Top Engineering Jobs in Austin, TX

Design, develop, and maintain scalable, high-performance backend microservices and APIs for gaming services. Own service domains, improve reliability and performance, optimize infrastructure costs, reduce technical debt, modernize legacy systems, and collaborate with product, design, and game teams. The role requires expertise in Go or Java, distributed systems, databases, CI/CD, observability, authentication, secure coding, and cloud or container platforms.

Lead architecture and implementation of reliability improvements across CrowdStrike's cloud-native platform. Build shared libraries and services, drive observability and SLO practices, perform performance and cost optimization, run resilience engineering and chaos experiments, automate infrastructure-as-code, mentor engineers, and embed with product teams to deliver scalable, highly reliable distributed systems at organizational scale.

Build and maintain front-end experiences for an AI/ML operations platform. Translate user and technical requirements into reliable, intuitive web applications using React, TypeScript, modern JavaScript, APIs, testing frameworks, and cloud services. Collaborate with designers, data scientists, software engineers, and DevOps teams while maintaining high code quality. The role is fully remote or hybrid in Austin, includes up to 10% travel, and requires US citizenship with eligibility and willingness to obtain a Secret clearance.

As a Senior AI Compiler Engineer, you'll design and implement MLIR-based compilers for 5G/6G silicon, ensuring high precision in hardware-specific IR generation and memory management with a focus on advanced compiler techniques.

Build and lead architecture for Cloudflare’s native iOS and Android WARP Mobile SDKs. Define public APIs, compatibility standards, diagnostics, performance requirements, and release practices. Develop secure, lightweight, well-documented SDK foundations; troubleshoot complex customer integration issues across application, SDK, network, and service layers; collaborate across product, engineering, backend, edge, and security teams; and mentor mobile engineers. The role requires deep Swift or Kotlin expertise and experience delivering customer-distributed SDKs or developer-facing products.

Leads advanced FPGA and digital design from concept through delivery for mission-critical aerospace and defense systems. Architects and implements FPGA solutions using VHDL, Verilog, SystemVerilog, and major FPGA platforms; performs synthesis, timing analysis, verification, simulation, and hardware-software integration. Supports proposals, technical reviews, lab and flight-test integration, documentation, configuration management, and design optimization. Provides technical leadership and mentorship while managing schedules, budgets, and cross-functional collaboration.

Design and develop embedded software for avionics, flight controls, engine controls, vehicle power systems, and other safety-critical applications. Responsibilities span requirements development, software design, implementation, integration, testing, and lifecycle planning. Engineers use embedded development environments and low-level programming for PowerPC and ARM processors, collaborate with cross-functional teams, mentor colleagues, and may lead technical discussions with customers.

Design, develop, test, and optimize software for Software Defined Radio systems supporting electronic warfare capabilities. Implement signal-processing and jamming algorithms, integrate software with hardware, troubleshoot defects, participate in code reviews, create technical documentation, and collaborate with systems, hardware, and test engineers in an Agile environment.

Design, develop, test, and optimize high-performance software for Software Defined Radio systems supporting electronic warfare and RF signal processing. Implement modulation, demodulation, signal analysis, and jamming algorithms; integrate software with hardware; troubleshoot defects; participate in code reviews; and create technical documentation. Collaborate with systems, hardware, and test engineers in an Agile environment while improving development processes and tools.

Develop and maintain firmware for humanoid robot dexterous hands, including motor control, sensor integration, real-time communications, distributed MCU networks, hardware bring-up, and HIL/SIL testing. Collaborate with mechanical, electrical, and systems engineers from prototype through production. Support firmware reliability, telemetry, diagnostics, field-failure analysis, code reviews, and design reviews while developing embedded systems expertise with mentorship.

Own the board support package and OS configuration for NVIDIA Jetson platforms in humanoid robots. Develop board bring-up, boot chains, kernels, device drivers, reproducible OS images, real-time tuning, secure boot, OTA updates, and fleet provisioning. Debug hardware and field issues, review schematics, define hardware requirements, and collaborate with firmware, hardware, robotics software, QA, validation, and manufacturing teams from prototype through production.

Execute and support end-to-end live field test events for an autonomous defense system: setup, troubleshooting across hardware and software, collect and report test data, develop repeatable test procedures, and communicate findings to engineering and program teams under strict safety protocols.

Own end-to-end ASIC physical implementation from RTL through GDSII and tapeout for complex CPU, GPU, interconnect, and SoC designs. Drive timing, power, physical, and signoff closure across MCMM scenarios; collaborate with architecture, RTL, DFT, EDA vendors, and foundries; resolve implementation issues; and improve automation, methodologies, and flows for geographically distributed teams.

