System-on-Chip Physical Design Engineer - Place and Route Engineering

Summary

Imagine what you could do here! At Apple, new ideas have a way of becoming extraordinary products, services, and customer experiences very quickly. Bring passion and dedication to your job and there's no telling what you could accomplish. Dynamic, hardworking people and inspiring, innovative technologies are the norm here. The people who work here have reinvented entire industries with all Apple Hardware products. The same passion for innovation that goes into our products also applies to our practices strengthening our commitment to leave the world better than we found it. Join us to help deliver the next groundbreaking Apple product! In this visible role, you will be directly responsible for the physical implementation of design partition(s) (from netlist to tapeout) for a highly complex SOC utilizing innovative process technology.

Minimum Qualifications

Minimum BS with 0+ years experience Basic understanding of logic gates.

Preferred Qualifications

Previous internship/co-op, project work or relevant coursework in computer architecture, VLSI, design, logic design, or circuit design. Strong teamwork skills with the ability to collaborate with multiple functional teams across a variety of fields. Experience with Verilog, VHDL, Python, Perl, TCL and/or SPICE.

Description

In Physical Design, you will be at the center of design effort collaborating with architecture, CAD, timing and logic design teams, with a critical impact on delivering best in class designs Knowledge of basic chip architecture, back end chip design flow, physical synthesis, floor-planning, place and route (PnR), power grid, timing (STA), physical design verification (DRC/LVS), EMIR (Redhawk/Totem/Voltus). Responsibilities would include: • Working with the logic design team to understand partition architecture and drive physical aspects early in the design cycle. • Completing netlist to GDS2 implementation for partition(s) meeting schedule and design goals. • Timing, physical and electrical verification, and driving the signoff closure for the partitions. • Resolve and improve design and flow issues related to physical design, identify potential solutions, and drive execution.