- Perform detailed engineering analysis on new display technologies through modeling and measurement. - Collaborate with X-functional teams to define the front-of-screen performance target and test criteria based on vision perception. - Translate front-of-screen performance target into sub-architectures for panel and compensation algorithms in HW/SW. - Perform pixel driving timing and voltage sensitivity analysis to optimize the front-of-screen performance prior to the build. - Design and prototype compensation algorithm identify sensitivity to PVT to define the scope of dimensions to consider. - Design behavioral model of the compensation algorithm and perform Pre-silicon and Post-silicon validation. - Design calibration flow for the compensation algorithm including equipment and test vectors and collaborate with X-functional teams to identify the best location to put it in the factory. - Must have deep domain expertise in at least one of the following domains - display panel mixed-signal circuit design array-based circuits (ex image sensor imager memory) characterization automation/scripting.
B.S. degree in Electrical Engineering or related field and minimum of 3 years relevant industry experience
Experience in display panel or circuit design (analog/ mixed-signal) or array-based systems (image sensor/ memory circuits)
Lab experience including data acquisition and measurement automation.
Masters or Ph.D. in relevant field of study
Demonstrate engineering passion intuition and inquisitiveness.
Circuit simulation experience such as HSPICE or Spectre
Python and Matlab scripting skills
Strong communication and teamwork skills
Ability to travel internationally up to 10% of the time
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