Job Summary

We are seeking an Emulation Build Engineer to own the end-to-end process of building, compiling, and validating RTL design models targeting hardware emulation and prototyping platforms — specifically Cadence Palladium, Cadence Protium, and/or Synopsys ZeBu. You will be the critical bridge between RTL design teams and validation/software teams, ensuring that high-quality, synthesizable emulation models are delivered on schedule to enable early firmware development, hardware-software co-verification, and system-level validation.

Key Responsibilities

Emulation Model Build & Compilation

• Build, compile, and optimize RTL-to-gate/behavioral models targeting Palladium, Protium, and/or ZeBu emulation platforms
• Own the emulation build flow from RTL ingestion through synthesis, partitioning, mapping, place-and-route, and bitstream/image generation
• Resolve synthesis and compilation errors including unresolved modules, black-box instantiation, clock/reset inference, memory mapping, and multi-driver conflicts
• Implement and maintain RTL waivers, workarounds, and design abstraction (memory wrappers, analog stubs, IP replacements) to achieve clean compilations
• Optimize build configurations for compile time, resource utilization, emulation speed (MHz), and capacity across target platforms
• Manage incremental and hierarchical build strategies to reduce turnaround time for design iterations
• Support multi-domain and multi-clock designs with proper clock modeling and domain crossing handling

Model Validation & Quality

• Validate emulation models through sanity tests, boot tests, and golden-reference comparisons against RTL simulation
• Ensure functional equivalence between RTL simulation and emulation by running correlation test suites
• Debug and resolve model mismatches (simulation vs. emulation) due to synthesis artifacts, X-state handling, timing differences, or initialization issues
• Validate memory models, I/O interfaces, and transactor/synthesizable BFM integration
• Perform coverage analysis on emulation models and track model quality metrics
• Maintain a regression suite for build-level validation (smoke tests, connectivity checks)

Infrastructure & Automation

• Develop and maintain automated build pipelines (CI/CD) for nightly/weekly emulation model builds
• Create scripts and tools for build monitoring, error triage, capacity tracking, and build status reporting
• Maintain version-controlled build configurations, design collateral, and release notes
• Manage compute farm resources (LSF/SGE/Slurm) and optimize job scheduling for emulation builds
• Track and manage platform licenses and capacity allocation across projects
• Develop dashboards and metrics for build health, turnaround time, and platform utilization

Collaboration & Support

• Partner with RTL design teams on design readiness, coding guidelines, and synthesizability best practices for emulation
• Work with verification/validation teams to integrate transactors, probes, and debug infrastructure into emulation models
• Collaborate with firmware/software teams to deliver validated models for early SW development and hardware-software co-validation
• Coordinate with EDA vendor support (Cadence, Synopsys) for tool issues, feature requests, and platform upgrades
• Support silicon bring-up teams with emulation-correlated debug and pre-silicon regression data
• Participate in project planning to communicate build schedules, risks, and dependencies

Skill Requirements

Education: B.S./M.S. in Electrical Engineering, Computer Engineering, or related field Experience: 3–8+ years in emulation model build, FPGA prototyping, or related hardware compilation roles Hands-on experience with one or more emulation/prototyping platforms: Platform Key Skills Cadence Palladium xeCompiler, xeDesignOptimizer, multi-domain

• Strong understanding of RTL design constructs and synthesizability rules (Verilog/SystemVerilog)
• Experience with logic synthesis concepts (technology mapping, optimization, timing constraints)
• Proficiency in scripting and automation: Python, Perl, Tcl, Bash, Makefiles
• Knowledge of memory modeling (SRAM, ROM, FIFO wrappers) and abstraction for emulation
• Familiarity with clock modeling strategies (clock generators, clock muxes, PLLs) in emulation
• Understanding of design hierarchy, IP integration, and SoC-level build complexity
• Experience with version control (Git, Perforce) and build management systems

Other Requirements