Description
You are a technically driven R&D Engineer with deep expertise in data structures, algorithms, and performance-critical software design. You bring strong experience developing and debugging large, complex C++ codebases on UNIX/Linux platforms and enjoy taking ownership of core technologies from design through delivery. You thrive on solving challenging, real-world customer problems, applying analytical rigor to produce high-quality, efficient, and scalable solutions with fast turnaround time.
Actively design, implement, and deliver core enhancements to the Formality ECO technology with a strong hands-on focus.
Maintain, debug, and enhance existing functionality, driving measurable improvements in patch quality, tool performance, and memory utilization.
Lead technical investigations, root-cause complex issues, and implement robust fixes across large, production-grade ECOs.
Collaborate closely with Synopsys R&D peers and customer support to translate real customer ECO challenges into practical, high-impact solutions.
Champion best practices in code quality, testing, and design, contributing to the long-term health and evolution of the product.
Ensure the robustness, reliability, and performance of world-class ECO solutions that are integral to global chip design workflows.
Drive continuous quality enhancements that have a direct and measurable impact on customer success and satisfaction.
Advance formal and practical ECO verification methodologies, reinforcing Synopsys' position as an industry leader.
Contribute to the delivery of scalable, high-performance solutions capable of meeting the stringent requirements of next-generation semiconductor designs.