Careers | Nuro

You will transform Nuro's Verification & Validation ecosystem by designing and implementing automated test pipelines and standardization processes. Your work will drive informed autonomy development and support the Autonomy Safety Case through data-driven validation.

You will work with onboard autonomy, evaluation infrastructure, data science, operations, and simulation teams to evaluate autonomous vehicle performance in collision avoidance scenarios. Your role involves identifying gaps in onroad and simulation tests, designing tests to fill those gaps, reviewing test outcomes, and reporting on residual risk to leadership and the safety case.

You will develop and enhance Nuro's simulator to power autonomous driving development, working on sensor synthesis, scenario generation, and performance optimization in a collaborative environment.

You will operate autonomous test vehicles in manual and autonomous mode, collect data using proprietary software, troubleshoot operational issues, perform vehicle inspections and basic maintenance, occasionally educate the public about autonomous vehicle technology, and conduct high-profile ridealongs for leadership and stakeholders.

You will perform preventive maintenance, diagnostics, and minor repairs on autonomous vehicles. This entry-level role is ideal for someone mechanically inclined, eager to transition into the robotics/AV field, and ready to support vehicle operations in a dynamic team.

You will operate autonomous test vehicles in manual and autonomous mode for up to 8 hours per day, collect data using proprietary software, troubleshoot operational issues, perform vehicle inspections and basic maintenance, and occasionally interact with the public and host ridealongs for leadership. This role is critical for training Nuro's self-driving technology and ensuring safe, efficient operations.

As an Associate Fleet Technician at Nuro, you'll maintain and ensure the operational readiness of our autonomous fleet through preventive maintenance, diagnostics, and minor repairs. This entry-level technical role is perfect for mechanically inclined individuals eager to transition into robotics and autonomous vehicles.

You'll own the infrastructure that validates real-time performance of every autonomy code change on actual robot compute hardware. Build and scale the Performance Simulation Platform—a hybrid benchmarking system with physical bench-top rigs and cloud-native orchestration—enabling engineers to answer critical performance questions. This high-ownership role directly gates the release velocity of the entire autonomy stack.

You will drive the technical substance of autonomy validation, defining scenario coverage strategies, designing large-scale simulation campaigns, and managing fault injection. Your work ensures that validation is technically sound, traceable, and systematically closing coverage gaps, directly contributing to the safety and reliability of Nuro's autonomous vehicle platform.

As a software engineering intern at Nuro, you'll work alongside experts in machine learning, robotics, and software to build autonomous driving technology. Depending on your interests, you'll contribute to areas like data platform, onboard systems, ML infrastructure, simulation, or technical infrastructure.

You will own the infrastructure that validates real-time performance of autonomy code changes on actual robot compute hardware before they reach the road. This includes developing and maintaining a hybrid cloud-physical benchmarking platform, building data pipelines, and ensuring the platform scales across hardware generations.

You will collaborate with engineers to identify pain points in the engineering process, build scalable infrastructure for continuous integration and deployment, own fundamental libraries, and leverage generative AI to boost engineering productivity. You'll define and monitor metrics related to engineering velocity and system health, and educate developers on best practices.

You will lead Nuro's safety function, setting vision and strategy for safety standards and Safety Management Systems. You'll manage a team of cross-functional safety experts, advise executive leadership, and represent the company externally on safety matters.

You will build and optimize the platform that powers Nuro's autonomous vehicles, working on onboard systems, performance, or devices platform to ensure reliable and efficient self-driving software.

You'll transform Nuro's verification and validation ecosystem by **designing automated test pipelines** and **standardizing triage workflows** to drive data-driven autonomy development. Your work directly supports the **Autonomy Safety Case** by generating critical test results.

You'll **evaluate autonomous vehicle performance** in collision avoidance scenarios by designing tests. You'll **identify gaps** in onroad and simulation testing, analyze results, and recommend product changes. This role impacts **safety case documentation** and residual risk reporting.

You'll **operate autonomous test vehicles** for Nuro, helping train self-driving technology. Your core impact is safely collecting real-world data and providing detailed feedback to engineers. This role stands out with high-profile ridealongs for leadership.

