Dexterity Benefits Overview

Lead functional safety engineering for industrial robots, autonomous mobile systems, and motion-control architectures. Own the complete safety lifecycle, including hazard analysis, safety requirements, architecture, implementation, verification, validation, certification, and QMS integration. Develop safety plans, assess machinery risks, design safety functions and interfaces, analyze failures, and support PLC and embedded implementation. Ensure compliance with international machinery and robotics standards while advising engineering teams, certification bodies, and customers.

Lead and coordinate robotics product development and deployment projects for Japanese logistics customers. Design, build, monitor, and optimize robotic systems across the technology stack; guide system architecture; support commissioning, debugging, root-cause analysis, feature triage, and operational reliability. Collaborate with customers, system integrators, and U.S.-based engineering teams while identifying technical risks and driving architectural decisions.

Design, prototype, test, and refine mechanical hardware for robotics systems. Create CAD models, 2D drawings, BOMs, test reports, and assembly instructions; validate components and assemblies; collaborate with electrical, systems, software, operations, and manufacturing teams; and support pilot builds and production readiness.