Top Systems Engineer Jobs in Austin, TX

The Systems Engineer manages Teza's systems infrastructure, ensures system performance, collaborates with teams, troubleshoots issues, implements security measures, and provides technical support, with on-call responsibilities.

Design and implement automation systems for semiconductor manufacturing, troubleshoot issues, collaborate on solutions, and ensure compliance with standards.

The CommVault Systems Engineer is responsible for designing, configuring, implementing, and supporting backup and recovery solutions within a federal government enterprise environment, including troubleshooting and maintaining optimal data protection systems.

Lead DevOps and platform engineering for VCU/CCU infotainment: define CI/CD and build architecture, optimize embedded Linux (Yocto) pipelines, implement distributed builds, automate releases, build self-service developer platforms, improve observability and reliability, apply AI/ML for predictive automation, mentor engineers, and drive cross-functional delivery from design to production.

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.

Design, build, and maintain reliable infrastructure for Yext's SaaS platform, collaborating with engineering teams to enhance performance, security, and operational efficiency.

The role involves managing and supporting cloud infrastructure, optimizing HPC clusters, and collaborating with engineering teams for performance improvements and operational efficiency.

As a Spacecraft Systems Engineer, you will oversee the development of spacecraft, manage requirements and interfaces, and ensure successful mission execution through design reviews and test planning.

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.

Design and define complex subsystem components, lead architecture decisions, build and qualify prototypes, perform detailed engineering analysis and testing, support system integration and reliability verification, troubleshoot difficult engineering problems, and provide remote and onsite field support for multidisciplinary systems.

Lead the development of advanced rope and rigging systems for aerial powerline construction, supporting integration with robotics and conducting field testing.

The Power Systems Engineer will develop ML models, analyze electrical systems, conduct technical due diligence, and collaborate on decarbonization efforts.

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.

Lead mission readiness and performance across the Mission Foundry lifecycle: define V&V campaigns, streamline AI&T workflows, analyze on-orbit telemetry, improve autonomy and fault management, feed performance data into design iterations, and support internal tooling roadmaps to scale spacecraft production and operations.

Own and engineer the GTM stack: Salesforce as system of record and HubSpot as marketing system, build and maintain integrations and data flows, deploy agentic AI workflows, implement observability and change management, and partner with Sales, Marketing, Analytics, and Billing to ensure reliable revenue operations.

Own and engineer the GTM stack: Salesforce as source of truth and HubSpot as marketing system; build and maintain integrations, data flows to the data platform, observability, change management, and agentic AI workflows that act on GTM signals to automate revenue operations.

The Power Systems Engineer will design and manage grid planning products, analyze power systems, and oversee network models, requiring significant industry experience and technical knowledge.

The Sr. Principal Power Systems Engineer leads ADMS project strategy, execution, and customer support, ensuring successful deployment and technical guidance.

Lead architecture, implementation, and evolution of enterprise hybrid/multi-cloud infrastructure. Drive automation, IaC, observability, and security best practices. Serve as technical escalation, mentor engineers, and lead cross-functional initiatives to improve scalability, reliability, and operational efficiency.

Support and monitor PLC-controlled storage, conveyor and sorter automation. Triage and diagnose faults across PLC logic, HMIs, sensors/actuators, drives/VFDs and industrial networks; restore service or apply workarounds; coordinate on-site and remote teams; maintain tickets, documentation, and change-control processes.

Manage, maintain, monitor, and optimize global data center, server, storage, 365 and endpoint infrastructure (on-prem and cloud). Provide Tier-3 support, design for high availability, drive automation and continuous improvement, collaborate with global teams, and support FedRAMP services.

Support and evolve internal infrastructure across cloud and on‑prem environments. Administer enterprise systems, identity and access (SSO/MFA), endpoint protection, backups and DR. Automate workflows with scripting and API integrations, monitor system health, participate in on‑call rotations, and collaborate with IT Support, Security, and Engineering to improve reliability, security, and scalability.

Design scalable, high-performance warehouse automation systems. Perform throughput modeling, capacity planning, and flow analysis. Evaluate ASRS, AMRs, and sortation technologies. Support RFPs, proposals, and client presentations. Collaborate with sales and engineering, analyze operational data, and drive continuous improvement and optimization.

The GTM Systems Engineer will manage the commercial technology stack, focusing on CRM administration, data integrity, tooling automation, and cross-functional collaboration to enhance sales and marketing operations.

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