As I transition from my role as a Standard Cell Library and Automation Engineer at Intel, I bring a passion for automation, data analysis, and process optimization to solve complex engineering challenges in my next position. At Intel, I have developed numerous Python solutions that streamline workflows, reduce manual effort, and enhance productivity through various custom tools and scripts.I excel at cross-functional collaboration, having worked closely with standard cell library teams (both Intel and TSMC) and backend design teams, including P&R, timing, ECO, and sign-off. My ability to align these diverse teams has facilitated smooth project execution and quick issue resolution.My true passion lies in analog and mixed-signal circuit design and layout, where creativity and physics collide. I’m fascinated by the art of achieving robustness through the delicate balance of precision, tuning, and subtle design nuances. The combination of schematic capture, physical layout, and validation excites me, allowing me to eagerly engage at any stage of the circuit design process.Now, I’m seeking to transition into a more design-centric position, where I can leverage my strengths in automation, scripting, and problem resolution while cultivating my circuit design capabilities and deepening my familiarity with EDA tools. My curiosity drives me to continuously learn, whether it be reading papers about novel circuit topologies, exploring layout non-idealities, or investigating factors that impact PVT robustness.If you're looking for someone who brings a blend of automation expertise, strong problem-solving skills, and the ability to align cross-functional teams, let’s connect. I’m eager to apply my unique skill set to streamline workflows while mastering silicon design in my next role.