Mulya Technologies | SoC Director

SoC DirectorHyderabadA US based well-funded product-based startup looking for highly talented SoC Director for the following rolesJob Description:We are seeking an experienced professional to lead full chip design for multi-million gate SoCs. The ideal candidate will have expertise in digital design and RTL development, with a deep understanding of the design convergence cycle, including architecture, micro-architecture, synthesis, timing closure, and verification.Key Responsibilities:Proficiency inInterconnect FabricCache CoherencyD2DC2COversee full chip design for complex SoCs.Develop and implement digital designs (RTL).Manage IP dependencies and track all front-end design tasks.Drive project milestones across design, verification, and physical implementation phases.Qualifications:At least 18 years of solid experience in SoC design.Proven ability to develop architecture and micro-architecture from specifications.Familiarity with bus protocols such as AHB and AXI, as well as peripherals like QSPI, NVMe, and I3C.Knowledge of memory controller designs and microprocessors is a plus.Understanding of chip I/O design and packaging is advantageous.Experience in reviewing top-level test plans.Expertise in Synopsys Design Compiler for synthesis and formal verification.Strong working knowledge of timing closure processes.Experience with post-silicon bring-up and debugging.Familiarity with SoC integration challenges.Knowledge of design verification aspects is essential.Experience from SoC specification to GDS and commercialization is highly desired.Ability to make timely and effective decisions, even with incomplete information.Demonstrated expertise in specific technical areas, with significant experience in related fields.Provide direction, mentoring, and leadership to small to medium-sized teams.Strong communication and leadership skills are necessary for effective collaboration with program stakeholders.Contact:UdayMulya Technologiesmuday_bhaskar@yahoo.com"Mining The Knowledge Community" AGG