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Silvaco

Provides TCAD silicon device modeling software

Memory Design Lead - Engineering

Engineering LeadershipPosted on Nov 8
Full-timeRemote in CanadaNo salary listedRemote

About the Job

Requirements

  • A BS, MS, or PhD in Electrical Engineering, Computer Engineering, or a related field is required.
  • At least 10 years of embedded memory design experience is required, including production tapeouts of SRAM and at least two of ROM, 1-port register file, 2-port register file, or dual-port RAM.
  • Deep expertise in bitcell-level circuit design, memory peripherals, self-timed paths, sense amplifier design, and assist circuit techniques is required.
  • Hands-on experience across multiple process nodes, including FinFET and/or advanced sub-7nm nodes, is required.
  • Strong command of SPICE simulation, statistical and Monte Carlo analysis, Vmin/yield modeling, and reliability analysis covering BTI, HCI, and EM is required.
  • Working knowledge of memory compiler architecture and automation is required, including instance assembly, generation of .lib, LEF, GDS, Verilog, and CDL views, and scaling across configurations.
  • Hands-on experience with DFT/scan tools such as Tessent and FastScan, power integrity signoff tools such as RedHawk or equivalent, and layout verification flows including DRC, LVS, and parasitic extraction is required.
  • Familiarity with RTL/Verilog modeling of memory compilers, test chip definition and silicon correlation, and SDK/automation development for compiler view generation is required.
  • Team leadership experience is required, either through direct management or a strong technical lead role over a team of 6 or more memory designers.
  • Demonstrated success in customer-facing technical roles, including presales, PPA negotiation, and integration support, is required.
  • The ability to present complex technical material to engineers, architects, and executives is required.
  • Proficiency with Python, TCL, Perl, and Linux-based design environments is required.
  • Experience working with AI tools such as Claude, OpenAI, and Gemini is required.
  • Direct experience interfacing with foundry partners on PDK, bitcell qualification, and reference flow alignment is required.

Responsibilities

  • Lead architecture, circuit design, and physical implementation of memory compilers across SRAM, ROM, 1-port and 2-port register files, and dual-port RAM.
  • Define bitcell selection, peripheral architecture—including decoders, sense amplifiers, write drivers, IO, and self-timing—redundancy and repair strategy, and assist circuits such as read/write assist and body bias to meet PPA targets.
  • Drive Vmin, leakage, performance, area, and yield optimization across PVT corners, process variation, and aging effects.
  • Own the technical roadmap for the memory portfolio, including new compiler variants, new process nodes, feature enhancements, and methodology improvements.
  • Establish design, verification, and signoff methodology, and lead design and layout reviews, SPICE/FastSPICE characterization, statistical/Monte Carlo analysis, BIST/repair, DFT, and physical verification.
  • Lead silicon validation efforts, including test chip development, testing, and reporting.
  • Lead, mentor, and grow a team of memory design engineers spanning circuit design, layout, characterization, and compiler/automation.
  • Set individual and team goals, conduct technical reviews, and develop career paths for engineers at multiple levels.
  • Allocate engineering effort across roadmap projects, customer commitments, and silicon programs; manage schedules, dependencies, and risk.
  • Build a culture of design rigor, peer review, and continuous methodology improvement.
  • Serve as the senior technical lead in presales engagements by qualifying opportunities, presenting the memory portfolio, and shaping technical proposals.
  • Translate customer SoC requirements for frequency, voltage, density, power, port configuration, and special modes into compiler specifications and PPA commitments.
  • Partner with sales, field application engineers, and product management on RFQs, technical evaluations, and competitive benchmarking.
  • Lead technical workshops with customer architects and design teams, and respond to technical questionnaires and audit-style reviews.
  • Own PPA analysis across the memory portfolio—including performance, active and leakage power, area, and yield—at instance and SoC-aggregate levels.
  • Build and maintain competitive benchmarks against foundry and third-party memory IP, identify gaps, and prioritize closure.
  • Drive what-if and sensitivity analysis to guide architecture trade-offs such as bitcell choice, mux ratio, banking, assist circuits, and voltage operating range.
  • Translate PPA insights into customer-ready datasheets, application notes, and technical white papers.
  • Act as the primary technical point of contact for strategic customers throughout evaluation, integration, tapeout, and silicon validation.
  • Lead technical reviews, integration debugging, and silicon correlation discussions with customer design and product engineering teams.
  • Drive root-cause analysis and resolution of customer-reported issues, coordinating across design, characterization, CAD, and product teams.
  • Represent the company in foundry partner meetings and at industry conferences as needed.

Desired Qualifications

  • Experience leading memory compiler programs at an IP vendor, foundry, or large semiconductor company.
  • Background in low-power memory design for mobile, IoT, automotive, or AI/ML accelerator applications.
  • Experience with multi-port memory architectures beyond 2-port, such as 3-port or 4-port register files, and specialty memories such as TCAM and multi-bank arrays.
  • Prior experience presenting at industry venues such as ISSCC, VLSI Symposium, or custom integrated circuits conferences, or contributing to memory IP standards.

About the Company

Silvaco

Provides TCAD silicon device modeling software

Silvaco designs and sells Technology Computer-Aided Design (TCAD) tools and advanced device models for semiconductor design and manufacturing. Its core products are simulation software that lets customers model, simulate, and optimize semiconductor devices and processes before fabrication, with licenses, maintenance, and consulting services to support adoption. The tools are used by semiconductor manufacturers, design houses, and research institutions to prototype devices and evaluate manufacturing flows, enabling faster iteration and reduced risk. Silvaco differentiates itself by offering a complete TCAD and device-model suite combined with professional services and partnerships that help accelerate the adoption of new technologies. The company's goal is to help customers bring new semiconductor products to market more efficiently by providing practical, data-driven design and manufacturing software and expert guidance.

Company size
201-500
Company stage
IPO
Headquarters
Santa Clara, CA
Founded
1984

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