Top Systems Engineer Jobs in Austin, TX

Seeking a Staff Hardware Engineer for advanced operational and diagnostic support of Arm-based hardware platforms, focusing on troubleshooting AI compute systems.

The Principal Electrical Systems Engineer will lead the development of prototypes, design reusable modules, and evaluate new technologies for future product platforms, collaborating across teams.

The role involves developing and maintaining distributed systems, building data pipelines, and supporting testing needs for products while collaborating with various teams.

Lead SRE and systems engineering for platform reliability and scalable infrastructure. Define SRE strategy, SLOs/SLIs, incident management, and architecture standards. Drive IaC (Terraform), cloud reliability, observability, CI/CD, chaos engineering, capacity planning, and automation. Mentor engineers, lead postmortems, and partner with product, security, and ops teams to reduce toil and improve system resilience.

This role assists in designing and implementing Operations Support Systems applications, providing application administration, troubleshooting, and support, while collaborating with multiple teams and maintaining system reliability and documentation.

Lead system-level architecture, requirements, and V&V for Apollo's perception suite. Translate autonomy capabilities into verifiable requirements, run trade studies, define ICDs, manage system budgets, and ensure functional safety compliance while mentoring teams and aligning autonomy and hardware engineering.

Lead architecture and systems design for a Robot-as-a-Service edge/cloud platform. Define interfaces, constraints, and contracts between robots, platform, and customer integrations. Drive cross-functional decisions, translate product intent to engineering scope, and ensure reliability across data pipelines, APIs, and security concerns.

As a Systems Engineer, you will model, design, develop, and support Electronic Systems as part of a cross-functional team, focusing on defense technologies.

Lead the design and execution of radar sensing platforms and wireless communication sub-systems, overseeing development, optimizing designs, and ensuring quality and compliance. Collaborate across teams and mentor members while troubleshooting complex issues in RF/mmWave design.

Lead a systems engineering team to plan, develop, integrate, test, and field electronic warfare systems. Manage requirements, test plans, cost/schedule, risk tracking, stakeholder engagement, and proposal support while overseeing system verification and technical reviews.

The role involves designing and building AI-native systems for revenue teams at Upside, including developing applications, partnering with teams, managing the entire stack, and improving system reliability and performance.

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.

Own sensor interface layer and real-time perception pipeline: develop drivers for cameras (GMSL/MIPI), calibrate cameras, profile and optimize CPU/GPU and memory bandwidth, implement DMA/zero-copy, use Holoscan/ROS2 and CUDA on Jetson-class platforms, benchmark and validate perception performance, and maintain engineering standards.

Maintain and improve Linux-based production systems, automate deployments with Salt and Ansible, manage containerized stacks (Docker/Kubernetes), monitor and harden systems, troubleshoot incidents, partner with engineering for maintenance, and support infrastructure components like VMWare, SAN, backups, Kafka, MongoDB, and RabbitMQ.

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

Develop and optimize real-time Unreal Engine simulations and rendering for autonomous defense systems; implement high-performance C++ code, integrate AirSim and control/vision data, debug and profile systems, and mentor junior engineers.

Lead systems engineer responsible for system architecture, leading design teams from concept through production, mentoring engineers, driving server/storage/networking design and performance optimization, supporting quoting/estimating, managing system-level documentation, delivering customer technical guidance and up to 10% travel.

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 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.

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 design, verification, and operation of spacecraft space-to-ground RF links. Own link budgets, modulation/coding, hardware crypto, ground station integration, CONOPS, RF test campaigns, and regulatory licensing. Troubleshoot and optimize low-SWaP communications, mitigate interference, and coordinate across multidisciplinary teams to ensure robust command, telemetry, and contingency recovery.

Lead the implementation of power flow studies for distributed battery systems, design models, and present results to stakeholders. Advocate for standards amendments.

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

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