Synthesis/Physical Synthesis/pre-layout STA Aarna Hr Solutions

4.0 - 7.0 years

4 - 7 Lacs

Bengaluru, Karnataka, India

On-site

We are seeking a skilled and detail-oriented Engineer specializing in Synthesis, Physical Synthesis, and pre-layout Static Timing Analysis (STA). The ideal candidate will have strong expertise in various aspects of digital design implementation, including UPF generation, synthesis optimizations, and constraint development. This role is crucial for ensuring the functional correctness, performance, and power efficiency of our semiconductor designs. Key Responsibilities: Perform Synthesis, Physical Synthesis, and pre-layout Static Timing Analysis (STA) for complex digital designs. Responsible for UPF (Unified Power Format) generation from scratch to define power intent for low-power designs. Execute synthesis of RTL code into gate-level netlists. Implement Multi-Vt (Multi-Threshold Voltage) optimizations to achieve power and performance targets. Implement and optimize Clock Gating techniques for power reduction. Perform Datapath Synthesis to ensure efficient data flow implementation. Conduct Scan Insertion for Design For Testability (DFT). Ensure designs are Multi-supply/Switching aware for robust power management. Implement and verify DVFS (Dynamic Voltage and Frequency Scaling) techniques. Perform Retiming to optimize critical paths for timing closure. Undertake Constraint Development , ensuring accurate and comprehensive timing constraints. Possess IP constraint knowledge on interfaces like DDR3/4, Multiprotocol SerDes, ARM core and Subsystem, USB3.0 , which is a significant plus. Required Skills and Qualifications: Strong expertise in digital design Synthesis and Physical Synthesis . Proficient in pre-layout Static Timing Analysis (STA) . Experience with UPF generation . Knowledge of Multi-Vt optimizations, Clock Gating, Datapath Synthesis, Scan Insertion, Multi-supply/Switching awareness, DVFS, and Retiming . Strong skills in Constraint Development . Familiarity with IP constraints on DDR3/4, Multiprotocol SerDes, ARM core and Subsystem, USB3.0 is highly desirable.

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