Principal Image Sensor Technology Engineer

As the Principal Image Sensor Technology Engineer in the Office of the CTO at OMNIVISION (OVT), you will drive the systems development of CMOS Image Sensors. This includes next generation image sensors, modules and or imaging systems.You will create suitable models and analyze these systems using both hand calculations and simulation.You will also summarize the pros and cons of the development directions you analyze. You will work with multiple engineering teams to apply the results of your analysis to product development and or to R&D projects at OVT.ResponsibilitiesStudy feasibility of various technology development optionsCreate CMOS Image Sensor product concepts utilizing new technologiesWork closely with engineering and sales/marketing groups to drive the next-generation CMOS Image Sensor R&D projectsCommunicate and align product planning objectives and R&D directions / status with the Product Marketing groupsLead technical discussions with OVT’s customers and partners, and feedback the results of these discussions to R&D projectsRequirementsBSEE or MSEE or equivalent required, PhD desiredPrior experience in CMOS image sensor product development, application engineering or product engineering requiredStrong analytical skills requiredExcellent verbal, written and communications skills required5+ year prior experience in image sensor product planning and/or design leadership desiredExperience in specification negotiation with customers/partners desiredStrong organization skills desiredGood interpersonal skills desiredCMOS image sensor, camera systems, Image Signal processing and/or Digital Signal processing, optics, electro-optics or related field preferredPython programming skills preferredAnnual base salary for this role in California, US is expected to be between $180,000 - $230,000. Actual pay will be determined on a number of factors such as relevant skills and experience, and the pay of employees in the similar role.EOE/Minorities/Females/Vet/Disability #J-18808-Ljbffr

Created: 2025-09-17