The Role
Job Overview :
Arm is leading the vision to unlock a broad ecosystem of silicon required for AI, Data centers, mobile, compute and IoT. As a member of Solution engineering team you will be delivering optimized design flow, methodology, and full CAD solution for industry leading compute subsystem and SoCs. We are seeking outstanding expertise in EDA tool-flows and automation specifically tailored for meticulous optimization of power, performance, area, signoff and silicon quality. The role brings opportunity to collaborate with foundry, EDA and ecosystem partners in 3nm / 2nm technodes and multi-die.
Responsibilities :
- Develop CPU STA and / or PDN sign-off flow for best-in-class Fmax and Power / GHz.
- Develop PVT, Vdrop and thermal aware methodology and flows enabling custom techniques in multi-voltage design, advanced clocking, critical path analysis and variation.
- Infuse innovative industry tools and internal developed statistical, analytical algorithms and machine learning methodologies to develop and refine STA and IR-PDN-Thermal bottlenecks.
- The suitable candidate will be able to analyze the requirements, define and develop CAD solution including external EDA tools integration.
Required Skills and Experience :
Experience with IP model, STA and PDN analysis and leading EDA tools.Strong understanding of CCS, OCV, LVF, Static / Dynamic IR, EM conceptsHands-on experience with analyzing data, reports.Strong coding proficiency in languages Python, C, Tcl.Proficiency with version control systems like git, distributed processing, and disk management.Ability to work with evolving problem statements and solutions. Excellent interpersonal skills, communication, team spirit and effective collaboration with multi-functional teams.Nice To Have” Skills and Experience :
Experience with SoC design flows, IR and STA convergence and subject areas with a focus on advanced nodes signoff and multi-die is highly desirable.In Return :
At Arm, we are guided by our core beliefs that reflect our creative culture and guide our decisions, defining how we work together to surpass ordinary and shape extraordinary.