Senior Principal Hardware Emulation Engineer Full Time

Responsibilities

Build the models

• Develop the emulation model for each new RDU generation: high-performance transactors, behavioral models, and memory models in SystemVerilog and C/C++
• Partner with the RTL design team to keep the design emulation-compliant: review RTL and IP for constructs that will not map cleanly to the emulator, and close the gaps by substituting vendor emulation models or hand-coding custom models where no vendor model exists
• Own model fidelity: make sure substituted and custom models track design intent closely enough that software, performance, and verification results can be trusted
• Influence design decisions upstream so emulation-readiness is designed in rather than worked around

Own the platform, flows, and automation

• Own the emulation environment architecture: build and runtime flows, partitioning, compile strategy, clocking, and memory configuration for each chip generation
• Build and own the workflows that automate emulation testing on the hardware: job scheduling, regression launch, failure triage, and results reporting, so the platform runs continuously without manual babysitting
• Own throughput and capacity: profile and remove bottlenecks in models, transactors, and testbench collateral so turnaround stays fast as the design grows
• Own the emulator vendor relationship: drive blocking tool issues to resolution, hold the vendor accountable to our program schedule, and advise on platform selection and capacity investment

Serve the three primary use cases

• Software and hardware co-development: deliver and sustain the platform software teams depend on for pre-silicon bring-up of drivers, runtime, and compiler, and debug hardware/software integration failures alongside them
• Performance verification: enable workload bring-up, measurement methodology, and reproducible results, and work with architecture to correlate emulated performance against architectural models
• Verification acceleration: partner with design verification to move long-running and full-chip regressions onto emulation reliably, including system-level and gate-level scenarios that are impractical in simulation
• Silicon debug, secondary to the above: reproduce post-silicon issues on emulation when lab debug needs a controllable, fully visible model

Technical Leadership

• Own the emulation methodology and mentor engineers on it, and act as the authority design, verification, and software teams consult when deciding what belongs on emulation

Required Qualifications

• B.S. in Electrical Engineering, Computer Engineering, or Related Field
• 10+ years of professional experience, including deep hands-on emulation work
• Hands-on expertise bringing up and sustaining designs on an industry-standard emulation platform such as Palladium, Veloce, or Zebu: compile flows, partitioning, debug capabilities, and performance tuning
• Strong SystemVerilog together with C/C++, applied to building transactors, behavioral models, memory models, and co-emulation infrastructure
• Experience making a design emulation-ready: identifying RTL and IP that will not map to the emulator, and resolving it by substituting vendor emulation models or coding custom models
• Track record owning an emulation platform across at least one full chip program, from bring-up through tape-out, including enabling software teams to run a real stack against the pre-silicon model
• Track record owning an emulator vendor relationship: driving blocking tool issues to resolution and evaluating and landing new platform capabilities
• Experience applying emulation to performance analysis, to accelerating functional verification regressions, or both
• Deep debug ability across the hardware/software boundary: able to localize a failure that could be RTL, model, transactor, flow, or software
• Scripting and automation in Python and shell: building the regression, scheduling, and triage workflows that keep an emulation platform continuously utilized
• Demonstrated technical leadership without formal authority: setting methodology direction across design, verification, and software teams

Preferred Qualifications

• M.S. or PHD in Electrical Engineering, Computer Engineering, or Related Field
• Depth on Cadence Palladium
• Hands-on experience on more than one emulation platform, with judgment about the trade-offs between them
• Machine learning accelerators, dataflow architectures, or reconfigurable silicon
• High-speed interconnect and memory modeling: PCIe, Ethernet, HBM/DDR
• Virtual or hybrid platforms combining emulation with instruction-accurate models
• FPGA prototyping platforms and design partitioning for prototyping
• Post-silicon debug, reproducing lab failures on a pre-silicon platform
• Compiler or runtime software background, or experience embedded on a software team
• Fluency with Claude or other AI tools applied to flow development and automation