Top Remote Systems Engineer Jobs

The Power Systems Software Engineer will develop high-fidelity power flow models, validate them against customer data, and enhance the architecture for solver performance in grid simulations.

As a Distributed Systems Engineer, you'll design and evolve LiveKit's core systems, implement resilient architectures, and enhance reliability and developer velocity, working on critical features in production environments.

The Electrical Project Engineer will design low to medium voltage power systems, perform engineering calculations, and collaborate with cross-functional teams while mentoring juniors and engaging with clients.

The Senior Systems Engineer will provide expertise in systems engineering for complex systems development, mentor team members, improve processes, and lead modeling efforts using MBSE methods.

The Sr. Systems Engineer mentors junior engineers, provides IT support, manages service tickets, maintains documentation, and adheres to change control procedures in a collaborative environment.

The Principal Systems Engineer will manage Kafka clusters, ensuring performance and security while collaborating with development teams on integrations. Responsibilities include monitoring, troubleshooting, and maintaining documentation for Kafka solutions, as well as developing disaster recovery plans.

The role involves designing and maintaining core systems for reliability and automation while improving developer workflows and operational visibility. It requires proficiency in Rust, systems engineering, and experience with databases and distributed systems.

The Software Integration Engineer will develop migration services, enhance file processing products, and collaborate with teams to optimize high-throughput services on the VGS platform.

The role involves architecting molecular machine learning systems, building workflows for data generation and training, and collaborating between research scientists and infrastructure teams.

Design and implement Ubuntu integration for IoT and server-class hardware, working with partners on performance enhancements and testing strategies.

The role involves maintaining NonStop systems, leading software release planning, implementing security solutions, and providing Infrastructure support.

Support advanced cyber environments and enterprise infrastructure within a DoD setting by designing, configuring, and maintaining network and system architectures, VMs, and security protocols.

The Senior Systems Engineer manages systems engineering support for tactical communications, leading design, integration, testing, and stakeholder requirements interpretation.

Lead technical strategy for HPE's cybersecurity and SASE offerings, architecting solutions aligned with federal security compliance, and providing technical leadership to sales teams and customers.

Lead systems engineering for new LEO satellite development and post-launch operations. Validate vendor designs, perform antenna pattern and digital beamforming analyses, assess payload impacts on power/thermal and system capacity, and support cross-functional vendor integration and operations.

As a Systems Safety Engineer, you'll develop safety methodologies, assess safety for unmanned aircraft, and ensure compliance with federal safety regulations, collaborating across teams to enhance aviation safety technologies.

Develop software for communication systems in aviation, focusing on link management, systems integration, and network security across embedded and application layers.

As a Sr. Systems Engineer, you will lead system development for safety-critical flight systems, managing requirements, design, and certification challenges.

The Senior Systems Engineer analyzes user requirements, leads design activities, develops technical documentation, ensures systems integrity, and communicates with government and program personnel.

The Senior Systems Engineer will ensure system availability, security, and performance for a large-scale global infrastructure at Automattic, addressing system health and facilitating developer efficiency.

Lead the technical definition and architecture of next-generation LiDAR sensor products, ensuring performance, reliability, and manufacturability standards. Implement Functional Safety and Cybersecurity principles, and manage requirements across engineering teams.

Lead reliability strategy and environmental validation for satellite user terminal hardware. Design and run HALT/HASS/ESS tests, oversee weatherproofing and thermal/vibration testing, perform failure analysis (X-ray, microscopy, cross-sectioning), own DFMEA and physics-of-failure models to predict MTBF and warranty risk, collaborate with electrical and mechanical teams and external labs to drive hardware improvements and regulatory compliance.

The Principal Engineer designs and develops control systems for infusion pumps, focusing on software design, testing, and algorithm development.

Lead performance and scalability engineering for Kubernetes-based accelerated AI runtimes. Analyze end-to-end stack from orchestration to hardware, design upstream Kubernetes changes, improve container startup and encrypted inference performance, build large-scale simulations and automated workload tests, and engage upstream communities and customers to validate and ship scalable AI infrastructure.

Plan, forecast, and optimize hardware capacity for storage, compute, and network. Build predictive models and automated forecasting pipelines, monitor cluster performance, align cross-functionally with engineering, operations, and finance, and support procurement and deployment decisions to ensure scalable, cost-efficient platform reliability.