Amazon Sr ASIC Modem Design Engineer Project Kuiper 

United States, California, San Diego 

714156186

The Role:
In this role you will:
· Implement wireless system architecture in silicon from system specification to chip specification to RTL to optimizing timing / power to chip level validation.
· Develop solutions optimizing customer experience (throughput, latency, and availability) while meeting power and cost constraints.
· Drive high quality designs for first-time right silicon solutions, and meeting the power objectives
· Create standalone verification test bench to verify the correctness of your block.
· Work with the verification team and participate in System level verification using test benches constructed using UVM, System C and DPI-C.
· Ensure that the block meets DFT, timing and power targets by working closely with the implementation team.
· Learn about requirements and solutions for systems operating in space
· Drive trade-off analysis to benefit customer experience and optimization of resources (costs, power, spectrum).Export Control Requirement:
Key job responsibilities
- Engage with architects and system engineers to drive hardware micro-architecture.
- Able to interpret reference models in MATLAB.
- Involve in control plane logic design and interfaces to bus fabrics.
- Explore and propose innovative ideas and work towards optimization of the modem.

. Bachelor's degree in Electrical / Communications Engineering or related field, or equivalent experience.
· 7+ years of experience in digital logic design, preferably in DSP or communication systems.
· Experience in designing and implementing Digital Signal Processing (DSP) algorithms and systems in RTL.
· Ability to convert DSP algorithms into RTL code and optimize for performance, power, and area.

. Master's or Ph.D degree in Electrical / Communications Engineering.
· 7+ years of experience in digital design, preferably in communication systems
· Familiarity with UVM and Matlab.
· Ability to write assertions and exposure to Formal verification