Build and extend Braze’s high-scale Core Objects systems, including ingestion pipelines and complex backend services. Improve system performance and cost efficiency while developing full-stack features across a Ruby monolith. Collaborate with the team, provide technical leadership, apply strong software design and algorithms knowledge, and use AI-assisted tools to deliver reliable solutions efficiently.

Staff Software Engineer leading the architecture, development, and operation of Braze’s large-scale user segmentation systems. Responsibilities include building real-time data pipelines, APIs, and customer-facing dashboard capabilities; owning product direction and core system performance; mentoring engineers; driving technical initiatives; and improving reliability, cost, and scalability. The role involves close collaboration with product and engineering teams and supports systems processing billions of users daily.

Designs, analyzes, builds, tests, and validates drivetrain technologies for robotic electric actuators. Responsibilities include gear and gearbox design, bearing and lubrication selection, materials and manufacturing process selection, FEA, documentation, pilot builds, DVP&R, and design optimization for scalability and manufacturability. Collaborates with cross-disciplinary engineering teams to develop high-performance, cost-effective robotic drivetrain systems.

The Junior Quality Engineer will verify software performance, document test results, develop and implement testing strategies, and improve product quality. The role involves applying software testing methodologies, communicating technical findings, and building knowledge of software, data science, and machine learning systems. Test automation, programming, databases, CI/CD, containerization, and security clearance experience are preferred. The position is hybrid or on-site in Austin, Texas.

Develop production-grade C++ software for General Motors’ Secondary Driving System, focusing on motion planning, controls, perception integration, and minimal-risk maneuvers. Design autonomy algorithms, optimize performance under real-time constraints, conduct simulation and on-road testing, debug cross-stack issues, and support functional safety and fail-operational requirements. Collaborate across robotics, ML, systems, safety, and vehicle engineering while mentoring other engineers.

Migrate, maintain, and optimize game development build pipelines across Unreal Engine Horde and Jenkins. Automate CI/CD workflows, manage cloud infrastructure, improve reliability and performance, support observability, troubleshoot Windows and Linux build environments, integrate Perforce, document standardized configurations, and collaborate with development, platform, and DevOps teams across multiple studios.

Owns the design, development, configuration, deployment, and support of Salesforce CPQ solutions. Partners with Sales, Revenue Operations, Finance, and technology teams to translate business requirements into scalable pricing, product configuration, discounting, approvals, and quoting capabilities. Troubleshoots issues, manages enhancements and releases, maintains system security and data integrity, and documents solution designs and configuration standards.

Develop quality software for AI systems that monitor model performance, manage drift, and support reliable production deployment. Contribute to cloud-neutral, microservices-based platforms using event-driven architecture, infrastructure as code, databases, APIs, and cloud technologies. Collaborate with an experienced engineering team, solve meaningful problems, and grow technical skills. The role is hybrid or on-site in Austin, Texas, and requires U.S. person status.

Build and style front-end UI/UX components for core AI products using TypeScript, JavaScript, React, CSS, and REST APIs. Collaborate with UX designers, data scientists, and software engineers to solve complex problems, integrate backend services, and deliver reliable web applications. The role supports technical growth and requires strong problem-solving skills, Git experience, U.S. person status, and hybrid/on-site work in Austin, Texas.

Designs, architects, implements, and verifies DFX, DFT, and silicon lifecycle management capabilities across ASIC programs. Responsibilities include DFT planning, production test strategy, in-field testing, telemetry, diagnostics, repair, post-silicon debug, yield bring-up, automation, and collaboration with physical design, test, CAD, EDA, and ASIC partner teams. The role also applies AI to engineering workflows and mentors junior engineers.

Leads production testing for infrared and optical modules and circuit card assemblies. Designs test processes, validates equipment, maintains documentation, supports factory transitions, and drives preventive maintenance and process qualifications. Provides technical guidance, trains personnel, troubleshoots production issues, improves yield, conducts root-cause and corrective-action activities, manages test-resource procurement, and represents the test team in audits, customer engagements, and production readiness efforts.

Develop and maintain scalable SaaS solutions for financial reporting and capital markets customers. Responsibilities include full-stack development, system design, testing, monitoring, performance optimization, security, technical debt reduction, and collaboration with product managers, developers, and SRE teams. The role requires building reliable, secure, maintainable data-driven applications and contributing across the software development lifecycle.