Mechanical Engineer, Data Systems Hardware

Pittsburgh Robotics Network; Redmond (WA); On-site; USD 110,000 - 170,000; Full time

Job summary

Reality Labs in Redmond, WA seeks a Mechanical Engineer to lead the design of internal data collection hardware spanning head-worn and body-worn devices. You will own the mechanical architecture from concept through deployment, integrating sensors, illumination, and data aggregation into wearable form factors while meeting comfort, safety, and durability requirements.

You will work across mechanical, optical, electrical, systems, and firmware boundaries and partner with research, program

Qualifications

• Experience designing wearable hardware and data collection devices.
• Ability to prototype and test mechanical concepts in ambiguity.
• Focus on fit, comfort, safety and durability for diverse users.

Responsibilities

• Own mechanical architecture for data collection devices from concept through deployment.
• Design head-worn and body-worn prototypes with integrated sensors and data aggregation.
• Coordinate with research, program management, and data collection operations to iterate on designs.

Skills

Mechanical design

Data collection hardware

Sensor integration

Thermal management

Ergonomics

Job description

Reality Labs is seeking an Mechanical Engineer to lead the design of internal data collection hardware. The Data Systems Hardware & Operations team designs, builds, and deploys the devices and systems used to capture the datasets behind Reality Labs products. This work spans development of data collection headsets and wearable prototypes, sensor-integrated form factor mockups, and the necessary infrastructure to integrate these systems into data collection operations. These systems support Codec Avatars, Input, and Health programs across all Reality Labs devices, and enable the algorithm development and research behind those programs.

This role owns mechanical architecture and design for data collection devices from concept through deployment to collection sites. Design work centers on head-worn and body-worn prototypes: integrating sensors (cameras, IMU, audio, etc.), illumination, and data aggregation into wearable form factors, holding sensor alignment and repeatable positioning across participants, managing thermal and mass distribution under wear constraints, and meeting fit, comfort, and participant safety requirements across a range of head and body geometries. Prototypes must be durable enough for sustained use by non-engineering operators and serviceable in the field.

The role operates across mechanical, optical, electrical, systems, and firmware boundaries, and partners with research, program management, and data collection operations.

Full system requirements are often undefined at project start. Research direction and program priorities shift, and requirements are established through prototyping and measurement. Candidates should have experience working in high-ambiguity, fast-paced development environments.