Early Career - Front-End Implementation Engineer (Synthesis)
Apple · London ·
- Category
- Frontend
- Company size
- 1000+
Early-career engineer on Apple's GPU Front End Implementation team in London, delivering GPUs for Apple Silicon. Day to day you optimise netlist PPA (power, performance, area) using physical synthesis, collaborating with RTL and physical design teams; core tech includes Verilog/System Verilog and scripting.
Imagine working in a team where the only limits are the laws of physics and your imagination.
At Apple, phenomenal ideas have a way of becoming phenomenal products and customer experiences very quickly. Bring passion and dedication to your job and there's no telling what you could accomplish. The same real passion for innovation that goes into our products also applies to our practices.
Join the team that optimises and delivers world class GPUs into Apple Silicon. As part of the GPU Front End Implementation team, you’ll be responsible for crafting and building a GPU that enriches the lives of millions of people every day. Join us!
Candidates will be responsible for PPA optimisation of the netlist, working collaboratively with the RTL and Physical design teams. You will also deliver key netlist quality milestones for your partition and be involved in understanding and improving our current methodologies. Through this collaboration, you will deliver the outstanding GPUs for the best consumer products.
If you’re ready to help chart the future of Apple Silicon, we would love to talk to you.
Minimum Qualifications
- Minimum of BSc in EE.
- Exposure in Verilog and/or System Verilog and scripting languages.
- General understanding of physical synthesis, including logic and PPA optimisation techniques.
Preferred Qualifications
- Understanding and application of physical design and static timing analysis principles.
- Familiarity with DFT insertion.
- Familiarity with reset domain, multi-clock domain, multi-power domain (UPF), linting tools and concepts across RTL and Gate-Level.
- Ability to analyze critical paths and guide RTL designs to efficient solutions.
- Collaborate optimally with IP teams spanning multiple sites.