Note: The job is a remote job and is open to candidates in USA. NVIDIA is a leader in visual and AI computing, known for its pioneering work with GPUs. They are seeking an AI Developer Technology Engineer to enhance performance in AI and high-performance computing within financial markets, focusing on optimizing complex workloads and collaborating with industry experts.
Responsibilities
- Researching, designing, and developing groundbreaking techniques to accelerate high-performance workloads for FSI-focused, pioneering AI on NVIDIA CPUs and GPUs
- Working with leading technical experts to analyze, optimize, and scale complex AI and HPC workloads for modern CPU and GPU architectures
- Profiling and eliminating performance bottlenecks across the stack: from algorithms to kernels to system-level behavior
- Publishing and presenting your work in conferences, talks, and blogs to educate and inspire the broader developer community
- Influencing the design of future hardware architectures, system software, libraries, and programming models by collaborating closely with NVIDIA research, hardware, compiler, and tools teams
Skills
- Pursuing or recently completed a Master's or PhD degree (or equivalent experience) in Computer Science, Computer Engineering, or Electrical and Computer Engineering or related field
- Relevant work or research experience
- Experience with low-level parallel programming (e.g., CUDA)
- Deep understanding of CPU/GPU architecture fundamentals and how they impact performance
- Fluency in C/C++ and solid foundations in algorithms and software design
- Experience improving the performance of large-scale computational applications on GPUs
- Good understanding of linear algebra
- Strong communication and organization skills, with a logical approach to problem solving and solid prioritization abilities
- Prior internship experience in a related field
- Experience with inference optimization techniques and deploying optimized AI models in production
- Experience with TensorRT, TensorRT-LLM, and cuTile
- Background in capital markets with exposure to systematic/algorithmic strategies or quantitative trading
- Experience parallelizing and optimizing machine learning methods such as decision trees, time series models, and Monte Carlo simulations as well as knowledge of financial data models, pricing and risk simulation algorithms, portfolio optimization, or other finance-focused applications and services
Benefits
- You will also be eligible for equity and benefits.
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