RTL Development and Design Quality: Leading RTL (Register Transfer Level) development using industry best practices. This includes handling multi-clock designs, high-frequency requirements, low power, and low latency considerations while ensuring high performance, scalability, and design robustness.
Debugging and Post-Silicon Bring-Up: Leading root-cause analysis and resolution of complex design issues during development and supporting post-silicon bring-up activities across cross-functional teams.
Documentation and Reviews: Creating comprehensive design documentation, driving high-quality design and architecture reviews, and ensuring clarity, maintainability, and reuse across projects.
Design Optimization: Driving optimization for key metrics such as area, power, and performance while balancing product requirements, implementation constraints, and long-term architectural goals.
Cross-Functional Collaboration and Mentorship: Partnering closely with DFT (Design for Testability), Implementation, Verification, Emulation, and Firmware teams, while mentoring junior engineers and influencing technical direction across the wider organization.
Positive Attitude: Bring a fun-loving attitude and a passion for inclusively solving problems.
Education: Bachelor’s degree in Science, Engineering, or a related field.
Experience: 5+ years of ASIC design experience, including significant ownership of complex subsystem or SoC design deliverables.
Complex Digital Logic Design: Proven experience designing and delivering complex digital logic blocks and subsystems in high-performance, low-power environments.
ISA Familiarity: Knowledge of ISAs (Instruction Set Architectures) such as ARM THUMB or RISC-V.
Processor/Microcontroller System Design: Strong understanding of processor or microcontroller system design, with the ability to influence subsystem architecture and integration decisions.
Multi-Power Domain and Multi-Clock Domain Designs: Deep experience with designs spanning multiple power domains and clock domains, including associated design and verification challenges.
Scripting/Automation Languages: Proficiency in scripting or automation languages like Python or Perl.
Technical Leadership: Demonstrated ability to lead technically across teams, mentor engineers, influence design methodology, and drive execution on complex, cross-functional programs.
Industry Standard Digital Tools: Familiarity with state-of-the-art industry-standard digital design tools.
Challenges of Lower Node Technologies: Strong awareness of the challenges and trade-offs associated with lower node technologies and their impact on architecture, design, and implementation.
