Top Systems Engineer Jobs in Austin, TX

Build production-grade backend services and serverless APIs for contact center systems. Implement integrations, observability pipelines, AI-enabled workflows, migration tooling, and reusable platform patterns to improve routing, agent support, reliability, and operational visibility.

Lead technical ownership of a global platform for safe change: distributed key-value storage, progressive configuration delivery, testing and health-mediation. Write production code, design systems, review senior proposals, integrate LLMs, and drive cross-team initiatives to improve reliability, rollout safety, and developer productivity.

Lead systems architecture, define and manage hardware/software/PLD requirements, perform system integration, verification and validation for safety-critical avionics control systems. Support proposals, produce technical documentation, and present to customers.

Lead Perforce Helix Core administration to ensure high availability, scalability, and data integrity. Optimize infrastructure, automate tasks with IaC and scripting, support CI/CD integrations, provide high-level troubleshooting and training, and collaborate with development teams to improve version control workflows and disaster recovery.

Lead DevOps and platform engineering for VCU/CCU infotainment systems. Define CI/CD architecture, optimize Yocto embedded builds, implement distributed build systems, automate releases, build self-service developer platforms, improve observability and developer workflows, apply AI/ML for predictive build/test optimization, and mentor engineers while driving cross-functional delivery from design to production.

Integrate third-party sensors and sensor-fusion outputs, design and build external C2 APIs, own networking/transport/messaging between subsystems, and maintain command-and-control integrations for an autonomous defense turret.

Build, operate, and maintain internal developer tooling and AI-assisted development platforms. Ship features for AI coding tools, run and secure developer infrastructure (CI/CD, build systems, GitLab, Jira, Backstage), build AI agents and prompt/config libraries, integrate tooling into pipelines, track adoption, triage support, mentor engineers, and own projects end-to-end including incident response and operations.

Develop and improve the Workers runtime: build features, expand JavaScript and WebAssembly support, optimize performance and scalability, own production code, and debug large-scale Linux-based distributed systems in an iterative environment.

Define and execute system-level reliability and risk-based verification for autonomous weapon platforms. Plan and analyze environmental and performance tests, identify failure modes, lead root-cause investigations across hardware/software interfaces, track reliability growth, support requirements verification, and drive corrective actions and safety-informed system improvements.

Design and execute system-level test plans for autonomous weapon platforms, run integrated hardware/software evaluations, capture and post-process data, debug and isolate faults, improve test procedures and instrumentation, and produce defensible evidence packages to support requirement closure.

The role involves developing distributed SQL database solutions, designing core components, and collaborating in Agile teams to enhance decentralized applications.

The Systems Engineer will design and optimize complex systems for the semiconductor industry, collaborate with teams, analyze requirements, define architectures, conduct testing, and ensure quality standards.

Contract Salesforce developer to design, build, and maintain Apex, Flow, FormTitan forms, and integrations (TIBCO Scribe, eOne, SSIS) with Dynamics GP. Manage Salesforce admin tasks, package deployments, reporting/dashboards, payment processing, and lead cross-functional projects to deliver end-to-end business process automation.

Design, build, and operate Cloudflare's distributed storage and database products (R2 Data Catalog, R2 SQL). Own full lifecycle delivery, architect consistency models, optimize storage engine performance, design APIs, and debug large-scale distributed systems using Rust, TypeScript, Go, C++, and Linux/UNIX.

Lead systems engineering for complex hardware/software ITS projects from pre-award through deployment. Define system architecture, requirements, KPIs, and acceptance criteria; oversee integration, testing (FAT/SIT/SAT/OAT), documentation, risk and change control; provide technical leadership, client engagement, and handover support to operations.

The Systems Engineer will analyze and resolve Linux server issues, manage configurations, and optimize systems to support a high-performance trading platform.

Lead systems engineering for safety-critical avionics and electronic control systems: develop and manage system/hardware/software requirements, design architectures, define interfaces, perform system integration, verification and validation, produce technical documentation, and support proposals and program activities.

Define and validate platform-level requirements for embedded wireless SoC products. Translate customer use cases into system and architectural requirements, run feasibility studies, identify risks and mitigations, lead cross-functional technical investigations, produce requirement and architecture documentation, collaborate with R&D, and present technical recommendations to leadership and customers.

Lead architecture, development, and validation of end-to-end aircraft fuel systems. Drive cross-functional integration, system-level modeling (CFD), verification, supplier qualification, ground and flight test support, anomaly root-cause analysis, and mentor engineering teams while contributing to long-term fuel-system technology roadmaps.

As a Spacecraft Systems Engineer II, you will develop spacecraft systems, manage technical budgets, validate architecture, and ensure operational efficiency for space missions.

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

The Senior Enterprise Systems Engineer designs, implements, and secures enterprise systems and cloud platforms while managing security incidents and ensuring system performance and compliance.

Lead system engineering for space-based communication payloads: define requirements, architecture, CONOPS, perform risk analysis, coordinate cross-functional teams, manage vendor interfaces, and drive program-level technical decisions to delivery.

Lead enterprise QMS transformation, standardize processes to AS9100/ISO9001, design information architecture for documentation, govern process frameworks, manage projects, drive audit readiness, usability testing, training, and continuous improvement across engineering and support functions.

Lead systems engineering for space communication payloads, defining requirements, architectures, CONOPS, risk mitigation, and verification. Coordinate cross-functional teams, manage vendor integration, and drive complex phased-array and RF system programs to successful delivery.