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Serve as a technical evangelist for Cadence analog design tools and agentic workflows. Demonstrate product capabilities to customers, resolve customer issues with application engineers, advocate customer needs to R&D, and help define improved use models and user interfaces to advance analog/RF/mixed-signal circuit design workflows.

The Infrastructure Architect will lead M&A infrastructure integration efforts, ensuring minimal disruption while optimizing systems and networking across merged environments.

The Lead Software Engineer (Photonics) will engage in R&D, gather requirements, interact with customers, and develop software solutions for photonics.

Customer-facing application engineer who deploys and optimizes Cadence verification tools (simulation, low-power, UVM/SystemVerilog, AI-driven workflows). Duties include debugging complex designs, enabling customer adoption, delivering trainings/POCs, and collaborating with R&D to influence product improvements.

Lead customer-facing development of digital reference flows for ASIC implementation (synthesis through sign-off). Create baseline flows, run implementation testcases for process certification and Tempus/Voltus sign-off, document flow steps, and optimize PPA.

The role involves developing verification plans for SOCs, executing verification methodologies, addressing debug issues, and collaborating with engineering teams.

Implement high-speed digital DDR PHY IP physical design. Develop scripts/tools to improve PD flows, resolve design issues, optimize PPA, and apply optimal parameters and methodologies across projects (floorplan, CTS, STA, verification, power).

Develop firmware for high-speed SERDES PHY across architecture, implementation, verification, post-silicon validation and customer deployment. Debug with verification teams, support validation and product engineering, implement control/prototype software and firmware tests, and improve firmware for performance and robustness.

Design and build scalable EDA flows and AI/LLM-driven automation for 3DIC, interposer, and RDL systems. Implement flow-generation, debugging assistants, root-cause analysis, and platform integration using C++, Tcl, Python, and Java. Collaborate with engineering teams to validate flows, automate constraint-driven designs, and address large-scale, high bump-count and multi-region routing challenges to deliver production-quality solutions.

The Lead Software Engineer will enhance Orion's capabilities by optimizing high-performance compute and storage systems, developing complex distributed systems, and collaborating with various teams.