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The Physical Design Engineer will implement complex mixed signal designs, optimize floorplans, perform timing analysis, and collaborate with cross-functional teams.

Manages documentation, part-number creation, engineering work orders, procurement requests, material tracking, and production-release activities for new semiconductor products. Coordinates wafer, probe, assembly, testing, qualification, and manufacturing activities across engineering, fabs, suppliers, and international backend teams. Maintains accurate product data and communicates with cross-functional stakeholders to support timely product introduction and manufacturing readiness.

Develop and support semiconductor physical verification flows, rule decks, regression tests, and PDKs across multiple process technologies. Use Calibre, Pegasus, or Hercules for DRC, LVS, PERC, ERC, extraction, and related verification. Debug physical verification issues, automate procedures, enhance foundry decks, support layout and design engineers worldwide, and collaborate on DRC rules, design-for-manufacturing checks, quality, reliability, and yield improvements.

Develop and maintain cybersecurity processes, templates, and evidence for standards (TISAX, IEC 62443-4-1, CRA). Coordinate TISAX assessments and audits, liaise with Information Security on ISO 27001 policies, perform internal audits and management reviews, and ensure readiness for reassessments and customer security reviews.

Supports aerospace and defense product quality by reviewing requirements, leading corrective actions and root-cause analysis, auditing high-reliability processes, managing reliability programs, conducting final inspections, preparing certification documentation, tracking quality metrics, and improving manufacturing processes. The role also handles customer surveys, internal audits, semiconductor specifications, reliability data, and compliance with AS9100 and military/high-reliability requirements.

Owns client relationships and develops new business for Microchip solutions. Uses consultative selling, stakeholder engagement, consensus building, and strategic account planning to drive semiconductor design wins through revenue. Collaborates globally across client divisions and Microchip product teams, provides customer insights and ROI feedback, and develops solutions to address complex client challenges. Requires local travel within the assigned territory.

The Grid Engineer designs and supports grid infrastructure for EDA workflows, enhancing performance and collaborating with engineering teams.

Develop firmware architecture, embedded C/C++ code, bootloader features, unit tests, software utilities, and test applications for ARM-based embedded processors. Debug firmware on FPGAs and evaluation boards, validate interfaces and cryptographic blocks, maintain documentation, perform requirements and risk analysis, and collaborate with Validation, Test, QA, and project teams to prepare products for production.

Leads cross-functional aerospace and power systems programs from planning through design, development, and manufacturing. Manages schedules, budgets, resources, expenditures, forecasts, status reporting, technical progress, customer communications, proposals, and design reviews. Serves as the primary customer and stakeholder interface, resolves issues, and maintains program performance. Domestic and international travel may be required.

Design, develop, test, and maintain scalable software applications and APIs. Use AI-assisted coding tools to improve productivity, debugging, documentation, code quality, and problem-solving. Collaborate with product, QA, and data teams; participate in code reviews, system design, and technical planning. Troubleshoot issues, optimize performance, contribute to CI/CD and automation initiatives, and stay current with AI development tools and software engineering practices.