Senior Mechanical Engineer- Robot Head

Own the mechanical architecture and packaging of the robot head, including cameras, speakers, microphones, and supporting electronics, within a tightly constrained envelope

Drive compatibility between the internal packaging and the industrial design surfaces, negotiating trade-offs between ID intent, sensor fields of view, thermal performance, and serviceability

Manage the head's mass properties — minimizing mass and controlling center-of-gravity location to meet targets defined with the neck team, so the head can move responsively without oversizing the neck actuation

Design stiff, stable sensor mounting — camera alignment, boresight retention through thermal and dynamic loading, and structural paths that keep image quality high while the head is in motion

Define and own the mechanical interface to the neck — the structural mount, alignment and registration features, electrical pass-through, and serviceability scheme — driving this interface to closure with the neck team

Work closely with the cladding team to define interfaces, attachment schemes, tolerances, and assembly sequences between the head structure and exterior cladding

Drive finalization of sensor requirements with perception and systems teams — locking placement, alignment, thermal, and mounting specifications for cameras and other head-mounted sensors

Create and maintain CAD models, drawings, tolerance stacks, and BOMs to support design reviews, prototyping, and manufacturing handoffs

BS in Mechanical Engineering or a closely related field (MS preferred)

5+ years of experience in mechanical design of complex electromechanical products — robotics, consumer electronics, camera systems, or similar

Demonstrated experience packaging sensors, cameras, or dense electronics in tightly constrained, thermally challenging envelopes

Strong command of mass properties analysis and the discipline to design to hard mass and CG budgets

Experience with precision optical or sensor mounting — alignment, boresight stability, and tolerance analysis for optical assemblies

Expert-level proficiency with CAD software (SolidWorks, Fusion 360, Onshape, or similar) for complex part and assembly design

Experience collaborating with industrial design teams and translating ID surfaces into manufacturable, serviceable mechanical architectures

Deep familiarity with manufacturing processes — machining, injection molding, die casting, sheet metal, 3D printing — and design-for-manufacture principles

Comfort working hands-on with hardware: building prototypes, running tests, and troubleshooting physical systems

Strong communication skills and the ability to drive requirements to closure across mechanical, electrical, software, and design disciplines

Experience packaging camera modules or vision systems in consumer electronics, AR/VR headsets, drones, or robotics

Background in acoustic design — speaker enclosures, microphone placement, or noise/vibration mitigation

Familiarity with thermal design and simulation for sealed or semi-sealed electronics enclosures

Experience designing to industrial design intent on consumer-facing products

Experience defining sensor requirements alongside perception or computer vision teams

Working knowledge of GD&T (ASME Y14.5) applied to optical and precision mechanical assemblies

Experience taking a subsystem from concept through DVT/PVT into production

Own the face of the robot — the head is what people look at and interact with, and you'll own everything inside it, from sensor packaging through ID integration

Work at the intersection of perception and industrial design — few mechanical roles demand optical packaging, acoustics, thermals, and aesthetic collaboration in one tightly constrained envelope

Join at a foundational moment and make the decisions that define the physical identity of a next-generation humanoid robot