Design and implement logic for SoC blocks and subsystems using RTL coding techniques, integrate IP blocks, conduct quality checks, optimize designs, review verification plans, collaborate with IP providers, follow secure development practices, and drive compliance with quality assurance standards.
Locations (3)
Santa Clara, California, United States
Folsom, California, United States
Hillsboro, Oregon, United States
Compensation
Annual Salary Range for jobs which could be performed in the US: $105,650.00-149,150.00 USD
Responsibilities
Design and implement logic for SoC blocks and subsystems using register transfer level (RTL) coding techniques.
Integrate IP blocks and subsystems into full chip SoC designs, ensuring seamless functionality.
Conduct quality checks across various aspects of logic design, from RTL coding to timing, power, and area convergence.
Define and document the microarchitecture for digital designs within the TPU
Partner with Verification to develop test plans and debug RTL, and collaborate with Physical Design to achieve timing, area, power, and manufacturability goals
Drive critical power optimization and automation initiatives across all on-chip-network components and subsystems
Support post-silicon validation and hardware debugging efforts to ensure successful deployment
Lead the development and enhancement of internal design tools, flows, and engineering methodologies
Lead the multidisciplinary embedded engineering organization for Illumina’s DNA sequencing instruments, overseeing architecture, integration, and global teams in San Diego and Singapore.
Locations (2)
San Diego, California, United States
Singapore, Singapore
Compensation
The estimated base salary range for the Senior Director, Embedded Systems role based in the United States of America is: $224,900 - $337,300. Additionally, all employees are eligible for one of our variable cash programs (bonus or commission) and eligible roles may receive equity as part of the compensation package.
Responsibilities
Lead multidisciplinary embedded engineering across electrical, FPGA, firmware, systems, test, and compute
Define architecture and technology strategy for multi-generation embedded systems
Drive system-level integration of electronics, interfaces, and firmware
Advance on-instrument compute platform strategy
Enable custom silicon and advanced sensing integration
Lead project activities and mentor less experienced engineers; architect, specify, implement, simulate, and benchmark MCU and DSP systems and hardware accelerators; contribute to design methodology and flow improvements; consult product integration teams; participate in verification and FPGA prototyping; coordinate SDK development with software team.
Responsibilities
Lead project activities and mentor less experienced engineers
Architect, specify, implement, simulate, and benchmark MCU and DSP systems as well as hardware accelerators
Contribute to design methodology and design flow improvements
Consult the product integration teams in the definition, the integration and use of these systems
Participate to the verification and FPGA prototyping of these systems
Requirements
Minimum BS/MS in Electrical Engineering or a related technical field