SoC Logic Design Engineer (SystemVerilog)

TL;DR

SoC Logic Design Engineer (SystemVerilog): Designing and integrating next-generation Xeon server product SoCs and IPs with an accent on RTL development, IP block integration, and quality assurance for power and timing. Focus on optimizing SoC components, resolving RTL test failures, and collaborating with physical design and architecture teams to ensure hardware reliability.

Location: Hybrid (Beaver Brook, Massachusetts, US)

Salary: $105,650 – $149,150 USD

Company

hirify.global is a global leader in semiconductor manufacturing and server technology, focusing on developing high-performance, secure, and scalable SoC solutions.

What you will do

• Develop and optimize RTL designs for SoC components using System Verilog.
• Integrate IP blocks and subsystems into full-chip SoCs, ensuring architectural accuracy.
• Conduct quality checks on RTL designs to meet timing, power, performance, and area goals.
• Resolve RTL test failures and implement corrective measures for design correctness.
• Collaborate with validation, physical design, and architecture teams to address bugs and alignment.
• Utilize scripting and automation tools to improve design workflows and efficiency.

Requirements

• Bachelor's degree in Electrical Engineering, Computer Engineering, or Computer Science (0-1 years experience) OR a Master's degree in the same fields.
• Proficiency in System Verilog for RTL design and logic development.
• Experience with Synopsys tools such as VCS/Modelsim, Design Compiler, Spyglass, or Lint.
• Familiarity with scripting languages like Perl, Tcl, Python, or C++.
• Must be based in the US to support the hybrid work model.

Nice to have

• Academic projects or coursework related to IC/SoC design and integration.
• Knowledge of low-power design techniques and clock domain crossing.
• Strong problem-solving and collaborative skills.

Culture & Benefits

• Competitive pay and stock bonuses.
• Comprehensive health, retirement, and vacation benefit programs.
• Hybrid work model allowing a split between on-site and off-site work.
• Opportunity to work on world-changing technology within a dynamic and collaborative environment.