You'll lead the team building a unified metrics, evaluation, and validation platform for **self-driving technology**. Core impact: turning raw on-road and simulation logs into high-fidelity signals to enable rapid iteration and **safe driverless deployment**. You'll drive metric quality across heuristic and ML-based approaches, mentor engineers, and partner with Autonomy and Safety teams.

You'll own delivery of **people programs** spanning performance, engagement, onboarding, and L&D at a **self-driving technology company**. Partner with HRBPs to execute bi-annual reviews, engagement surveys, and recognition programs while driving **AI-driven automation** across workflows.

You'll operate autonomous test vehicles to **train self-driving technology** and collect data in real-world conditions. Your core impact is **ensuring safe operations** while providing detailed feedback to engineers. This role offers **full benefits for a temporary 12-month position** with a pioneering autonomous driving company.

You'll join Nuro's Fleet Management team to **maintain autonomous vehicles** and **ensure operational readiness**. You'll perform preventive maintenance, diagnostics, and minor repairs on cutting-edge self-driving technology. This entry-level role is perfect for a mechanically inclined individual eager to **transition into robotics and AVs**.

You'll provide on-site operational support for Nuro's Santa Clara Vehicle Facility, ensuring workforce readiness and compliance with safety and regulatory standards. You'll conduct regular audits and observations to identify gaps before they escalate, partnering with site leadership to drive corrective actions. This role is hands-on and focused on proactive risk management in a fast-paced autonomous vehicle operations environment.

You'll join Nuro's Performance team to **optimize autonomy software performance**, ensuring safe and quick vehicle reactions. You'll **build profiling tools and drive latency reduction** for the Nuro Driver, a scalable autonomous driving system. This role offers hands-on work with **cutting-edge self-driving technology** in a mission-driven company.

You'll **lead a teleoperator team** ensuring safe remote supervision of autonomous vehicles. Your core impact is **managing performance and continuous improvement** to meet operational goals. This role offers the chance to **work at the forefront of self-driving technology**.

You'll build the **onboard platform** for Nuro's self-driving vehicles, ensuring reliability and performance. Your work will optimize **autonomy software integration** across multiple platforms. This role offers impact on **real-world autonomous vehicle deployments**.

You'll join Nuro's software team to build a reliable high-performance platform for autonomy, optimizing performance and integrating hardware. You'll collaborate closely with hardware and safety teams to ensure safe operation. This role offers the chance to work on cutting-edge **self-driving technology** at a company that **licenses its core driver** to automakers.

You'll operate test vehicles and collect data to train **autonomous driving technology** for a leading self-driving company. You'll provide **real-time feedback** to engineers and ensure safety during **on-road missions**. This 12-month contract offers hands-on experience with cutting-edge AV systems.

You'll diagnose and resolve **complex failures** in autonomous vehicle systems, combining **Linux-based diagnostics** with electromechanical engineering. Your work ensures peak operational performance for Nuro's fleet. This role offers hands-on experience with **cutting-edge AV technology**.

You will lead end-to-end safety program execution for functional safety workstreams, coordinating across hardware, embedded software, and controls domains. You'll translate ISO 26262 requirements into actionable plans, drive safety artifacts from concept through validation, and ensure the safety case is rigorous and audit-ready.

In this role, you will own safety program execution across hardware, embedded software, and controls domains, translating ISO 26262 requirements into actionable plans. You will drive functional safety artifacts from concept through validation, ensuring the safety case is rigorous, traceable, and audit-ready.

You'll own employee relations casework for Nuro's frontline workforce, conducting investigations and driving fair outcomes. You'll partner with Employment Legal and HRBPs to **manage complex ER matters** and **coach managers** through difficult employee situations. This role offers a chance to build scalable ER processes in a fast-growing autonomous vehicle company.

You'll design, build, and operate systems supporting Nuro's autonomous vehicle platform. Core impact: turn noisy onboard signals into actionable investigations and build automated triage systems. You'll join an on-call rotation to stay close to real-world operations and influence reliability at scale.

