About the job
About 1X
1X is a pioneering AI and robotics firm located in Palo Alto, California, dedicated to creating a truly abundant society through the development of general-purpose robots capable of autonomously performing a wide array of tasks.
We believe that genuine understanding of the world and advancements in intelligence can be achieved when humanoid robots coexist and learn alongside humans. Our focus is on crafting friendly home robots that seamlessly integrate into daily life.
We are on the lookout for inquisitive, motivated, and passionate individuals who are eager to help define the future of robotics and AI. If our mission resonates with you, we are excited to connect and discuss how you can contribute to our journey.
Role Overview
At 1X, we believe that physical capabilities arise from the synergy of mechanics, materials, and control. The next generation of humanoid robots and physical AI interfaces will rely on mechanical structures that are robust, adaptable, quiet, and resilient over extended use. Our integrated approach empowers mechanical engineers to influence how robots engage with humans and their surroundings through structural design, motion dynamics, and load distribution.
We are currently seeking a Mechanical Engineer with a specialization in fiber and composite structures. This role involves designing, integrating, and validating load-bearing fiber-based components for humanoid robots. Key responsibilities include mechanical design, systems integration, prototyping, testing, and verification of fiber assemblies, including fiber-reinforced components that endure cyclic loading, friction, and wear.
Responsibilities
Design mechanical components and subassemblies utilizing fiber assemblies and composite materials for dynamic load-bearing applications.
Manage the integration of fiber assemblies into mechanical systems, including routing, anchoring, terminations, and interfaces with hardware and safety systems.
Develop and prototype fiber-based components, iterating designs based on testing feedback.
Define load cases, duty cycles, and environmental conditions for fiber assemblies within robotic systems.
Plan and conduct mechanical testing, including tensile, fatigue, creep, wear, friction, noise, and vibration assessments.
