Mobileye - Intel's Autonomous Driving group in Haifa is looking for a Signal Integrity Engineer.

This is an exciting opportunity to join a growing team of highly talented engineers, working on one of the most cutting-edge technologies - Autonomous Vehicles development.

In Mobileye, Signal Integrity engineer deals with simulations, enabling and debug of high-speed interfaces - like LPDDR4/5, MIPI-CSI2, PCIe Gen4 - using the state of the art signal integrity tools and methodologies.  As part of the scope, you'll master extraction and simulation tools, perform advanced results analysis, take part in Mobileye products’ package optimization, run optimization/verification of Mobileye’s and customer’s PCB designs, etc.

This is a dynamic work environment with board and system designers, customer application engineers, tools/device vendors, electrical validation engineers and product managers.

The proximity to Electrical Validation activities (we are one SI/EV team) makes work more efficient and allows to close the simulation-to-measurement loop much faster.

Qualifications

• BSc in Electrical Engineering
• Knowledge and/or experience in transmission line theory, electro-magnetics, analog circuits
• At least 2 years experience in Signal/Power Integrity simulations and extraction
• Experience in custom digital/analog circuit design and transistor-level simulations is an advantage
• Experience in high-speed PCB design and/or Electrical Validation is an advantage
• Experience with DDR and/or PCI and/or MIPI high-speed interfaces is an advantage

Automated Driving Group : Zero accidents. Mobility for all. Intel is collaborating with the world's leaders in automotive design and technology to turn visionary concepts for automated driving into reality. The Automated Driving Group (ADG) is architecting transportation for a better life and a safer world. We accelerate innovation and adoption of smart, connected, transformative, market leading automated driving solutions by delivering high performance SOC’s, modules, software and reference designs.