You will work on Nuro's in-house Teleoperations platform, building the core communication system and cloud platform to connect self-driving vehicles with remote operators. This role involves developing networking algorithms, bandwidth estimation, rate control, and real-time communication systems to support reliable remote vehicle monitoring and assistance.

You will work on data platform, simulation, or technical infrastructure to advance Nuro's autonomous driving technology. Your contributions will help build scalable systems for data management, simulation environments, and cloud infrastructure.

You will build the core communication system and cloud platform for Nuro's Teleoperations platform, enabling remote monitoring and assistance of autonomous vehicles. This involves developing network bonding frameworks, offline network simulation tools, and collaborating cross-functionally to collect on-road network metrics.

You will ensure uninterrupted connectivity for remote vehicle operations by architecting a multi-provider network bonding framework, building performance simulations to stress-test the stack, and developing custom congestion control algorithms for low-latency video streaming. You'll partner with hardware and embedded teams to optimize the network stack on our vehicle gateway.

You'll lead Nuro's external communications strategy, shaping how the company is perceived across media, customers, partners, and policymakers. You'll translate **autonomous vehicle technology** into compelling narratives and manage **high-stakes announcements** and crisis response. This role offers the chance to drive the story of a leading **Level 4 autonomy** company.

You will lead the ML Platform Infrastructure team at Nuro, building the foundation that powers model development from experimentation to production. You'll define the technical strategy, scale resource provisioning and intelligent scheduling, design robust ETL pipelines, and implement feature stores. Your work will directly accelerate the development of Nuro's self-driving technology.

You'll operate autonomous test vehicles running proprietary software and hardware, helping train self-driving technology. You'll collect **real-world driving data** and provide detailed feedback to engineers. This role offers a chance to contribute to **cutting-edge AI** in a fast-growing company.

You'll own **data infrastructure and labeling systems** powering autonomous vehicle development at Nuro. Your core impact is building **dashboards and workflows** that give ML and Behavior teams confidence in data quality. This role stands out for its **high ownership across engineering, operations, and vendors**.

You will own the engineering design, development, and release of autonomous hardware for Nuro's L4 autonomy system. Collaborate cross-functionally to integrate sensing and electronics architecture, manage suppliers, and drive parts from concept to production readiness.

You'll own cloud efficiency end-to-end on Nuro's Core Infrastructure team, identifying highest-ROI opportunities across storage, compute, data, and ML infrastructure. You'll build systems that make cost-efficient design the default, driving cross-org optimization and cost governance. This role offers **high leverage** across all engineering organizations and **direct impact on company scalability**.

You'll operate autonomous test vehicles for **self-driving technology** company Nuro, conducting missions to collect data and train the system. You'll troubleshoot issues, perform vehicle checks, and occasionally give high-profile ridealongs, contributing to **scalable AV deployment**.

You'll lead the architectural design of Nuro's onboard infrastructure, building the high-performance foundation for autonomous vehicles. Your impact spans device platform, performance, and onboard systems, ensuring safety and efficiency. This role offers the chance to shape the long-term technical direction across **cross-functional teams** and **safety-critical autonomous systems**.

You'll analyze, profile, and optimize the performance of Nuro's autonomous vehicle software, ensuring fast and safe reactions. Working with system-level architecture and building tools for memory management and concurrency, you'll drive **latency reduction** and **resource efficiency** across the autonomy stack. This role offers the chance to shape the performance foundation of the **Nuro Driver™** platform.

You'll **optimize the performance of autonomous vehicle software** for Nuro's AV fleet, ensuring fast and safe real-time reactions. Your work will drive **latency reduction and resource efficiency** across autonomy teams. This role combines **systems programming with cutting-edge self-driving technology**.

You will research and implement state-of-the-art online mapping models and algorithms for self-driving vehicles, analyze system performance, and collaborate cross-functionally to integrate models into centralized architectures.

You will lead the Eval Platform team, owning the simulation and evaluation platform that underpins autonomy development and driverless readiness validation. You'll define the technical vision, execution strategy, and organizational structure to enable rapid iteration and rigorous validation for autonomous vehicle systems.

