Responsibilities:
In this role, you will support areas of APR power integrity solution including voltage drop and electromigration, and rail optimization methodology.
You will work on successful deployment of advanced Synopsys EDA products and solutions. This will involve working closely with internal engineers to develop methodologies to solve customer problems and to improve Synopsys tools and flows.
Work closely with our customers assisting them in applying Synopsys power/thermal integrity products to complex designs. This work will contribute on driving the latest capabilities of Synopsys tools and advanced semiconductor foundry IC design offerings.
The candidate must also excel in non-technical skill areas including teamwork, customer communication, and etc.
Work with end user, R&D and AE to specify, develop and test EDA tool flows. To drive new and improved flows, methodologies and tool capabilities, and share and align on best practices
Assist in the gathering, refining, writing and tracking of flow requirements as from end user requirements, end user feedback, engineering judgment and new tool capabilities.
Requirements:
BS/MS in EE, Microelectronics, CS or relevant
Familiar with digital implementation design methodology (place and route), power integrity solution (IR/EM), and thermal.
Self-motivated with good communication and presentation skill.
Good English communication is required.
Has a desire to learn and explore new technologies or tools. Demonstrates a positive attitude and good soft skills in teamwork.
UNIX navigation and TCL scripting (Python is a plus).
