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The Principal Engineer will lead the IP/WSS verification of VLSI designs in the WSG R&D group. Responsibilities include developing verification plans based on specifications, creating test cases using UVM methodology, driving the verification team, and ensuring quality in the design of mixed-signal automotive devices.

As a Principal Engineer-Design at Microchip Technology, you will lead the design of complex digital integrated circuits for PCIe Switch products. Your responsibilities include defining feature sets, supporting validation processes, collaborating with design teams, and ensuring compliance with protocol standards. You'll leverage your extensive experience in RTL Design and ASIC design flows to enhance product performance and reliability.

The Technical Staff Engineer will design high-speed analog and mixed-signal integrated circuits, focusing on high-speed PAM4 SERDES applications. Responsibilities include developing circuit specifications, post-tapeout support, and testing. The role requires extensive experience in circuit design and collaboration with the Mixed Signal Development Group.

As a Principal Engineer-Design at Microchip Technology, you will lead verification plans and environments for PCIe Switch products, applying advanced verification techniques. Responsibilities include simulating with Cadence tools, writing tests and checkers, and supporting ASIC lab validation and debugging.

The Principal Engineer - Hardware will lead hardware designs for R&D programs, create and improve electronic designs, collaborate with cross-functional teams, conduct design reviews, and mentor junior engineers. The role involves participating in all phases of the design lifecycle in a fast-paced environment.

The Senior Engineer II-IT Systems will oversee enterprise storage operations, specifically focusing on NetApp technologies. Responsibilities include managing storage systems, performing upgrades and migrations within a 24x7 environment, configuring backups and disaster recovery solutions, and collaborating on technical support and problem management.

The Operator I is responsible for ensuring quality in the production line, delivering required outputs, managing machine set-ups, and maintaining proper record keeping for traceability. They must also uphold company rules, model good safety practices, and escalate any line issues when encountered.