You will work on challenging problems in designing and implementing the map system for Nuro's current and future robots. You'll research and develop state-of-the-art mapping and state estimation algorithms, build well-tested C++ software, and collaborate with cross-functional teams to deliver high-quality mapping and localization solutions that power next-generation mobile robots.

You will architect and build scalable data pipelines and tools that transform massive autonomy data into high-value training signals for Nuro's self-driving AI models. You'll work directly with ML researchers to understand data needs, design data selection and introspection systems, and lead cross-functional initiatives to improve data quality and model robustness.

You will design and build platforms that significantly improve developer productivity and ML research velocity, focusing on agent infrastructure such as harnesses, sandboxes, and plugin frameworks, as well as autoresearch systems that run experiments and propose improvements to core ML models. You'll work across the stack from cloud infrastructure and isolation to agent memory, evaluation frameworks, and developer-facing tools.

You will design and implement efficient video streaming pipelines for Nuro's teleoperations platform, build simulation frameworks, test systems in real-world environments, and collaborate cross-functionally to collect network metrics.

You will research, develop, and implement state-of-the-art algorithms for Nuro's planning stack, enabling safe, driverless autonomy for robotaxis and L2 solutions for automakers. You will work with cross-functional teams to advance machine learning and robotics technologies in autonomous driving, and provide mentorship to junior team members.

You will be responsible for verifying that the Nuro Driver is safe to deploy in its target operational design domain (ODD) and complies with the rules of the road. You will have end-to-end ownership from requirements definition, metrics design, and test strategy development, working closely with Autonomy Software, Simulation, Product, and Operations teams.

You will apply advanced machine learning techniques to improve autonomous driving systems, working on trajectory prediction, motion planning, and sequential decision making. Your research will be deployed in real-world vehicles, solving practical challenges like out-of-distribution detection and model robustness.

You will own and author safety claims in the forward-facing ADS safety case for onboard and offboard software, working closely with cross-functional teams to ensure comprehensive safety coverage. This role involves generating atomic claims, developing counter-arguments, assessing evidence, and tracking safety performance indicators for L4 deployment.

You will develop and implement Python-based metrics to verify the driving behavior of autonomous vehicles, collaborating with multiple teams to ensure safety in real-world deployment.

You will build and scale backend systems and onboard modules for the Routing team, designing microservices, optimizing routing algorithms, and working with road network graphs. You'll collaborate with product, strategy, and operations to deliver new user experiences and define product strategy.

You will work closely with Autonomy development, eval infrastructure, and data science teams to define system-level behavior requirements for fault scenarios, build validation tooling and pipelines, and contribute to risk quantification. Your work will have both short-term impact on deployments and long-term impact on autonomy feature roadmapping.

As an ML Research Scientist on the Prediction and Smart Agents team, you will develop state-of-the-art models for predicting traffic behavior used in Nuro's autonomous driving system. You'll conduct cutting-edge research on generative sequence modeling, deploy models on real vehicles, and collaborate with planning teams to build controllable agents for simulation.

You will develop and scale state-of-the-art generative models for autonomous plan generation, leveraging diffusion architectures, flow-matching, and energy-based models. You'll collaborate across autonomy teams, deploying your models on the NuroDriver to solve top autonomy challenges.

In this role, you'll collaborate with researchers and engineers to tackle plan generation challenges in autonomous driving using state-of-the-art generative modeling techniques like diffusion and flow matching. You'll own the end-to-end lifecycle of models, productizing them for real-world deployments on a global scale.

You will join the Perception Behavior team to advance ML models for autonomous driving, from raw sensor data to behaviors. You will research novel solutions for long-tail events and deploy models on the NuroDriver, working with large datasets and compute infrastructure.

As a Senior Product Manager, you will drive high-impact initiatives to build tools that supercharge operations for autonomous vehicles. You'll work closely with cross-functional teams to empathize with operators, define product goals, and deliver step-change solutions that scale operations.

You will develop, integrate, and deploy onboard autonomy behaviors such as navigation, obstacle avoidance, and docking, working on real-time decision-making components and sensor-driven pipelines. You'll optimize performance for latency and power on embedded hardware, implement safety strategies, and collaborate with cross-functional teams to ship end-to-end autonomy features.

