Top Tech Jobs & Startup Jobs

Leads mechanical design and technology development for robotic systems from concept through production. Responsibilities include prototyping, cross-disciplinary system engineering, mechanical analysis, simulation, failure investigation, root-cause analysis, design validation, and production implementation. The role balances performance, manufacturability, reliability, thermal behavior, stiffness, mass, torque, and tolerance requirements while collaborating with electrical, software, product, and production teams.

Manage international trade compliance for robotics hardware, software, and dual-use technologies. Responsibilities include export licensing, denied-party screening, import and export declarations, EAR/ITAR/OFAC compliance, ECCN and HTS classification, trade audits, FTZ management, documentation, and coordination with freight forwarders, customs brokers, engineering, manufacturing, and international business units. The role also tracks compliance workflows in Salesforce and advises stakeholders on evolving global trade regulations.

Designs and maintains automated tests for web applications and autonomous robotic systems. Develops end-to-end test frameworks, Hardware-in-the-Loop strategies, test plans, and CI/CD integrations. Validates web interfaces, APIs, embedded software, hardware, navigation, autonomy, and payload operations. Collaborates across engineering teams, troubleshoots software-hardware issues, analyzes logs and telemetry, and establishes automated testing practices for the robotics platform.

Owns continuous improvement for robotic actuator products by investigating field and manufacturing failures, leading root cause and corrective action analyses, and implementing design changes through ECOs. Collaborates with production, testing, and global manufacturing partners to improve reliability, manufacturability, and product maturity. The role also contributes to technology roadmaps, prioritizes complex projects, and mentors teams. Requires 10–20% international travel.

Design, implement, train, and deploy machine learning and reinforcement learning algorithms for last-mile delivery robotics. Develop Python and C++ software, evaluate algorithms in simulation, and test them on Boston Dynamics Spot robots operating in unstructured outdoor environments. The role requires advanced expertise in ML or RL applied to physical robotic hardware, modern ML frameworks, and strong software engineering practices.

Lead development of control algorithms for robotic arm manipulation, grasping, and physical interaction. Responsibilities include hardware testing and debugging, production C++ development, architectural leadership across the arm control stack, design reviews, and cross-functional collaboration. The role requires expertise in rigid-body dynamics, inverse kinematics, classical control systems, and deploying manipulation software on real-world hardware.

Owns technical program management for AI infrastructure resources, including prioritizing GPU and compute allocation, overseeing data pipelines, coordinating data operations, and managing vendor-supported annotation and QA. Partners with engineering leaders and executives to develop resourcing roadmaps, mitigate compute and data risks, improve utilization processes, and support AI robotics initiatives. The role also manages data procurement and contract negotiations while driving cross-functional program deliverables.

Build software tools and infrastructure for Atlas humanoid robot behavior development, spanning data pipelines, ML training, experiment evaluation, simulation, diagnostics, dashboards, and deployment. Analyze robot-run failures, improve policy and data visibility, support hardware and simulation environments, and maintain reliable testing and CI/CD workflows. Collaborate with research scientists, ML engineers, data operations teams, and robot demonstrators to accelerate the collect-train-evaluate cycle.

Lead mechanical design and industrialization of high-performance electromechanical actuators from architecture to mass production. Provide technical leadership, CAD and drawing completion, GD&T and tolerance analysis, supplier/manufacturing collaboration, FMEAs and validation planning, and mentor design engineers to meet performance and reliability targets.

Lead mechanical design and production release of high-performance robotic actuator products for humanoid platforms. Provide technical leadership from architecture through manufacturing, oversee CAD and drawing packages, apply GD&T and tolerance analysis, optimize designs for assembly and reliability, manage technical risks through FMEAs and validation planning, and mentor design engineers. Collaborate with suppliers, manufacturing teams, and cross-functional technical groups to deliver robust electromechanical assemblies at scale.