The Advanced Recording Subsystem organization is responsible for integrating heads, media, preamps, and channels into hard disk drives. This includes defining recording subsystem architecture, specifying electrical and magnetic component requirements, designing system features, validating and integrating these components and features into new HDD products, and ensuring successful product ramps. About the role - you will: Use knowledge of optics physics and laser design to integrate new laser, channel wave guide, and NFT designs into HDDs. Design calibration methods that accommodate manufacturing variation in light delivery in the drive. Design tuning and optimization techniques that accommodate thermal, head-disk-spacing, and other sources of variation during the drive operating lifetime. Work with the laser and head manufacturing team to specify and validate light delivery CTQs. Serve as an optical and laser subject matter expert in cross-functional technology development teams. Work to understand laser failure modes and design in-situ burn-in techniques, runtime failure detection features, and post-failure analysis techniques. Design integrated-laser characterization tests that can be performed in the formatting and test process to improve both screening efficiency and design and manufacturing feedback. Understand sources of fast-time-constant variation that can lead to areal density capability loss and specify design opportunities for areal density improvement. Demonstrate and validate new early design samples using drive bench techniques and tools. Contribute to Seagate’s IP portfolio in the form of invention disclosures, patents, trade secrets, journal articles, and/or white papers.
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Job Type
Full-time
Career Level
Mid Level
Number of Employees
5,001-10,000 employees