Job Summary:

• Work hands-on with RTL design, design verification, and software engineers to drive the development of prototyping/emulation models and workflows and debug system-level issues on industry-standard platforms.
• Develop high-performance transactors and emulation models in SystemVerilog and C/C++
• Develop and optimize build and runtime flows to enable quick turnaround of functional and performance issues
• Drive improvements by harnessing the capabilities of the emulator technology and by identifying/fixing bottlenecks in the test bench collateral
• Proactively monitor and resolve issues ensuring efficient utilization of the platform through automation and other innovations
• Partner with vendors to debug and quickly resolve blocking issues, pioneer and deploy new capabilities
• Maintaining hardware emulation system in full operational condition
• Defining, documenting, developing and executing emulation processes for multiple projects
• Integrating hardware emulation systems to different software platforms
• Triaging Regressions, Debugging RTL designs in Verilog and SystemVerilog
• Help improve and refine the emulation process, methodology, and metrics

Skills on Resume:

• RTL Design and Verification (Hard Skills)
• Emulation Models Development (Hard Skills)
• Software Debugging (Hard Skills)
• System Optimization (Hard Skills)
• Automation Development (Hard Skills)
• Vendor Collaboration (Soft Skills)
• Hardware Maintenance (Hard Skills)
• Process Improvement (Soft Skills)

Job Summary:

• Responsible for emulation and FPGA-based prototyping for Nuvia CPUs.
• Develop emulatable test benches for several CPU models for high-speed and large test vectors.
• Participate in defining the emulation and FPGA-based verification methodology for CPUs.
• Implement test plans and ensure reproducibility of failures
• Develop all aspects of hardware emulator implementation, with emphasis on design partitioning, synthesis, place and route, timing analysis
• Optimize the testbenches to enable the most efficient use of emulation infrastructure.
• Develop flows to enable the use of emulation for CPU verification, including a methodology to debug fails on emulation.
• Automation of regressions and coverage collection on emulation and FPGA platforms
• Hardware emulators, such as Palladium, ZeBu, Veloce, or FPGA systems based on Xilinx or Altera FPGAs
• Emulation methodologies, including in-circuit emulation, hybrid systems, or simulation acceleration

Skills on Resume:

• FPGA Prototyping (Hard Skills)
• Test Bench (Hard Skills)
• Verification Methodology (Hard Skills)
• Plan Implementation (Hard Skills)
• Emulator Implementation (Hard Skills)
• Bench Optimization (Hard Skills)
• Regression Automation (Hard Skills)
• Emulation Methodologies (Hard Skills)

Job Summary:

• Architect, plan, implement, and bring up subsystem/system Test Bench builds on emulation.
• Collaboration with Design, DV, System, and Software teams.
• Creating test schemes and test plans. 
• Running tests on the appropriate emulation build, debugging issues, and reporting status.
• Collaborating with system teams to develop and implement support plans. 
• Leveraging emulation capabilities to accelerate silicon bring-up.
• Exploring and developing new technologies and methodologies to leverage emulation and hardware acceleration for new applications.
• Resolving emulation issues via vendor interactions
• Participate in silicon bring-up and post-silicon validation of new silicon to drive product to mass production
• Perform bring-up, timing characterization and validation on SoC/GPU processors on DRAM (LPDDR/GDDR), MIPI DPHY and other high-speed interfaces.
• Perform margin/tolerance/variation determination/characterization.
• Work with and support engineers for silicon data collection.
• Set up and maintain PCs, platforms, lab equipment and infrastructure for testing and validating SoC and GPU platforms.
• Resolving silicon and board issues related to logic design & signal integrity with other senior engineers

Skills on Resume:

• System Architecture (Hard Skills)
• Cross-Functional (Soft Skills)
• Scheme Creation (Hard Skills)
• Test Debugging (Hard Skills)
• Hardware Acceleration (Hard Skills)
• Silicon Validation (Hard Skills)
• Timing Characterization (Hard Skills)
• Issue Resolution (Hard Skills)