新北市新店區3年以上碩士
Do you expect to learn more the complete methodologies/solutions of design, implementation and analysis for a high-performance, power-efficient and area-effective chip developments? Do you also expect to explore the AI-driven solutions to accelerate chip design and improve efficiency throughout the design flow with AI-powered EDA tools? As part of our teams, you’ll have an opportunity to accordingly study, explore and design next-generation methodologies/solutions as follows.
(1) Develop, maintain and optimize advanced methodologies for Frontend, Backend and Mixed-signal Design and implementation flows with the integrations of many corresponding EDA tools (Synopsys/Cadence/Siemens/Xilinx, ..., etc.)
(2) Study, Explore and evaluate AI-driven design and implementation methodologies
Currently, we expected this candidate is familiar with or interested in the related skill developments as follows.
(1) Analog design flow and methodologies (Speed-up/Optimized simulation, mixed-signal co-simulation, EM/IR, Reliability Analysis, …, etc.). Knowledge of digital design flow using EDA tools (Synopsys, Cadence, Siemens (Mentor), …, etc.) is a plus
(2) Programming/Scripting language like Perl, TCL, Python, C/C++, PERC, ..., etc. for flow automation
(3) Be able to individually study and implement feasible solutions to resolve technical issues occurring in design and implementation flows.
In our department, through kinds of flow developments and the related technical issue resolving, the following skill sets will finally be captured.
(1) Extensive tool knowledge and experience for many different kinds of EDA tools and flow integration (Synopsys/Cadence/Siemens/Xilinx, …, etc.) used for Analog/Digital/FPGA Design and prototyping
(2) Work with analog/digital design teams to coordinate a complicate project including Analog/Digital Designs for successfully tape out
(3) Extensive AI-driven Analog/Digital/System Design and implementation flow
We believe this position can be a great opportunity to extend your cross-fields IC design capabilities to include Analog, Digital and even System level designs for handling more complicate SoC design in the future.