Design Verification Engineer (remote position)

Responsibilities

• Verify complex design blocks using equally complex SV/UVM verification environments
• Develop and execute pre-silicon verification test plans
• Develop directed and random verification tests to validate block and IP functionality
• Develop verification components and tools
• Develop verification functional coverage using industry standard coverage analysis tools/methods
• Debug regression fails
• Replicate functional issues found in external environments or post-silicon; review/enhance tests to verify bug fixes

Requirements

• 3 or more years of proven verification experience in a hardware development setting
• Strong background in SystemVerilog and UVM verification methodologies
• Strong debug skills and experience with debug tools such as DVE/Verdi
• Proficiency in Object Oriented programming, computer architecture and data structures
• Strong analytical/problem solving skills and pronounced attention to details
• Strong interpersonal and communication skills
• Must be comfortable working across geographies

Qualifications

Education: Bachelor or Master's in Electrical Engineering, Computer Engineering, or Computer Science

Skills

• Experience architecting/developing verification environments and infrastructure, including scripting using Perl, Ruby, Make, or similar
• Experience in other related domains such as formal verification, RTL design, or software development

Benefits

Correct Designs provides health care and retirement plan benefits.

Pay

TBD

Schedule

TBD

About the Role

Correct Designs is currently seeking talented Verification Engineers with prior System Verilog UVM experience to work with our major clients both in Austin, TX, and nationwide. Opportunities span from projects in AI and Machine Learning, processor fabric subsystems, SOC/ASIC products for vision processing, aerospace FPGAs, medical electronics, RISC-V based SoC, ARM based peripherals, and mixed signal DSPs. Successful candidates for this role will support verification of advanced CPU/GPU based SOCs.