Signal Integrity/ Power Integrity/ Board Design Engineer

Job Details

Job Description:

Altera, a leader in programmable solutions from cloud to edge, delivers cutting-edge FPGA, CPLD, and IP technologies. We drive innovation in high-speed connectivity, AI acceleration, and next-generation data infrastructure. Our mission is to empower engineers to design and deploy advanced systems with unmatched flexibility and performance.

We are seeking a Signal and Power Engineer to join our SERDES Analog team in Haifa and support the integration of mixed-signal and high-speed SERDES IPs into full-chips silicon design, packages and PCBs. This role is ideal for early-career engineers looking to grow their hands-on design skills while working alongside experienced engineers.

• SERDES IP System Simulation Support: SERDES IPs reference channel definition, creation and parameters extraction under guidance from a senior engineer
• SERDES IPs Integration Support: Silicon IPs parameters review and validation with conjunction the package and PCBs design according to the interface specification
• Package and PCB Design Verification: Participate in the package and PCB schematics and layouts review activities, review simulations results, and help debug and resolve failing simulations
• Mixed-Signal and Channel Simulation: Learn and apply Signal and Power Integrity environments concepts, including SIPI circuits, channels and IOs simulation to support the optimisation of the package and PCB designs
• Design Quality and Optimization: Support efforts to meet power, performance and signal integrity requirements, ensuring the package and PCB designs are suitable for implementation
• Cross-Team Collaboration: Work with internal teams to ensure successful IPs, packages and PCBs integration and high-quality design delivery
  
  

• B.Sc or M.Sc Electrical Engineer graduate from well recognized universities.
• Strong background in electromagnetic and waves theory of physics
• High motivated junior engineer with previous gathered experience from the university projects
• Team players who enjoy big challenges
• Ability to the study and implementation of the learned material and theory in the multidisciplinary domains: Analog and Digital Electronics, Signal and Power Integrity
• Applicants must include their academic grades sheet as part of the application
• Experience in ASIC package design, including optimizing pinouts, stack-ups, and high-speed routing
• Knowledge of silicon floor planning, signal integrity (SI), and power integrity (PI) considerations
• Hands-on experience with advanced testing and measurement equipment, including oscilloscopes and TDR/VNA analyzers
• Understanding of high-speed signal design and power distribution networks (PDN)