Jobs at Torc Robotics

You'll define the product vision for **autonomous driving technology** at Torc Robotics, working with cross-functional teams to drive features and roadmaps. Your core impact will be enabling **automated truck** deployment through customer-focused development. This role offers the chance to pioneer AV technology with **direct collaboration** between engineering and stakeholders.

You'll lead **integration activities** for Torc's autonomous trucking system, working with cross-functional teams across Engineering, Software, Safety, and more. Core impact: drive focus on objectives to enable delivery of the Autonomous Truck. Standout: part of a pioneering autonomous driving company now backed by Daimler.

You'll lead a team of TPMs driving **safety-critical** and **compute platform** initiatives for autonomous trucking. Your team will own planning and execution for the Safety Compute Platform technology roadmap, ensuring alignment across engineering, safety, and hardware teams. This role offers the chance to shape program management practices in a **mission-driven autonomous vehicle** company backed by Daimler.

You'll develop **automotive hardware components** that meet functional safety, security, and functional requirements for **autonomous trucking** systems. You'll maintain requirements databases and collaborate with Tier-1 suppliers. This role offers a chance to work on cutting-edge autonomous vehicle technology.

You'll build and maintain ML Ops frameworks for autonomous vehicle solutions at Torc Robotics, a Daimler company. Your work will enable **ML developers to scale experimentation** and drive the future of **autonomous freight**. This role offers the chance to **shape organization-wide ML platforms**.

You'll lead a team of release managers for **autonomous driving software releases** at Torc Robotics, a Daimler company. You'll drive strategic initiatives and ensure **safe, on-time product delivery** across engineering divisions. This role offers the chance to impact **safety-critical autonomous truck technology**.

You'll develop and deploy behavior models that power decision-making for autonomous trucks. You'll contribute to learned behavior modules enabling safe and efficient driving in real-world freight operations. This role focuses on building and improving ML models and infrastructure within the autonomy stack.

You'll implement **Neural Rendering** and **generative models** for sensor simulation, producing high-quality camera, LiDAR, and radar data for autonomous trucking. You'll own projects from research to deployment, working in a cloud ML ecosystem. This role combines cutting-edge research with production software engineering at a leader in autonomous driving.

You'll join the Operating System Team to develop and maintain a light-weight Linux distribution for automated truck software, integrating third-party libraries and build systems. Your work will ensure system security, stability, and scalability for **real-time embedded systems** on **NVIDIA target SoCs**.

You'll develop and execute vehicle-level test cases for autonomous driving functions, focusing on functional and behavioral safety (ISO 26262, SOTIF). You'll work with cross-functional teams to ensure safety compliance and product quality. This role offers the chance to **validate cutting-edge autonomous truck technology** in a **collaborative and safety-focused environment**.

You'll support the integration and maintenance of Torc's self-driving software with test vehicles. You'll **diagnose and repair** complex electrical and mechanical issues, ensuring vehicle safety and availability for **software integration testing**. This role puts you at the cutting edge of autonomous truck technology with a Daimler-owned leader.

You'll provide **functional safety systems engineering** for autonomous truck compute components, leading design discussions and safety analyses. You will derive safety requirements and collaborate across teams to establish a **functional safety case** for Level 4 autonomous driving.

You'll lead **safety event investigations** for a **leader in autonomous trucking** at Torc, a Daimler company. Your core impact is **proactively identifying risks** and ensuring product safety through data-driven analysis and cross-team collaboration.

You'll **design and operate the data infrastructure** powering Torc's autonomy program for **automated trucks in freight**. You'll build pipelines that turn raw vehicle sensor logs into curated datasets for ML engineering teams. This high-ownership role directly impacts **scalable data quality and model training**.

You'll build and support cloud-based applications for Mission Control, enabling autonomous truck operations. Your work will drive the full development lifecycle from requirements to deployment in an Agile team. You'll contribute to scalable frameworks and best practices while collaborating cross-functionally.

You'll contribute to cloud-based systems and data pipelines that evaluate **autonomy performance** and support **release readiness** at Torc Robotics. You'll help transform raw vehicle telemetry into meaningful safety metrics for automated trucks. This role offers hands-on experience with **AWS and Python** in a cutting-edge autonomous driving team.

You'll join a collaborative data engineering team building **AWS-based data systems** for **autonomous trucking**. You'll help scale data pipelines and the data lake to process massive vehicle fleet data, enabling ML training and analytics.

You'll contribute to automated test frameworks for Torc's Level 4 autonomous truck software, using HIL systems and Python to validate software releases. Your work will directly improve the safety and reliability of the autonomous driving platform. **This role offers the chance to work on cutting-edge autonomous technology** within a Daimler-backed company.

