Description
We're looking for a Solutions Architect to help researchers and developers accelerate their key workloads by using NVIDIA's platform. As a Solutions Architect, you will create fruitful technical engagements with design and manufacturing teams in key semiconductor companies in Korea and lead strategic relationships with top developers and influential researchers.
Your primary responsibilities will include:
- Analyzing key workloads in those teams, finding out the bottleneck that can be improved in latency or runtime perspectives, and helping them integrate NVIDIA libraries into their workloads to accelerate them.
- Promoting the results of the collaboration between NVIDIA and those teams with the support of marketing teams by publishing press releases and celebrating together by presenting them at GTC.
- Continuously keeping up with the latest technologies that not only NVIDIA but also the community researchers provide to the market.
To succeed in this role, you will need:
- 6+ years of experience with semiconductor designers/manufacturers or EDA ISVs, e.g. Samsung, SK hynix, Cadence, Synopsys, Siemens, ASML, KLA, TSMC, Intel, etc.
- A track record of developing meaningful semiconductor simulation applications using NVIDIA GPUs and CUDA.
- Experiences of trying to adopt AI into traditional semiconductor simulations.
- World-class communication skills with a demonstrated ability to articulate a value proposition to technical and non-technical audiences.
- MS/PhD in Computer Science or Engineering or equivalent experience.
Preferred qualifications include:
- Excellent English communication skills
- Experience with AI physics models and model architecture including developing, defining, training, and deploying open or proprietary models.
- Experience with NVIDIA products and SDKs: CUDA-X Libraries, PhysicsNeMo, Omniverse, etc.
This listing is enriched and indexed by YubHub. To apply, use the employer's original posting:
https://nvidia.wd5.myworkdayjobs.com/en-US/NVIDIAExternalCareerSite/job/Korea-Seoul/Solutions-Architect---Semiconductor-Simulation_JR2017775