We are seeking a highly technical and visionary RTL Design Lead to drive the development of our next-generation high-performance computing architectures. In this role, you wont just be managing a netlist; you will be constructing complex logic, ensuring that our silicon meets aggressive performance, power and area (PPA) targets.

As a Lead, you will bridge the gap between architectural concept and tape-out reality. You will oversee the RTL development of major units, while leveraging your deep verification background to ensure that "bug-free" isn't just a goal, but a standard

Key Responsibilities :

- Design : Collaborate with the architecture team and translate high-level architectural requirements into detailed, power-efficient RTL (Verilog/System Verilog).

- Verification Strategy : Collaborate with the DV team to define test plans and coverage metrics. You will apply your verification expertise to ensure RTL is architected for testability (DFT) and debuggability.

- Timing & Synthesis : Lead the timing closure process. You will work closely with physical design teams to analyze critical paths and optimize logic to meet multi-GHz frequency targets.

- Full Flow Integration : Drive the chip development flow from initial RTL coding through synthesis, formal verification (LEC), and gate-level simulations.

- Leadership : Mentor junior engineers, conduct rigorous code reviews, and act as the primary technical point of contact for cross-functional teams (Architects, DV, and Physical Design).

Required Skills & Qualifications :

- Experience : 10+ years of experience in high-performance digital design.

- RTL Mastery : Expert-level proficiency in System Verilog or Verilog for complex ASIC/SoC designs.

- Verification Depth : Significant experience with UVM/OVM environments, constrained-random verification, and functional coverage. You should be as comfortable in a testbench as you are in a design file.

- Backend Awareness : Proven track record with Synthesis (Design Compiler), Static Timing Analysis (PrimeTime), and power analysis tools.

- Computer Architecture : Strong fundamental knowledge of pipeline design, cache hierarchy, memory controllers, and high-speed interconnects.