Senior Staff Digital IC Designer
Pubblicato il 01-08-2026 - Experteer Italy in Italia
Experteer OverviewIn this role you will contribute to the development of high-speed PAM/Coherent DSPs and PHYs by crafting efficient RTL and integrating IPs. Consulti la panoramica del ruolo qui sotto. Se è protetto/a di possedere le giuste competenze ed esperienze, si candidi oggi stesso. You'll collaborate with architecture, verification, and back-end teams to ensure robust, clocked digital designs that meet timing and functional goals. You will work across the full chip design flow, from RTL to DFT and post-silicon debugging, enabling scalable solutions for cloud data centers and AI networks. This position offers a meaningful opportunity to shape next-generation hardware and work with cross-functional experts.Retribuzione / BenefitsDevelop RTL using SystemVerilog and back-end resourcesIntegrate internal and external vendor IPsDesign, debug, and support ICs, IPs and block DFTSpecify and implement chip digital featuresCollaborate with architecture, floorplanning, backend, verification, DFT, STA teamsParticipate in RTL development, DFT, synthesis, static timing, formal verification, CDC,
lint, and functional verificationDevelop ASIC specifications and micro-architecture for signal processing and communication algorithmsAssist design automation of CAD EDA flowDevelop post-silicon debug and correlationCollaborate with cross-functional teams including architects, designers, verification, physical design, and software/firmware engineersResponsabilitàMS/PhD in EE or related field (MS preferred)Fluent in RTL coding techniques (SystemVerilog)Experience with multi-clock designsSynthesis, static timing closure, xrdztoy formal verification, gate-level simulations, block-level functional verificationTest structures for DFT, IP integration, fault models, coverage improvementHands‐on experience across chip development with frontend tools and methodologiesAble to multi‐task in a fast‐changing environmentTeam player with can‐do attitude and effective communicationHigh‐speed (>1 GHz)