You'll **design and maintain ML frameworks** for autonomous vehicle development at a pioneering company. You'll **build scalable infrastructure** that powers the entire ML experimentation lifecycle. This role offers **high impact** within the Daimler family and access to advanced AWS/GPU resources.

You'll design and deploy **offline perception algorithms** for **autonomous trucking** at Torc Robotics. Your core impact is creating high-quality auto-annotations from sensor data to train perception models. Stand out: you'll join a pioneer in autonomous driving backed by Daimler.

You'll lead the **TorcOS organization** building the foundational software stack for **autonomous trucking platforms**. Your team delivers embedded Linux, middleware, and AUTOSAR solutions that power Torc's self-driving trucks, enabling scalable and safety-critical systems.

You'll lead **safety assessments** and **risk analyses** for autonomous trucking systems at a pioneer in self-driving technology. Collaborate with cross-functional teams to ensure **ISO 26262** and **ISO 21448** compliance. A unique opportunity to shape safety in commercial autonomous vehicles.

You'll join the Mission Control team to build and support **cloud-based applications** for autonomous trucks, owning the full development lifecycle. Your impact extends from requirements to deployment, **refining scalable frameworks** in an Agile environment. This role offers the chance to work on **cutting-edge autonomous vehicle technology** with a Daimler partner.

You'll lead **highly complex data science projects** for **autonomous truck software** at Torc Robotics, part of Daimler. Your core impact will drive **predictive analytics and defect reduction** for manufacturing and business applications.

You'll **design and develop scalable software systems** for **next-generation AI capabilities** on autonomous trucks, working across the full lifecycle from architecture to deployment. You'll collaborate with ML engineers and researchers to solve complex, ambiguous challenges and drive **technical innovation in a fast-paced environment**.

You'll develop and integrate middleware software for **autonomous systems** on **automotive embedded platforms**, using **C++ in a Linux environment**. You'll drive the full software development lifecycle from architecture to deployment. This role offers the chance to work on cutting-edge autonomous vehicle technology.

You'll serve as a conduit between Engineering, Safety, and other functions for Torc's automated truck software. You'll **prioritize workstream needs**, drive **cross-functional roadmap alignment**, and reconcile timeline gaps to **enable critical product milestones**.

You'll design and optimize software that creates the interface between Autonomy and Mission Control systems for self-driving trucks. Your work enables mission management and real-time vehicle monitoring, directly advancing Torc's commercialization of autonomous trucking. You'll **lead C++ development** for **production-ready autonomous systems** at a **Daimler-backed company**.

You'll design and develop **core planning and prediction systems** for autonomous trucks. Your work will directly shape **trajectory generation and behavior prediction algorithms** to ensure safe, efficient navigation. You'll lead cross-functional initiatives while mentoring engineers and driving technical strategy.

You'll lead **integration of autonomy applications** on embedded compute platforms, ensuring **reliable performance across perception, behaviors, and platform teams**. You'll drive root cause analysis for system-level issues and accelerate delivery through scalable architectures.

You'll join the Technology Operations team to expand BI data analytics and financial reporting capabilities. You'll partner with business functions to bring **visibility and reporting** that helps leadership make better decisions. This role offers the chance to work on **autonomous vehicle technology** at a pioneer in the field.

You'll drive the technical direction and execution across the Technology organization, collaborating with Product Management and engineering teams to **advance the commercialization** of autonomous driving technology. You'll shape the technical vision, define development strategy, and **steer engineering execution** toward product objectives. This role offers the opportunity to **work on cutting-edge ADAS/autonomy systems** from architecture to mass production.

You will design, implement, maintain, and monitor cloud-based simulation services that support virtual driver-stack testing and large-scale simulation workloads. You'll contribute across the full software development lifecycle, from design and algorithm development to testing, deployment, and ongoing maintenance, while ensuring high-quality software delivery through established processes and automated testing.

You'll **define and evaluate cybersecurity controls** for Torc's autonomous vehicle platform, working with Compute Platform and Autonomy teams to **embed security into systems from conception through deployment**. This role offers the chance to **shape security for L4 automated trucks** at a pioneer backed by Daimler.

You'll implement **neural rendering** and **generative models** for autonomous truck simulation at a **Daimler-backed leader**. Your work will power AV 3.0 by producing high-quality sensor data. This role offers **cutting-edge research** with real-world deployment at scale.

You'll design and deploy learned behavior models for autonomous trucks, working across perception, prediction, planning, and safety teams. Your core impact is building reinforcement learning and imitation learning systems that enable safe, efficient driving in real-world freight environments. This role offers **ownership of end-to-end model development** within a **leading autonomous vehicle company** backed by Daimler.