You will design and advance systems that use VLMs to curate geographically diverse datasets, develop high-fidelity synthetic data frameworks across sensor modalities, and optimize ML-powered validation of data quality and model readiness. You'll bridge machine learning innovation and autonomy infrastructure to ensure models learn from the most relevant and diverse data, directly impacting how autonomous systems understand rare scenarios and scale safely.

You will own the data infrastructure and labeling systems that power Nuro's autonomous vehicle development. You'll build dashboards, define labeling standards, and create scalable systems to give ML and Behavior teams confidence in their data.

You will coordinate and optimize allocation across multiple missions and geographies to meet Nuro's goals. You'll create schedules, handle emergency responses, and drive process improvements to ensure efficient fleet operations.

You will drive high-impact product initiatives to supercharge operations for autonomous vehicles. Partner with cross-functional teams to build tools that scale safe and efficient commercial services.

You will lead a team of engineers responsible for designing and delivering autonomous hardware solutions, including electronics packaging, sensor packaging, and vehicle integrations. You'll drive cross-functional collaboration and own the full product lifecycle from prototype to production.

You will drive high-impact initiatives to build products that supercharge operations for autonomous vehicles at Nuro. You will empathize with operators, inform the operations roadmap, and build scalable tools, acting as a force multiplier across teams.

You will design, develop, and maintain release and over-the-air (OTA) update infrastructure for Nuro's autonomous vehicle fleets. You'll work on mission-critical systems, manage project priorities, write testable code, and improve system performance while participating in on-call rotation.

You will build and scale backend systems and onboard modules for the Routing team, working on microservices, routing algorithms, road network graphs, monitoring, and deployment infrastructure. You'll collaborate with product and operations to create new user experiences and define product strategy.

You will build and scale backend systems and onboard modules for the Routing team, designing microservices, optimizing routing algorithms, and working with product and operations to create new user experiences. This role directly supports the safe and efficient navigation of Nuro's self-driving technology.

You will work on Nuro's in-house Teleoperations platform, designing and implementing video streaming pipelines and simulation frameworks to connect autonomous vehicles with remote operators. Your work will enable reliable real-time data streaming for vehicle monitoring and assistance.

You will lead the development of evaluation systems to validate and verify the NuroDriver™, designing intelligent agents and metrics to measure cognitive performance, closing the learning loop by identifying behavioral weaknesses, and defining the technical architecture to unify evaluation frameworks. This role involves cross-functional collaboration to ensure safe scaling of autonomous driving technology.

You will own the critical bridge between autonomous vehicle hardware, human labeling operations, and ML models. You will design and advance systems that render massive multi-modal sensor datasets, manage complex data pipelines, enforce data validation, and create resilient API boundaries for ML data pipelines.

As a Software Engineer on the AI Platform team, you will contribute to building the world's most scalable self-driving technology. You'll work on data management, onboard systems, ML infrastructure, simulation, or technical infrastructure, enabling autonomy at commercial scale.

You will work on core infrastructure to support Nuro's autonomous driving technology, including data platforms, simulation, or technical infrastructure. You'll build systems that enable scalable data management, realistic simulation, and efficient engineering workflows.

You will work on one of three areas: Onboard Systems, Performance, or Devices Platform, providing a reliable and high-performance platform for autonomy software. You'll collaborate with cross-functional teams to ensure safe and reliable integration of software and hardware, optimize performance, and build foundational onboard software for sensor and compute platforms.

You'll support supply chain strategy and supplier execution for Nuro's autonomous vehicle programs. You'll contribute to commercial negotiations, risk identification, and cross-functional collaboration across engineering, hardware, and finance. This role offers hands-on experience with strategic sourcing in a fast-paced autonomy company.

You'll build next-generation onboard infrastructure for autonomous driving, including inter-process communication, logging, and monitoring. You'll collaborate with autonomy, hardware, AI platform, and systems teams to ensure the autonomy stack runs safely and smoothly. This role leverages **AI-assisted development** to accelerate feature development and root cause analysis.

You'll build the next-generation onboard infrastructure for autonomous driving at Nuro, focusing on high-performance distributed systems. Your work will enable safe and scalable autonomy across the Nuro Driver™. **Distributed systems** inside the vehicle and **high-performance communication** between nodes are central to this role.

