Avicena Tech

Avicena is a privately held company headquartered in Sunnyvale, California, with a development center in Edinburgh, Scotland, developing microLED-based ultra-low power, high bandwidth interconnects…

AIChip-to-ChipEnergy EfficiencyHigh BandwidthHPCLow PowerMicroLEDOptical Interconnectsavicena.tech

Avicena Tech

AIChip-to-ChipEnergy EfficiencyHigh BandwidthHPCLow PowerMicroLEDOptical Interconnectsavicena.tech

HQSunnyvale, US

Team Size87

Open Jobs6

Total Funding$98M

Latest Fundraiselast year

Join the Team

ASIC Design Verification Engineer

On-SiteSunnyvale, CA, US

On-Site • Sunnyvale, CA, US

Avicena is a privately held company developing microLED based ultra-low power high bandwidth interconnects for chip-to-chip communications.  This technology will revolutionize High-Performance (HPC) and Cloud computing, as well as other industries where low power interconnects are critical like camera sensors, autonomous vehicles, and aerospace. Avicena is headquartered in Sunnyvale, California with a development center in Edinburgh, Scotland. The company was founded in 2019 by leading technologists from the optical networking industry with a track record of delivering breakthrough products.  (www.avicena.tech)

About The Role Avicena is seeking a talented and detail-oriented ASIC Design Verification (DV) Engineer to join our chip design team. You'll play a crucial role in ensuring the functional correctness, performance, and robustness of our high-speed, low-power digital integrated circuits (ICs) for groundbreaking silicon photonics and optical interconnect solutions. This position requires strong expertise in verification methodology and a commitment to quality.

Responsibilities

Testbench Development: Develop comprehensive and reusable verification environments (Testbenches) from scratch using advanced methodologies like UVM (Universal Verification Methodology).
Verification Planning: Work closely with the architecture and design teams to define and execute thorough verification plans, including feature lists, test strategies, and coverage goals.

Qualifications

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Test Case Creation: Develop constrained-random, directed, and stress tests, as well as necessary sequences, scores, and functional coverage models.

Functional Debugging: Execute simulations, analyze results, and effectively debug complex functional failures, working with design engineers to identify and resolve root causes.

Coverage Closure: Drive functional and code coverage closure, identifying coverage holes and implementing targeted tests to achieve tape-out quality.

Regression Management: Maintain and manage regression suites, optimizing simulation speed and efficiency.

Formal Verification: Utilize formal verification techniques to prove correctness for critical design properties, such as clock domain crossing (CDC) and complex state machines.

Scripting and Automation: Develop and maintain automation scripts (e.g., in Python or Perl) to enhance the verification flow and improve efficiency.

Education: Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, or a related field.

Experience: 3+ years of professional experience in ASIC/SoC design verification.

UVM Expertise: Strong proficiency and hands-on experience in building and deploying reusable verification environments using SystemVerilog and UVM.

Verification Languages: Expertise in SystemVerilog, and knowledge of scripting languages like Python or Perl.

Tool Proficiency: Experience with industry-standard EDA simulation and debug tools (e.g., Synopsys VCS, Cadence Xcelium, Mentor Questa).

Coverage Driven Methodology: Solid understanding of constrained-random verification and functional/code coverage analysis.

Debugging Skills: Excellent analytical and problem-solving skills with a proven ability to debug complex digital logic and verification environments.

Preferred (Nice to Have):

Experience verifying high-speed interfaces, SerDes, or communication protocols like Ethernet and PCIe.

Exposure to forward error correction (FEC), scrambling, and other digital data communication techniques.

Knowledge of formal verification tools (e.g., Synopsys VC Formal, Cadence JasperGold).

Familiarity with low-power verification techniques.

Experience with hardware description languages (HDL) like Verilog/SystemVerilog for basic design understanding.

Exposure to physical layer (PHY) or mixed-signal verification concepts.