Bedrock Robotics

You'll join Bedrock Robotics to **integrate autonomous hardware and software stacks** on heavy construction machinery, **triaging and debugging fleet issues** to ensure uptime. You'll bridge technical development with business needs, guiding deployment into real-world projects. This role combines cutting-edge AI with physical systems.

You'll own Bedrock's agentic AI platform, building the infrastructure and frameworks that power AI agents across the company. You'll ship the first wave of production agents, from Q&A to Field Triage, making agents a core part of operations. This high-autonomy role sits at the intersection of **AI/LLM engineering** and **cloud infrastructure**.

You'll **assemble hardware test benches** and **deploy autonomous systems** on active construction sites. You'll work alongside engineers to keep test infrastructure running and ensure equipment is ready to perform. This role sits at the intersection of lab operations, hardware builds, and field support.

You'll lead the planning and execution of autonomous system deployments across partner construction sites. Your impact will be owning cross-functional timelines and ensuring alignment across engineering, operations, safety, product, and partnerships. This role stands out for building scalable digital operating manuals and **AI-driven workflows** to scale deployments.

You'll **lead high-impact data science work** across autonomy, safety, and product for **autonomous construction machinery**. You'll extract insights from real-world machine telemetry and operational data, directly influencing engineering decisions. Backed by $350M in funding, you'll help shape foundational data science practices at a fast-growing startup.

You'll **architect and develop the core application runtime framework** for autonomous systems on heavy construction machinery, enabling safe, low-latency operation of the autonomy stack in **Rust**. You will collaborate with ML and Controls teams to ensure the platform meets advanced autonomy requirements.

You'll architect **highly complex interfaces** for **autonomous heavy machinery**, visualizing massive multi-modal datasets in real time. Your work will directly impact billion-dollar infrastructure projects and safety on job sites. You'll push the performance limits of modern frontend frameworks.

You'll work alongside senior engineers to design, test, and integrate autonomous hardware systems for heavy construction machinery. You'll help deliver field-ready autonomous systems that improve safety and efficiency on billion-dollar infrastructure projects. This role combines **cutting-edge autonomy** with **real-world hardware** in rugged outdoor environments.

You'll integrate simulators into Bedrock's cloud platform, building distributed systems and tooling for autonomous construction machinery. You'll own the seam between simulation and cloud infrastructure, enabling ML engineers to iterate faster. This high-leverage generalist role lets you drive 100,000 lb excavators.

You'll lead field test deployment and validation for **autonomous construction machinery**, collaborating with engineers and construction veterans. Your work directly accelerates infrastructure projects and improves job site safety through real-world testing.

You'll **own sensor validation** for autonomous construction machinery, ensuring camera, lidar, and IMU data are **trustworthy and rigorously characterized**. You'll detect performance degradation and quantify its impact on safe operation, partnering with perception and behavior teams.

You'll design and deploy **behavior cloning and reinforcement learning** models for heavy construction machinery, collaborating with **autonomy and infrastructure teams** to bridge simulation and real-world deployment.

You'll design and train perception models for autonomous heavy machinery at Bedrock. You'll **build robust systems** that handle dust, vibration, and occlusion, deploying to **edge hardware**. You'll collaborate with construction veterans to solve physical-world problems **simulations can't touch**.

You'll join a team deploying **autonomous systems** on heavy construction machinery for **billion-dollar infrastructure projects**. You'll collaborate with construction veterans and engineers to solve real-world problems that simulations can't touch. This is where **algorithms meet steel-toed boots**.

You'll lead **cross-functional technical programs** for autonomous construction machinery, collaborating with hardware and software teams. Your work drives prototypes to production, accelerating infrastructure projects. This role offers hands-on impact at a well-funded startup.

You'll operate **heavy construction machinery** equipped with **autonomous systems** on billion-dollar infrastructure projects. Your work will directly impact project schedules and job site safety, collaborating with construction veterans and world-class engineers.

You'll **integrate sensors, compute hardware, and actuators** onto autonomous construction machines, collaborating with cross-functional teams to translate system requirements into robust mechanical designs. Your work will ensure reliability in harsh environments like vibration, dust, and weather exposure. This role combines hands-on prototyping with advanced CAD and analysis.

You'll **architect and optimize the embedded Linux platform** for our autonomous construction machinery, ensuring a **secure, deterministic foundation** for our autonomy stack built in Rust. Collaborate with world-class engineers to solve **physical-world problems** that simulations can't touch.

You'll build **evaluation pipelines** for autonomous systems deployed on heavy construction machinery, connecting real-world performance to metrics. You'll enable **confident decision-making** from parameter tuning to deployment readiness by bridging product goals and system behavior. Join a team backed by $350M bringing autonomy to construction.

You'll drive programs spanning **Data, Infrastructure Platforms, and Interfaces** at a company deploying autonomous systems on heavy construction machinery. Your work will bridge Engineering, Commercial, and Operations to deliver next-generation autonomous-capable equipment. This is a high-impact, hands-on role at a $350M-backed startup.