Description
Hewlett Packard Enterprise is seeking an ASIC Design Verification Engineer to work on the Slingshot interconnect, a high-performance interconnect used in HPC and AI systems.
As a Design Verification Engineer, you will work alongside experienced architects, logic designers, and verification engineers on the switch and NIC ASICs for a future generation of Slingshot. You will own the verification of blocks from test plan through sign-off, grow your technical depth with support from senior engineers, and help put emerging agentic AI workflows to work on complex engineering problems.
Responsibilities:
- Follow and improve the team's design verification methodology
- Develop SystemVerilog and UVM testbench components
- Plan and implement block-level scoreboards and checkers
- Write and analyze functional coverage
- Triage regression failures and identify logic bugs
- Apply scripting, automation, and AI-assisted tools
- Work with designers, architects, and project leads
- Provide guidance and mentoring to less experienced staff members
Education and Experience Required:
- Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, Computer Science, or equivalent
- 5+ years of experience in VLSI design, verification, or implementation
Knowledge and Skills:
- Strong knowledge of SystemVerilog and OVM or UVM methodologies
- Strong knowledge of programming and scripting languages
- Strong analytical and problem-solving skills
- Ability to be self-directed in a distributed team environment
- Strong written and verbal communication skills
Preferred Skills:
- Experience verifying high-speed networking, switching, or NIC ASICs
- Experience with agentic AI coding tools and workflows
- Experience with Python, Perl, Tcl, or another scripting language
- Experience working as part of a geographically distributed team
What We Can Offer You:
- Comprehensive suite of benefits supporting physical, financial, and emotional wellbeing
- Investment in your career development
- Unconditional inclusion and celebration of individual uniqueness