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Kepler

Ultra-low-voltage computing hardware and memory

Director Verification

Engineering LeadershipConfirmed live in the last 24 hours
Full-timeSan Jose, CA, USA$270k - $310k /yrIn-person

About the Job

Requirements

  • A B.Tech, M.Tech, or MS in Electrical Engineering, Electronics, VLSI Design, or a related field is required.
  • At least 15 years of hands-on VLSI front-end verification experience with multiple successful SoC/ASIC tapeouts is required.
  • Deep expertise in UVM-based verification, including testbench architecture, scoreboarding, coverage modeling, and constrained-random verification, is required.
  • Strong SystemVerilog skills, including interfaces, clocking blocks, SVA, covergroups, and testbenches, are required.
  • A thorough understanding of SoC-level verification challenges, including CDC, power-aware verification (UPF), memory subsystems, and interrupt and reset validation, is required.
  • Solid knowledge of industry-standard on-chip and memory protocols and VIP integration is required.
  • Hands-on experience with industry-standard formal verification and simulation tools is required.
  • Hands-on experience with functional, code, and assertion coverage closure is required.
  • Good scripting skills in Python, Perl, Shell, and Makefile are required.
  • Exposure to hardware/software co-verification (TLM/SystemC) is required.
  • Experience with post-silicon validation, debug, and production test correlation is required.
  • A proven record of taking pre-silicon verification through production release is required.
  • Experience leading teams in a fast-paced environment is required.

Responsibilities

  • Own end-to-end pre-silicon verification strategy, including test plans, testbench development, automated flows and regressions, coverage closure, and tapeout signoff.
  • Define and run a comprehensive verification plan covering functional coverage, assertion-based verification, constrained-random stimulus, formal verification, and AI-assisted flows.
  • Co-lead model-based testing, emulation, and FPGA prototyping for pre-silicon verification, software development, and architectural validation.
  • Work with architecture, RTL design, DFD, and software teams to align verification plans with design intent.
  • Define and run post-silicon bring-up, validation, debug, and production qualification.
  • Develop verification IP (VIP) and protocol checkers.
  • Set UVM-based testbench architecture standards and a coverage-driven verification methodology.
  • Build and maintain regression infrastructure, including nightly and weekly pipelines, coverage merge, and automated triage.
  • Track and publish verification health metrics, including coverage, assertion density, and regression health, and run regular milestone reviews.
  • Build, lead, and mentor a team of verification and emulation engineers.

Desired Qualifications

  • Experience with emulation platforms.
  • Familiarity with machine-learning-assisted verification, such as coverage prediction and test prioritization.
  • Understanding of DFT-aware verification, including scan, BIST, JTAG, and debug architecture.
  • Knowledge of verification challenges in 3D innovations.
  • Familiarity with AI workloads and their memory demands.
  • Prior startup experience with lean teams and aggressive timelines.

About the Company

Kepler

Ultra-low-voltage computing hardware and memory

Kepler Computing, Inc. develops energy-efficient computing hardware with an ultra-low voltage architecture for memory and logic. Its products include 3D stacked compute and memory units, majority logic gates using input paraelectric capacitors, low-power sequential circuits, and memory bit-cells based on non-linear polar materials. The design uses multi-node, heterogeneous technologies to boost computational power while lowering energy consumption, aiming to outperform traditional silicon-based solutions. Kepler differentiates itself by integrating novel materials (ferroelectric/non-linear polar materials), paraelectric capacitor-based logic, and 3D stacked memory in compact, low-power blocks rather than relying on conventional silicon scaling. Its goal is to deliver more powerful computing hardware that consumes less energy, enabling high-performance computing with significantly improved energy efficiency.

Company size
51-200
Company stage
Grant
Total funding
$734M
Headquarters
Berkeley, CA
Founded
2018

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