You'll build the **next-generation onboard infrastructure** for autonomous driving, spanning inter-process communication and monitoring. Your work will ensure the **Nuro Driver™ autonomy stack** operates safely and reliably. You'll leverage **AI-assisted development** to supercharge velocity.

You'll own cloud efficiency end-to-end for a self-driving technology company, building systems and guardrails that shape how thousands of jobs run. Your work directly impacts how many miles the fleet drives per dollar. This is a high-leverage role partnering across autonomy, ML, and simulation teams.

You'll lead Nuro's operations organization, managing hundreds of team members across six functions to support the development and global rollout of **autonomous driving technology**. Your impact will span R&D execution, commercial launches, and geographic expansion across multiple vehicle platforms and regulatory environments. This role offers the chance to build scalable systems for a **pioneering self-driving company**.

You'll join the Mapping team at Nuro, taking a **machine learning-first path** to unblock geographic capability at lower costs. You'll build and improve **HD map generation pipelines** and manage **first and third party map data APIs**.

You'll serve as an on-site operational partner ensuring safety, compliance, and workforce readiness at a Houston vehicle facility. You'll conduct audits, identify risks early, and drive corrective actions. This role leverages AI tooling to improve site operations and reporting.

You'll lead a team defining and validating the Nuro Driver's performance across hardware and software systems. You'll translate use cases into requirements, drive trade studies, and partner across disciplines to ensure **safe, scalable deployment** of **autonomous driving technology**.

You'll build highly available, fault-tolerant systems for data annotation for Nuro's **ML-first autonomous driving technology**. Your work will directly impact the quality and scalability of labeled data powering the autonomy stack. This role offers the chance to apply **cutting-edge ML research** to automate and optimize the data labeling lifecycle at scale.

You'll design and build **scalable data infrastructure** for autonomous driving, handling large-scale batch and streaming data. You'll enable ML teams by creating reliable pipelines, storage systems, and dashboards for evaluation metrics. This role offers a chance to shape the data backbone of a **self-driving technology leader**.

You'll build high-quality visualization platforms to accelerate Nuro's autonomous driving technology. You'll develop performant frameworks in **C++/OpenGL** and **Unity** for autonomy development, triage, and in-car visualization. You'll collaborate with autonomy engineers, ML labeling teams, and product managers to create bespoke tools and polished external applications.

You'll design and build scalable data infrastructure for **autonomous driving training and evaluation** at Nuro. Your work will directly impact **ML-driven autonomy performance** by enabling large-scale data pipelines and annotation tools. This role offers the chance to shape the data foundation of a self-driving company.

You'll lead the platform team building scalable labeling infrastructure for Nuro's autonomous driving systems. Your work will directly impact the quality and diversity of training data across millions of scenes weekly. You'll drive **data-driven metrics** and **apply ML research** to automate the labeling lifecycle.

You'll build resilient systems for **autonomous vehicle platforms** and **fleet operations** at Nuro. Your work directly impacts how reliability is engineered as the fleet scales across new cities.

You'll build the platform powering Nuro's self-driving model development from experimentation to production. Your work on **resource provisioning** and **workload scheduling** will accelerate the Nuro Driver lifecycle. This role offers the chance to shape large-scale distributed systems for **autonomous vehicle ML**.

You'll build high-quality visualization platforms that allow any software engineer to add new viz elements, working end-to-end on features for **autonomous driving development**. You'll partner with Autonomy engineers to improve their workflow and collaborate with ML Labeling teams on bespoke labeling tools. This role combines deep technical challenges with product impact at a leading self-driving company.

You'll design and build **scalable data infrastructure** for Nuro's ML-first autonomous driving system. Your work will directly impact training and evaluation data pipelines, enabling **system validation at scale**. This role offers a chance to solve **large-scale data engineering challenges** in a cutting-edge self-driving technology environment.

You'll lead execution of critical programs like Nuro's robotaxi partnership, working across engineering, business, and external partner teams. You'll set goals, track milestones, resolve issues, and keep complex work moving forward. This role is for someone excited about autonomy who creates simplicity in complex situations.

