Business Line Description
AI & Chip Engineering team defines and develops System on Chip, ASIC's, Digital and Analog IP's for a wide range of products, including Automotive microprocessors, Application processors, Data Center and network processors.
Job Summary
•Lead product execution for Automotive ASIL-B/D SoC's & Data Center SOCs
•Work with Systems, Marketing, PE/TE and Arch engineering to define the part. Generate and analyze data to take right and cost effective architecture decision
•Work with IP, Technology, packaging partners to assess the right IP/packages and technology options for the part.
•Work with IP and SoC functions (frontend, verification, AMS, DFT, Emulation, Validation, Physical implementation) to understand and resolve inter/intra functional handoff and challenges.
•Oversee definition management and make sure the implementation complies with the requirements
•Work closely with downstream teams dependent on SOC, who are working on post-silicon activities, to make sure their needs are addressed
•Work closely with Test and Product engineering teams to enable productization.
•Work closely with post silicon evaluation teams (functional and analog Validation, Characterization, Application and Software teams) and address design issues.
•Work with Program management office for management attention and clearly articulate dependencies and help needed for timely execution of projects.
•Assess workload and resource demands based on complexity and create predictable project plans meeting customer requirements
•Mentor engineers across various functions
Key Challenges
•Automotive SoC development pose additional challenges specific to implementation of safety mechanism
•Automotive SoC development requires ensuring very high quality and reliability, ensuring a very low ppm defectivity over a long product lifetime.
•The role includes leading the teams in a matrix organization, assimilating information from across functional teams and analyzing it in product context
•Understand impact of architecture on logical and physical realizability
•Working within resource and schedule constraints
Cross Functional Aspects
•This role is primarily about leading cross functional teams
•During part definition it includes a close interaction with Business, Systems, Architects, third party IP vendors
•During execution a close interaction and decision making is required between Technology, packaging, IP, Architecture, Various implementation functions, Test and Product Engineering.
•Post silicon, close collaboration is needed with Software, Test and production engineering, Application and Field teams.
•Overall, Chip lead is central design point of contact for all cross functional teams associated with the part.
Job Qualifications
•Bachelors in Engineering with at least 15 years of design development experience, with at least 5 years of leading complete design and design functions.
•MS in Electrical Engineering preferred (higher level education may substitute for some experience).
•Experience in leading Global cross functional teams
•Experience in leading designs in smaller geometries desired
Job Location
The role is based in Austin/US. This is a hybrid role with a few days in the office each week and the remaining days are work from home.
