ARM Physical Implementation Application Engineer 

Taiwan, Taiwan Province, Hsinchu 

181303435

In this role, you will support leading semiconductor design houses implement sophisticated Arm subsystems in their nanometer SoC designs meeting high-reaching performance, power, and area requirements. You will work with Arm experts using the latest micro-architectural design techniques, latest EDA tools/flows, as well as the latest foundry process nodes to support reference implementation methodologies and will play a key role in imparting that knowledge to Arm customers.

With the ever growing complexity associated with implementing multi-core designs and mesh subsystems in finfet processes, we need a seasoned individual with proven track record for solving sophisticated challenges, including low power and high performance implementation to support our customers to realize the best quality of results from our RTL by offering mentorship, training, and support services throughout their RTL to GDSII design closure phases.

• Co-operate and connect with the RTL, implementation and test teams
• Customer support for all implementation related questions
• Development of training collateral
• Appnote/white-paper creation
• Training/service delivery
• Develop, help market, and deliver physical design support services to accelerate customer silicon success
• Supporting field, sales and marketing teams
• Collaborate with EDA vendors to extend the outstanding results from our designs
• Work with geographically diverse engineering and support teams to deliver Arm quality customer support

• Master’s degree in Electrical Engineering, Computer Engineering or other relevant fields
• Demonstrable experience with synthesis, floor/power planning, place and route, clock distribution, signal & power integrity, DFM, physical verification, LEC and static timing analysis
• Experience in the entire IC design flow, from RTL through to PnR & STA
• Proven meaningful experience within the industry

• Experience with low power design techniques (power gating, DVFS, etc.)
• Experience with Verilog RTL design
• Proficiency in scripting languages such as Perl, Python and TCL
• Processor and interconnect microarchitecture
• DFT and MBIST
• Finfet based cell/macro library usage and implications to SoC design
• Signoff procedures before tape out

• Become a part of Arm's growing market alongside team members from around the globe.
• Opportunity to collaborate with Arm's meaningful customers, as well as internal engineers!