You'll support quality control and tool testing for internal software systems used in robotics and autonomy development. Your core impact is reviewing software outputs, reproducing bugs, and documenting findings to **improve system reliability**. This role stands out as a hands-on execution-focused position at a leading self-driving tech company.

You'll build the foundation for Nuro's ML infrastructure, powering model development from experimentation to production. You'll design and optimize workload orchestration and data pipelines for large-scale autonomous driving. This role offers a chance to work on cutting-edge AI infrastructure at a leading self-driving company.

You'll design large-scale data pipelines and storage systems for an **ML-first autonomous driving platform** at Nuro. You'll enable **scalable training and evaluation data processing** that directly impacts system performance. This role offers a chance to work on **cutting-edge self-driving technology**.

You'll own the quality diagnostic layer across ML labeling pipelines for a **self-driving technology company**, ensuring that annotation quality directly impacts model safety and performance. Your core impact is finding and fixing systematic flaws before they reach the road, making the work directly tied to Nuro's mission.

You'll provide **strategic HRBP support** to Nuro's technical organizations, including hardware and software engineering teams. You'll coach leaders on team effectiveness, manage complex employee relations, and drive **data-informed people decisions**. This role combines strategic partnership with hands-on execution in a **fast-paced autonomous vehicle company**.

You'll lead full-cycle technical recruiting for Machine Learning Infrastructure, Data Infrastructure, Data Platform, and Core Infrastructure Engineering teams. Your core impact will be partnering with engineering leaders to shape hiring strategy and maintain a high hiring bar. This role offers the opportunity to work with cutting-edge autonomous driving technology at a high-growth company.

You'll build internal tools and platform systems for **managing and monitoring Nuro's autonomous vehicle fleet**. You'll own features end-to-end, from responsive frontends to backend services, directly impacting how **reliably and efficiently** Nuro operates vehicles on public roads. This is hands-on product engineering at the intersection of fleet operations and software infrastructure.

You'll join Nuro's Software Operations team to shape how software evaluation and validation come together across the company, working on complex pipelines across simulation, root cause analysis, and systems evaluation. Your core impact will be keeping that work organized, prioritized, and moving forward, bringing structure to ambiguous, fast-moving problems. This role offers the chance to partner closely with Autonomy Engineering and Systems Engineering, turning overlapping priorities into clear plans and helping the validation organization scale alongside the rest of the company.

You'll design and build **release and over-the-air (OTA) update infrastructure** for Nuro's fleet of autonomous robots, enabling reliable software deployments at scale. Your work directly impacts safety and uptime of self-driving vehicles. This role offers the chance to solve **mission-critical distributed systems challenges** in a fast-growing AV company.

You'll join the Software Operations team at Nuro to improve QC procedures, rubrics, and taxonomy. Your work will directly impact the reliability of autonomy software at scale. You'll report to the Head of Software Operations with real autonomy and a direct line to leadership.

You'll define and execute validation strategies for Nuro's **autonomous driving technology**, ensuring system performance meets rigorous standards. Your work directly impacts the safety and scalability of **self-driving vehicles**. Collaborate cross-functionally to drive validation from requirements to field operations.

You'll build talent pipelines for **leadership and technical roles** across ML, AI, and Robotics at a **self-driving technology company**. Your work directly enables scalable autonomy by engaging passive, competitive talent. **Partner with engineering leaders** to shape sourcing strategies and drive top-of-funnel impact.

You'll monitor and accelerate Nuro's autonomous system by simulating real-world driving scenarios at our closed course testing site in Las Vegas, NV. You'll also develop and execute world-class demo experiences for partners and investors. This role is **critical to advancing autonomous technology** with a **culture of safety and accountability**.

You'll join Nuro's Reliability team to ensure autonomous vehicle hardware performs safely and robustly. You'll support **reliability test planning** and **failure investigations** for **AV hardware systems**.

You'll **operate autonomous test vehicles** collecting data to train self-driving technology, working overnight shifts on-site in Houston. You'll troubleshoot operational issues and occasionally conduct ridealongs with leadership.