[시높시스] Applications Engineer
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- 회사개요 : Synopsys
- 급여수준 : 협의
- 교육수준 : 학사
- 모집기간 : 채용시까지
담당업무
Synopsys IC Validator (ICV) is a comprehensive signoff DRC / LVS tool architected and proven for In-Design
physical verification at leading-edge process nodes. It delivers excellent scalability, superior ease-of-use for the
physical designer, and high programmability for easier runset development. The successful candidate would be
working on development, qualification and optimization of advanced technology runsets.
With the advent of technology, the PV requirements have become very complex. As a result, the number of
checks in runsets have increased multi-fold and warrant fairly challenging coding to meet the foundry
requirements. The job requires engineer to develop high quality, high performance runsets, which enable
Synopsys customers to validate their advanced technology chips for their manufacturability. Development of a
runset involves visualization of hierarchical geometries and coming up with creative solutions to meet the design
manual expectations. The quality of the runset is ensured by validating it against a specially designed regression
suite whose qualification is a pre-requisite before the runset can be released for production use.
The engineer is also expected to understand any new technology requirements which are currently not
supported by the tool and work with R&D and CAE teams to define clear requirements for them. The job also
involves handling customer issues which may require debugging runset issues on full chip designs
자격요건
- B.Tech/M.Tech/MS degree in Electronics/VLSI domain
- Understanding and exposure to transistor CMOS layouts
- A strong understanding of ASIC design flow, VLSI, and/or CAD engineering is desired and knowledge of Perl/Tcl,
Unix is a plus
- Experience with Physical Verification EDA tool products like Calibre/Assura/Quartz and product knowledge in
any of the areas of like writing foundry decks ( DRC/LVS/ERC/DFM), solving LVS issues, knowledge of foundry
processes, understanding of cutting edge DFM requirements are highly desired