You'll join the ADKit Component Enablement & Calibration team to develop **software tools** enabling driver development and validation for autonomous drive kit components. You'll work hands-on with **multi-modal sensor systems** and collaborate with automotive Tier-1 suppliers to ensure component quality through lab testing and field trials. This role offers a chance to impact the future of **autonomous trucking** within the Daimler family.

You'll join the release pipelines team at Torc Robotics, building automation systems for **autonomous truck software releases**. You'll design and implement **workflow pipelines** using Bazel, BuildStream, and Temporal to ensure safe, reproducible releases. This role offers the chance to work on **safety-critical embedded systems** at a Daimler company pioneering autonomous technology.

You'll develop and deploy behavior models for autonomous trucks, working with perception, prediction, and planning teams. You'll design, validate, and improve ML models and infrastructure for learned behaviors in the autonomy stack. This role focuses on **safe and efficient driving** through **real-world fleet operations**.

You'll implement **neural rendering** and **generative models** for camera, LiDAR, and radar sensor simulation at Torc Robotics, a leader in autonomous trucking. Your work will directly **scale simulation data** for training and validation of self-driving trucks. Join a team that pioneers state-of-the-art approaches for safe autonomous driving.

You'll lead and grow a TPM team building an **autonomous driving platform** for **automated trucks**. You'll partner with engineering leadership to drive roadmaps and execution across complex hardware and software systems. This role offers a chance to shape the future of freight with a pioneer in autonomous technology.

You'll join the Build and Tools group at Torc Robotics, focusing on automation and pipeline systems for safety-critical autonomous vehicle software. You'll tie software components and embedded OS into cohesive releases, optimizing build performance and release workflows. This role stands out for working on cutting-edge autonomous truck technology with a leader in the field.

You'll serve as a conduit between engineering teams and fleet resources, prioritizing needs across data collection, on-road testing, and vehicle commissioning. You'll drive execution on a **cross-functional roadmap** to optimize fleet utilization and support **autonomous vehicle milestones**. This role offers the opportunity to work with a pioneer in autonomous driving, backed by Daimler.

You'll lead ODD strategies and safety assessments for autonomous trucking systems at Torc Robotics, a Daimler company. You'll **quantitatively compare operating environments** to refine the operational design domain and design **safety-related performance indicators** for release readiness. This role offers the chance to shape **L4 autonomous trucking technology** at the forefront of the industry.

You'll develop **high-performance C++ applications** for **real-time embedded systems** in autonomous trucks. You'll own the full development lifecycle and mentor junior engineers.

You'll design and deploy **offline perception models** for **autonomous trucking** using pseudo-labeling on sensor data. Your work will directly impact the quality of annotations used by perception and simulation teams. This role offers the chance to pioneer **scaled ML operations** in a cutting-edge AV company.

You'll lead **SOTIF evaluations** and **safety assessments** for autonomous trucking systems at Torc Robotics, a Daimler subsidiary. Your work will directly impact the safe deployment of L4 autonomous trucks by identifying functional insufficiencies and defining verification strategies. This role offers the opportunity to shape the future of freight technology.

You'll design offline object detection and tracking modules to automatically annotate sensor data for autonomous trucking. Your work will directly improve model training and simulation quality. You'll be part of a pioneering team backed by Daimler, working on **pseudo-labeling** and **scaled ML operations**.

You'll build and maintain ML frameworks for autonomous vehicle development at **Torc Robotics**, part of the Daimler family. You'll design organization-wide ML Ops systems and drive **adoption of the AV 3.0 Dev Kit** across teams. This role leverages **Ray, PyTorch, and AWS** to scale ML experimentation.

You'll design and maintain diagnostic software for autonomous trucks, working on the Health and Diagnostics Team. Your core impact will be ensuring safety and serviceability through **fault detection** and **recovery strategies** on ECU interfaces. This role offers a chance to shape next-gen automotive diagnostics at a pioneer in autonomous driving.

You'll write software to integrate external sensors into an autonomous vehicle system at Torc Robotics, a leader in self-driving technology. You'll perform system-level debugging, performance tuning, and collaborate with cross-functional teams to **optimize real-time embedded applications** for automated trucks. This role offers the chance to work on **cutting-edge autonomous driving technology** with **experienced industry partners** like Daimler.

You'll develop and maintain a lightweight Linux distribution for autonomous trucking on NVIDIA SoCs. You'll perform system-level debugging, performance tuning, and integrate third-party libraries for ML applications. **This role** offers **direct impact** on real-time embedded systems for autonomous vehicles.

You'll provide strategic leadership for **verification, validation, and release** of Level 4 autonomous truck software. You'll incorporate **industry safety standards** like ISO 26262 and ISO 21448 to guide engineering procedures. This role shapes the entire product lifecycle from prototype to production.

