The application window is expected to close on: 01/05/2025.
Job posting may be removed earlier if the position is filled or if a sufficient number of applications are received.
Your Impact
Cisco SiliconOne ASIC team is looking for an advanced IC package designer to help us develop our next generation silicon and platforms. You will work on cutting-edge FCBGA substrates that push the boundaries on power, speed, and fabrication / assembly technology. You will drive package planning & layout to enable on-time, high-quality manufacturing releases. You will be a proficient learner, you will actively implement new technologies and rules, and you will excel in documenting and communicating critical information to the team.
Collaborate with ASIC and Physical Design teams to evaluate and develop floorplans that result in optimal substrate integration
Work with multi-disciplinary teams (system, thermal, mechanical, connector) to understand needs and to create guidance for package implementation
Plan substrate designs, including stackups, materials, and design rules, optimized to meet stringent Signal Integrity and Power Integrity rules
Implement package routing with fabrication/assembly aware approach
Design and build power connectivity structures for high power applications
Drive designs towards successful, on-time completion while meeting important milestones
Contribute to team design reviews with actionable feedback to improve quality, capability, and experience of teammates
Negotiate with external manufacturing partners to specify and build best-in-class packages that meet stringent performance and test criteria
Minimum Qualifications:
- Degree in Electrical Engineering or related field, or equivalent experience
4+ years in the industry with IC Package or PCB development
Fluent in Cadence Allegro Package Designer
Strong communication and documentation skills
Preferred Qualifications:
Fluent in Orbit IO
Fluent in Calibre for DRC verification
Experience with 2.5D package design, including wafer level fan-out
Experience with very large pin count packages or equivalent PCBs
Familiarity with AutoCAD
Working knowledge of Signal and Power Integrity fundamentals