Top Remote Systems Engineer Jobs in Austin, TX

The Senior Agentic Systems Engineer will design, build, and deploy AI orchestration platforms and agentic systems to advance therapeutic development, collaborating with cross-functional teams and addressing complex issues in deployment.

Optimize Ubuntu for the latest IoT and server hardware, leading technical engagements, and work with open source communities. Requires experience with Linux and C/C++.

Design and develop scalable backend services and APIs for Censys' data platform, processing large datasets and collaborating with teams to ensure effective product development.

The role entails building scalable backend services, APIs, and tools that process large datasets, collaborating with engineers and product teams, and maintaining systems for data pipelines and messaging solutions.

Provide first-contact remote technical support for networks, servers, and end-user systems. Triage and document incidents, troubleshoot workstations, manage ticketing and routing, set client expectations, escalate to engineers as needed, and support diverse client environments while participating in after-hours or on-call rotations.

Design and build real-time, low-latency distributed systems from concept to production. Own architecture, optimize performance, resolve complex failures, drive technical direction, and collaborate with product and business stakeholders.

Pre-sales Systems Engineer partnering with Account Executives to design, demonstrate, and validate secure, scalable networking solutions (switching, routing, wireless, security, cloud-managed). Responsibilities include technical strategy, POCs, demos, RFP responses, trainings, and post-sales escalation support while influencing product direction.

Design, implement, and operate utility-scale battery storage control systems and SCADA infrastructure. Program PPC/HMI/RTU, support plant automation, troubleshoot OT/control system issues, manage network upgrades, participate in field construction and commissioning, and serve as SME while coordinating with internal teams and EPC vendors.

The Principal PLM Systems Engineer manages complex BOMs, executes engineering changes, builds centralized databases, and ensures BOM integrity and alignment across teams. Collaboration and technical expertise in PLM systems are key.

Support P-8A mission and combat systems engineering: perform CONOPS analysis, requirements decomposition, roadmaps, ECP/TD implementation, troubleshooting, Agile support, create technical documentation, use cases, and software development plans to meet fleet expectations.

Lead the engineering architecture for an AI-driven product, focusing on system design, collaborating with AI agents, and ensuring quality and scalability in large-scale SaaS environments.

This role involves partnering with sales to design data-driven solutions, engaging with customers, and supporting pre-sales engagements.

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 role involves designing and evolving core systems at LiveKit, implementing resilient architectures, and building tools to enhance system reliability and developer speed. Strong distributed systems experience and programming skills are essential.

The role involves owning critical backend components in Rust, designing systems for performance and security, and collaborating with teams.

The Lead Systems Engineer will manage Kafka clusters, optimize performance, ensure security compliance, integrate data flows, and maintain disaster recovery plans. Strong expertise in Kafka administration is required.

The Platforms Engineer designs, configures, and maintains server infrastructure for a Red Hat OpenShift Virtualization environment, focusing on performance, security, and lifecycle compliance, while deploying and supporting both Windows and Linux server systems.

Design and automate compliance systems to enhance efficiency in audit readiness. Collaborate with teams to integrate tools and optimize processes.

Design and implement components for a blockchain infrastructure, focusing on distributed systems and AI execution, while ensuring network reliability and performance.

Develop and maintain native Windows endpoint functionality for Keeper's PAM platform, ensuring software is secure and high-performance. Troubleshoot issues and collaborate with engineering teams on architecture and implementation.

The Control Systems Engineer will oversee control strategies and system architecture for power generation, ensuring design intent and integration across large-scale projects. Responsibilities include leading systems integration, guiding EPC and vendor execution, and collaborating across teams to maintain project alignment.

The Systems Engineer will architect and implement solutions for queueing systems and state stores, improve throughput and latency, and collaborate with teams to enhance the user experience.

As a Systems Engineer in the Career Accelerator Program, you'll solve technical problems, develop signal processing algorithms, and create product collateral while collaborating with various teams to meet customer needs.

The Principal Control Systems Engineer will lead complex engineering projects focused on power plant control systems, design and program solutions, and collaborate with teams and clients, while traveling 15-30% of the time.

The Senior GTM Systems Engineer will design and configure core platforms, maintain integrations, create automations, and embed AI into GTM workflows to enhance productivity across Sales, Marketing, and Customer Success teams.