Description
As a Silicon Lab Debugging Engineer at Synopsys, you will be responsible for debugging complex analog and mixed-signal issues, conducting deep root-cause analysis using structured, data-driven investigation methods.
You will run simulations to reproduce issues, evaluate results, and translate findings into hypotheses and actionable fix recommendations. You will execute lab testing and bench validation to confirm hypotheses, correlate lab data with simulation results, and support failure analysis.
You will collaborate daily with the lab team to accelerate issue resolution and ensure alignment across physical design and validation. You will analyze schematics, layouts, and physical design collateral to isolate issue mechanisms and identify corrective actions.
You will develop and validate solutions, communicating recommended design and layout changes to internal stakeholders clearly and effectively. You will deliver high-quality documentation covering issue reproduction, simulation setup, lab correlation, analysis steps, findings, and fix recommendations.
You will engage directly with customers to communicate technical findings, issue status, analysis results, and proposed mitigations in a professional manner. You will collaborate across teams to accelerate turnaround time on high-priority issues and reduce repeat issues through knowledge sharing and process improvement.
Your impact will be to accelerate identification and resolution of root causes for analog and mixed-signal issues, reducing project delays. You will deliver validated, actionable fixes that minimize repeat issues and enhance product reliability.
You will build credibility and trust with customers through clear, timely, and professional communication of technical findings and recommendations. You will create reusable documentation that serves as a knowledge base for the debug and design communities, fostering continuous learning and improvement.
You will support cross-functional alignment and collaboration, enabling faster and more effective issue closure. You will drive innovation in debug methodologies, contributing to the advancement of Synopsys' industry-leading technology.
You will enhance the quality and robustness of Synopsys' analog and mixed-signal products, strengthening our competitive advantage.