You'll partner closely with senior leaders to drive HR initiatives, organizational change, and scalable people practices. You'll **support autonomous vehicle technology** for a **pioneer in autonomous driving** now part of the Daimler family. This hybrid role requires minimum 3 days in office.

You'll provide functional safety systems engineering for autonomous trucks, collaborating with cross-functional teams on **safety case development**. Your core impact is deriving safety requirements and conducting hazard analyses for compute platform components. This role offers the chance to work on **L4 autonomous driving applications** with an industry leader.

You'll customize open-source middleware technologies like **ROS2** and **SOME/IP** for autonomous truck software. You'll design and maintain **C++ code for embedded Linux systems** and contribute to safety-critical middleware. This role is part of the Daimler family, offering cutting-edge autonomous vehicle development.

You'll join the Cloud Automation team to build and operate foundational AWS infrastructure and developer tooling for autonomous trucking software. Your work will directly enable every engineering team at Torc to ship reliably and securely. The role offers a **remote-friendly culture** and a **sustainable on-call rotation**.

You'll develop and scale **End-to-End ML models** that map multi-modal sensor inputs to driving behavior for autonomous trucks. Your work will directly impact the safety and efficiency of real-world freight operations. This role offers hands-on ownership of the E2E stack at a company pioneering autonomous driving since 2007.

You'll design and execute hardware-in-the-loop (HiL) test benches to validate **autonomous driving software** for automated trucks. Your core impact is ensuring system safety and performance before deployment. This role offers the chance to work at the cutting edge of **autonomous vehicle technology** within a Daimler-backed company.

You'll join the App Engine team at Torc Robotics to build a robust platform for integrating and managing deep learning models in autonomous trucking. Your work will optimize data pipelines across distributed systems for Level 4 autonomy. This role offers a chance to **shape the SDK** for a **cutting-edge autonomous vehicle platform**.

You'll develop a processing pipeline SDK for autonomous trucking, optimizing GPU and memory usage for real-time deep learning model execution. Your work will directly impact **L4 autonomous vehicle deployment** and **freight transformation**. Join a pioneer at the intersection of **autonomous driving and Daimler's truck manufacturing**.

You'll develop scenario-based validation strategies using simulation to evaluate autonomous driving system performance at Torc Robotics. You'll collaborate with cross-functional teams to improve system robustness and real-world vehicle behavior. This role stands out for its focus on **autonomous truck software** within a **Daimler-backed company**.

You'll serve as a primary representative planning work for Autonomy Software development teams to deliver against corporate milestones. You'll prioritize asks across short-term and long-term programs to develop a plan for autonomy teams. You'll collaborate with technical and non-technical stakeholders to proactively unblock engineering teams from delivering on their goals.

You'll join Torc's SW Systems and Safety - Behaviors Autonomy Team, building the data and software infrastructure that powers **autonomy system evaluation** and decision-making. You'll develop tools for **large-scale analysis of autonomy data** across mapping, simulation, and real-world environments. This role is focused on executing production-quality Python and C++ code.

You'll lead the design and architecture of a **scalable sensor calibration pipeline** for autonomous trucks, working with multi-modal sensors like cameras, LiDAR, and IMU. Your core contributions will ensure **accurate spatial calibration** critical to safety and performance. This role stands out for its direct impact on **productizing autonomous driving technology**.

You'll develop a processing pipeline SDK for distributed SoCs and optimize concurrent GPU resource usage. Your work will directly enable L4 autonomous trucking features on Daimler's platform. This role offers exposure to cutting-edge **autonomous driving technology** and **embedded ML systems**.

You'll own the design and architecture for a **scalable sensor calibration pipeline** in C++ and lead development of **multi-modal calibration solutions** for autonomous trucks. Your work directly impacts the safety and performance of our self-driving platform, collaborating with cross-functional teams to bring productization to freight automation.

You'll provide **technical leadership** across teams to drive architectural strategy and scalable system design for **cloud-based autonomous vehicle software**. Your work will directly impact the reliability and performance of our automated trucking platform, collaborating with cross-functional stakeholders to deliver secure, high-quality solutions.

You'll oversee **release planning and delivery** for embedded truck software and cloud applications at **Torc Robotics**, a leader in autonomous driving. Your core impact will be ensuring reliable, high-quality releases across cross-functional teams. This role stands out for its direct involvement in shaping autonomous vehicle technology.

You'll architect **distributed data pipelines** to process petabytes of autonomous vehicle data and develop **ML-assisted algorithms** for scenario mining. Your work will directly accelerate safe autonomous trucking by feeding critical scenarios into perception and simulation systems.

You'll design and operate the foundational AWS infrastructure that powers autonomous trucking software at Torc Robotics. Your core impact is enabling every engineering team to build and run workloads at scale. You'll own cloud security, networking, CI/CD, and shared services for a fleet of autonomous vehicles.