Top Tech Jobs & Startup Jobs

Lead and coordinate technical robotics projects from conception through deployment. Define milestones, manage budgets and resourcing, align cross‑functional stakeholders, track performance and risks, prepare executive and investor communications, and ensure go‑to‑market readiness and safety for fielded robot programs.

Lead and coordinate cross-functional robotics and field deployment projects, manage budgets and resources, align stakeholders, track program metrics, mitigate risks, prepare executive and investor communications, and ensure go-to-market and deployment readiness.

Build and maintain CI/CD pipelines and cloud-native, containerized infrastructure (Kubernetes/Docker) for robotics and AI systems. Deploy and support workloads across cloud and edge, improve developer workflows through automation, and collaborate with robotics, ML, and platform teams to ensure reliability, observability, and scalable deployments for distributed robotic systems.

Design, build, and maintain production data pipelines and infrastructure for robot telemetry, logs, sensor data, and events. Implement ingestion, transformation, and orchestration (Airflow), backend services/APIs, and AWS-based storage/processing. Improve reliability with monitoring, retries, schema validation, and data quality checks. Collaborate with robotics, ML, and deployment teams to scale data systems for fleet operations.

Lead and coordinate defense-related robotics projects from conception to deployment. Define milestones, manage budgets and resources, align cross-functional stakeholders, track program metrics, prepare executive communications, and surface and resolve technical, operational, and commercial risks to ensure timely, safe, and scalable robot deployment programs.

Design, develop, and deploy production-grade 3D mapping systems and pipelines. Lead end-to-end field deployment, validation, and customer handoff. Build tooling, benchmark reliability, troubleshoot software/hardware/networking issues, and translate field feedback into engineering improvements to support mission-critical autonomous robot deployments.

Lead planning and delivery of 3D mapping projects, contribute to mapping software development, deploy mapping systems and pipelines, validate algorithms on robots, manage cross-functional teams, track progress with PM tools, mitigate risks, and build documentation and playbooks to scale execution.

Lead development of testing and validation for field-ready AI and robotics systems. Design automated test frameworks, validate reliability and risk-aware behavior, collaborate with engineering to improve models through real-world deployments, and ensure robust, production-quality software for robots operating in the field.

Design, build, and maintain CI/CD, build systems, monitoring, and deployment frameworks; automate infrastructure provisioning; ensure reliability, observability, security, and high availability; collaborate with developers and DevOps to optimize systems and troubleshoot production issues.

Design and implement decision-making frameworks and LLM APIs for robotic autonomy, build semantic scene graph world models, and expand testing and validation with unit and integration tests to ensure safe, reliable autonomous systems.