This role enables data driven decision making for fit and comfort of our next generation headsets by building tools and systems to enable quantification of critical comfort metrics. The qualified candidate will be responsible for data collection on early-stage prototype testing, utilizing and overseeing the tools developed in lab that they are responsible for.
Locations
Seattle, WA, US
Salary
Salary not disclosed
Skills Required
3D scanning and modelingadvanced
anthropometric landmarkingintermediate
motion capture systemsintermediate
3D data processing tools and pipelinesintermediate
motion capture systems (Qualisys, OptiTrack, Vicon)intermediate
real time virtual production environmentsintermediate
advanced imaging and sensing technologiesintermediate
FFT and coordinate system transformsintermediate
eye tracking systemsintermediate
Required Qualifications
extensive experience in 3D scanning and modeling with comprehensive understanding of various 3D scanning technologies (experience)
experience with motion capture systems (experience)
experience in developing 3D data processing tools and pipelines (experience)
Human Factors Engineering (experience)
experience with motion capture systems (Qualisys, OptiTrack, Vicon) (experience)
building real time virtual production environments (experience)
advanced imaging and sensing technologies such as photometric, structured light, laser, thermographics systems (experience)
working with eye tracking system to track user movement (experience)
Responsibilities
Lead 3D scanning and motion capture data collection efforts on current and future VR programs
Data acquisition and processing: Capture, clean, and synchronize data from multiple sources (motion capture, 3D scans, CAD, IMU, pressure sensors) with temporal and spatial alignment
Operate and manage the VR PDE stability studio (lab)
Rapid prototyping and problem solving: Create and modify concept prototypes, fixtures, and testing apparatus using 3D printing and other rapid prototyping technologies