Mixed reality devices need to sense and understand the world around them with tremendous precision and speed. Great ingenuity is required, as this must be done under tight power and size constraints. A wide variety of cameras, 3D sensors, inertial sensors, light projectors, and other components will be at your disposal. You will use your expertise to conduct experiments, develop algorithms, and perform analysis to help design the best sensing systems for our products. This is a critical role that provides the underpinnings for many core product features, and greatly impacts our product design and performance.
Perform trade-off study to choose appropriate algorithms based on deep understanding of embedded platform
Prototype embedded algorithms for advanced computer vision, deep learning algorithms for pose estimation, 3D modeling, object recognition, and eye tracking that take advantage of novel sensor choices and configurations.
Participate in strategic discussions around sensor architecture and prototype algorithms arising from creative combinations of sensors
Mature prototype algorithms to product worthy features.
Gather requirements and constraints from cross discipline teams, understand other proposed solutions, design and evaluate algorithms incorporating these nuances.
Define metrics for algorithm performance, and design robust, partially automated experiments to obtain quantitative data against these metrics on an ongoing basis.
Push the boundaries of accuracy, noise, and other performance indicators for a variety of sensing systems with best possible architectural and algorithmic design.
Document, organize, and disseminate information about specifications, performance, alternate possibilities, and strategy.
Capable during the entire development cycle: problem definition, research stages, algorithm design, implementation, and productization
Proven fluency in C/C++ or assembly programming on embedded platform
Strong experience with computer vision and deep learning algorithms and development
Family with RTL, DSP, VHDL, Verilog
Exceptional written and verbal communications skills
A working knowledge of statistics for data characterization and hypothesis testing
Experience with electronic development and test equipment (debuggers, emulators, oscilloscopes, logic and spectrum analyzers, etc.)
Experience with control systems a plus
Relevant B.S degree + 5 years experience. M.S. or Ph.D is a plus
All your information will be kept confidential according to Equal Employment Opportunities guidelines.