalable services to support many concurrent users and third-party developers.

Lead technical pre-sales engagements for enterprise storage solutions: assess customer needs, design and present architectures, run evaluations/benchmarks, produce RFP/RFI responses, collaborate with sales and partners, liaise with product/marketing, and secure technical wins through deep storage and cloud-native expertise.

Lead systems engineering, integration, modernization, and sustainment for a theater-wide air surveillance and air defense control and communications system. Manage technical baselines, coordinate across software/hardware/networking/PM/FSRs, conduct integration testing and analyses, ensure compliance and interoperability with weapon systems, and provide training and technical support to operational users and leadership.

Develop, integrate, test, deploy, and support ICAM applications using Java/Spring/Hibernate/Angular/MySQL. Commit code, maintain unit and automated tests, support CI/CD and zero-downtime deployments, troubleshoot Tier 2/3 incidents, perform root-cause analysis, write technical documentation, and participate in Agile ceremonies.

Own and improve annotation systems, workflows, and tooling to produce high-quality training data. Build Python and web tools, integrate model-assisted labeling and active learning, implement data quality checks, support dataset versioning and evaluation, and coordinate cross-team efforts to measure and improve annotation throughput and model impact.

Partner with Account Executives to design, demonstrate, and validate secure, scalable wired/wireless networking solutions. Deliver technical presentations, POCs, and proposals; provide consultative guidance across switching, routing, wireless, security, and cloud-managed platforms. Support evaluations, post-sales escalations, enablement, and feedback to product teams to drive technical wins and customer success.

Provide systems engineering support for M-Code aviation receivers including platform and weapons integration, requirements development and traceability, ICD development, technical analysis, trade studies, SIL testing coordination, roadmap and schedule development for PNT/NAVWAR capabilities, and preparation of technical reports.

Build simulation and planning systems for complex communications networks. Develop tools that model hypothetical scenarios, vary configurations and assumptions, compare outcomes, surface tradeoffs, and identify risks. Design scalable, reliable backend systems for complex, evolving network states while collaborating across product engineering to integrate capabilities into broader workflows. Responsibilities span system design, implementation, testing, debugging, and operational support.

The role involves managing and developing advanced Google Sheets systems, automating workflows, and supporting data-driven decisions across teams.

Responsible for the design and implementation of radio networks for public safety projects, ensuring customer satisfaction and system acceptance through collaboration and technical execution.

Develop and optimize ultra-low-latency, high-performance trading infrastructure in modern C++. Implement and tune order execution, market data connectivity, multi-threaded systems, and risk modules. Profile and benchmark real-time systems, collaborate with quants and traders, and maintain robust, fault-tolerant continuous trading operations.

Support federal systems engineering tasks including IT documentation, test data preparation and analysis, maintaining requirements/configuration documentation, evaluating vendors for transition from STEPP to CSOD, proposing development roadmaps, and supporting requirements traceability and hardware-software compatibility.

The Principal PreSales Systems Engineer for HPE Networking manages pre-sales support, prepares technical solutions, and drives sales engagements, focusing on customer satisfaction and solution delivery.

Designs and integrates mechanical and electromechanical robotic palletizing systems, including tooling, conveyors, layouts, and custom equipment. Develops bills of materials and production, installation, and support documentation; leads risk assessments and R&D initiatives; and verifies system feasibility, quality, safety, and cost targets. Collaborates with project, controls, sales, manufacturing, service, and vendor teams to resolve technical issues and support customer requirements.

Designs and integrates robotic palletizing systems and automated equipment, including tooling, conveyors, layouts, and custom mechanical systems. Maintains bills of materials and technical documentation, leads risk assessments and R&D initiatives, and ensures safety and quality standards. Collaborates with project, electrical, manufacturing, sales, and service teams while supporting troubleshooting, customer requirements, equipment demonstrations, and vendor issue resolution.

Lead technical sales engagements for enterprise storage: design solutions, run evaluations/benchmarks, author RFP/RFI responses, present architectures, and collaborate with sales, product, and partners to win deals.

Customer-facing presales systems engineer partnering with account managers to design, present, and demonstrate end-to-end enterprise networking solutions (routing, switching, wireless, NAC). Develop proposals, run PoCs, support deployments, and drive adoption while maintaining expertise in vendor products and automation.

Lead end-to-end systems engineering for ADAS, teleoperation, and EV platform architectures for military/dual-use vehicles. Define requirements, design logical/physical architectures, develop low-latency teleoperation pipelines, manage functional safety (ISO 26262) and cybersecurity work products, decompose requirements in Flow Engineering, define DVP&R, and oversee testing from SIL/HIL to proving ground with data-driven calibration.

Configures and supports enterprise software solutions while performing systems integration, interoperability, verification, validation, requirements analysis, risk assessment, and lifecycle engineering. Collaborates with government agencies to develop, test, and deliver interoperable solutions, translating customer requirements into hardware and software specifications while balancing technical, schedule, and cost constraints.

Design and develop multithreaded embedded C/C++ software for Linux, RTOS, and bare-metal platforms supporting satellite RF, antenna, and optical systems. Develop device drivers and control, management, and data-plane functions; integrate software with hardware; debug using telemetry and hardware tools; and contribute to documentation, reviews, testing automation, CI/CD, and TDD. Lead development efforts, mentor junior engineers, and collaborate across teams to deliver reliable, high-performance space communications software.

Design and develop multithreaded embedded software in C/C++ for Linux, RTOS, and bare-metal platforms supporting satellite RF, antenna, and optical systems. Build drivers and control/data-plane functions, integrate software with hardware, debug using telemetry and hardware tools, and promote CI/CD, automated testing, and TDD practices. Provide architectural direction, participate in reviews and documentation, collaborate cross-functionally, and mentor junior engineers.

Lead architecture, design, integration, and optimization of multithreaded embedded C/C++ software for Linux, RTOS, and bare-metal platforms supporting satellite communications. Define scalability, fault-tolerance, recovery, performance, and testing strategies; troubleshoot hardware and software; guide cross-functional technical decisions; and mentor senior engineers while delivering high-quality software for space and ground systems.

Lead the architecture, design, and development of secure, cloud-ready software platforms and configuration tools for transmission and distribution systems. Integrate IEC 61850 workflows, utility systems, protection and control devices, and grid automation capabilities. Guide cross-functional architecture, software lifecycle management, cybersecurity, technology roadmaps, customer engagements, and engineering teams. Promote reusable platforms, AI-assisted engineering, interoperability, and technical innovation through mentoring, publications, patents, and industry participation.

Defines the multi-year technical vision and architecture for Docker’s Central Operations and Systems organization. Leads cross-company platform programs, SDLC golden-path development, infrastructure standardization, AI platform enablement, observability, reliability, cost optimization, and systems convergence. Influences executives and engineering teams, drives build-versus-buy decisions, mentors senior technical leaders, and may participate in on-call support.

Engineer and maintain cloud-based application deployments as as-a-code (AaC) using CI/CD pipelines. Configure, deploy, and troubleshoot tools like TeamWork Cloud, Cameo, and Cassandra; integrate applications with workflow/ticketing systems; develop integration interfaces (Python, PowerShell, Groovy); implement IDAM solutions; build test plans and documentation; and use DevOps tooling (Ansible, Terraform, Jenkins, GitLab). Active TS/SCI with CI poly and DoDD 8140 Security+ CE required.