Work closely with the Architecture, RTL, DFT teams to ensure first-time-right high-volume silicon production
Timing constraints improvement and timing constraints validation, signoff
Static Timing Analysis and block-level timing closure
Synthesis, block level floor-planning, power grid design, place & route, clock tree synthesis, electromigration / IR-Drop analysis, power/signal integrity analysis, crosstalk analysis, formal equivalence checking and physical verification (DRC / LVS / Antenna)
Participate in developing improvements to scripts/methodologies/flows
Interact closely with the design team to understand requirements and implement solutions as also helping on providing design views for use with digital PD flows (LIB, LEF, DEF, GDS, SPEF, etc.)
Support IP and chip level integration
Support and interact with customers on requirements and IP delivery
Manage workload and schedule and report to internal management team
Requirements
10+ years’ experience in the semiconductor industry
Min. 5 years in a digital Physical Design technical leadership role
Experience on modern semiconductor process technologies including 28nm, 14/16nm, 7nm
Experienced user of EDA tools for design and verification such as, Cadence Genus and Innovus, LEC, Calibre/PVS DRC/LVS, parasitics extraction, EM and IR drop, ESD, etc.
Expertise in Timing Constraints and Static Timing Analysis (STA)
Experience in CPF/UPF technologies and flows is highly desirable
Exposure to flip-chip package technologies and wire bond package technologies
Experience in hierarchical floor planning and implementation
Experience in release management and tape out procedures
Experience in library setup and flow development with focus on cross project reusability
Experience in DFT methodologies and implementation schemes
Good understanding of RTL to GDS implementation flow (synthesis, P&R, LEC, PV)
Self-motivated, with strong sense of ownership and responsibility.
Good scripting capabilities (shell, TCL, Python, make) and good understanding of data management (revision control system)