Job Description:
Work with Business Units chip design team & Analog / Digital IP owners (e.g. 224 PAM*, 112G PAM4, HBM2e/3) for new advanced node silicon (7nm, 5nm, 3nm..) chip floor plan & IP bump pattern design and optimization for package design requirements (e.g. layer-count, stack-up, escape architecture, BGA pattern development, s-parameterextraction/comprehensionand optimization [RL, NEXT/FEXT, IL etc.], and power integrity [PI] requirements)
Work with business unit marketing and IC design teams to select the optimum package solution on cost, performance, manufacturability, and reliability for new advanced silicon node products (7nm, 5nm, 3nm and beyond)
Work with IC design, system design, package SI/PI & thermal engineering teams to design custom packages
Ensure designed packages meet CPI, SI/PI, and stringent thermal requirements (1000W+) of advanced node cutting edge silicon products
Research, develop, and productize new materials such as TIM, build-up-film, underfill etc. in support advanced node silicon (7nm & 5nm) POR definition
Manage IC packaging activity from concept through development, qualification and high volume production.
Be a specialist and able to define assembly BOM, process, troubleshoot, support on packaging issues on new advanced technology
Implement, fine-tune, and productize newly developed technologies into HVM
Create package design documentation and assembly instructions
Work close with QA and customers to resolve quality issues
Interface with packaging assembly and substrate suppliers for new product bring-up, qualification and production ramp
Interface with other operations functional groups such as product engineering, foundry, test, and QA
Participate in package technology development and/or other business productivity projects which have broad team impact (e.g. assembly process enhancement, new TIM material development etc.)
Interface with tier #1 external customers for custom ASIC programs or as needed for development support, quality and/or other issue resolution
Job Requirements
BS/MS/PHD in MaterialScience/Electrical/MechanicalEngineering
Experience: 0-2+ years in IC packaging and assembly - Exceptional fresh-out will be considered
Deep understanding of signal integrity and power integrity concepts such as characteristic impedance, s-parameters (RL, IL, FEXT/NEXT etc.), power plane impedance profile requirements and optimization etc.
Strong authority on Cadence APD for custom substrate design
Hands-on expertise of advanced and new assembly processes for flipchip, MCM packages, and 2.5D for advanced node silicon products (7nm, 5nm and beyond)
Good understanding of materials as related to Chip Packaging Interaction (CPI)
Familiarity with wafer BEOL as related to CPI (top metal, AP, passivation, UBM, bumping etc.)
Knowledge of advanced substratemanufacturing/processis a must (e.g. SAP/mSAP, PSPI w/ Cu RDL etc.)
In depth knowledge of failure analysis techniques on advanced node silicon (7nm, 5nm etc.) products with ELK and MiM structures
Conceptual knowledge of package cost structure
Strong project management, communication and leadership skills
Must have knowledge of GD&T and be able to read/comprehend mechanical drawings
Good understanding of manufacturing and quality engineering fundamentals (DOE, process capability indices, etc.)
Job requirements are broad; the candidate must be able to expand and grow in multiple disciplines(manufacturing/quality,materials, electrical, thermal, and mechanical)
Track record of innovation and subject matter expertise through journal publications and/or patent awards is desired
Familiarity with advanced technologies such as 2.5D, 3D patterned structures such as inductors in package substrate, substrate technology is a plus
Compensation and Benefits
The annual base salary range for this position is $66,000 - $105,000
This position is also eligible for a discretionary annual bonus in accordance with relevant plan documents, and equity in accordance with equity plan documents and equity award agreements.
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