The DFT lead works in close partnership with different teams within the FPGA business unit spanning architecture ASIC design verification physical implementation and test engineering to implement the testability features into the combined FPGA and ASIC SOC. The DFT lead will be involved from the initial investigation and feasibility to tape-out as well as silicon validation and characterization of test methods on Automatic Test Equipment (ATE).
Responsibilities
(1.) Manage DFT requirements across architecture design and product teams to ensure coverage die cost test cost and DFT integration
requirements are met at the block and full chip level. Define implement and validate DFT features at the FPGA full chip and sub-systems
level.
(2.) Collaborate closely with cross functional teams to support DFT insertion synthesis scan insertion place-and-route static timing analysis timing closure power analysis during test and quantifying full chip test coverage.
(3.) Establish and maintain DFT design and insertion guidelines and documents best practices for all development teams to follow.
(4.) Be current with emerging technologies and methodologies in DFT and incorporate them into the FPGA to continuously improve test cost
and quality.
(5.) Work with Test and Product engineers to support development of firmware targeted test patterns ATPG and mBIST test feature validation processes and silicon debug activities.
(6.) Communicate project status and progress to chip lead and engineering management
Qualifications :
REQUIRED EXPERIENCE:
15 tears of DFT engineering experience through DFT pre and post silicon cycles
Experience in creating and implementing complex FPGA/SoC DFT architecture in advanced technology nodes
Expert level knowledge about IJTAG and JTAG test access Streaming Scan Network (SSN) scan compression and insertion SAF/TDF/PDF ATPG memory BIST and repair logic BIST MISRs at-speed testing of SoC/FPGA fault simulation quantifying full chip test coverage DFT mode timing constraints and power control during test.
Familiar with DFT verification silicon debug memory and scan diagnostics.
Experience in PHY high-speed IO digital communication and functional test development
Good understanding of Verilog synthesis physical implementation and STA
Good understanding of verification methodology
Preferred Skills and Experience:
Knowledge of FPGA design flow is a plus
Knowledge of embedded design and firmware methodology is a plus
Understanding Arm or RISC IPs high speed interfaces such as PAM4 SerDes DDR4/5 etc. is a plus.
Experience in leading multiple FPGA/SoC projects.
Additional Information :
Travel Time:
0% - 25%
Physical Attributes:
Feeling Handling Hearing Other Seeing Supervises Others Talking Works Alone Works Around Others
Physical Requirements:
10% walking 10% standing 80% sitting; 100% in doors; Usual business hours
Pay Range:
We offer a total compensation package that ranks among the best in the industry. It consists of competitive base pay restricted stock units and quarterly bonus addition to these components our package includes health benefits that begin day one retirement savings plans and an industry leading ESPP program with a 2 year look back feature. Find more information about all our benefits at the link below:
Benefits of working at Microchip
The annual base salary range for this position which could be performed in California is $88000 - $232000.*
*Range is dependent on numerous factors including job location skills and experience.
Microchip Technology Inc is an equal opportunity/affirmative action employer. All qualified applicants will receive consideration for employment without regard to sex gender identity sexual orientation race color religion national origin disability protected Veteran status age or any other characteristic protected by law.
Remote Work :
No
Employment Type :
Full-time
Microchip Technology is a leading provider of microcontroller, mixed-signal, analog and Flash-IP solutions that also offers outstanding technical support.