What youll be doing:
Profiling, benchmarking, and analyzing deep learning models to identify areas for optimization and improvement in terms of performance, efficiency, and accuracy, with a strong emphasis on networking aspects.
Collaborating closely with data scientists, researchers, development, automation teams to design and implement scalable training pipelines and frameworks that demonstrate large scale high -performance networking capabilities.
Staying up-to-date with the latest advancements in deep learning algorithms, architectures, our GPU technologies, and high-performance networking solutions.
Optimizing deep learning models for performance, memory usage, and power efficiency while maximizing high-performance networking features on our supercomputers.
Providing insights and recommendations based on the analysis of large-scale training results, specifically focusing on networking bottlenecks and optimizations, to improve model outcomes and achieve business objectives.
Collaborating with hardware engineers to guide the development and integration of efficient networking solutions for deep learning, including exploring network architecture optimizations and bringing to bear technologies such as RDMA or InfiniBand.
What we need to see:
B.Sc. in Computer Science, Software Engineering, or equivalent experience.
Strong understanding and practical experience with machine learning algorithms and techniques, with a specialization in deep learning and expertise in high-performance networking.
8+ years of overall experience, with CUDA programming for deep learning frameworks like TensorFlow, PyTorch, combined with expertise in networking libraries and protocols.
Ability to profile and optimize deep learning workflows, focusing on networking-related bottlenecks and optimizations, to improve overall performance and efficiency.
Exceptional analytical and problem-solving skill, with a keen attention to detail, particularly in identifying and resolving networking performance issues.
Excellent communication and collaboration skills, enabling effective teamwork and cooperation.
Familiarity with supercomputers, parallel computing, distributed systems, and high- performance networking technologies like RDMA or InfiniBand.
Ways to stand out from the crowd:
Demonstrated experience in successfully profiling and optimizing large-scale deep learning training on NVIDIA supercomputers, with a significant focus on high-performance networking enhancements.
Experience with distributed deep learning, distributed training frameworks, or large-scale data pipelines enhanced by high-performance networking solutions.
Expertise in optimizing networking parameters, such as bandwidth, latency, or congestion control, for deep learning workloads.
Familiarity with NVIDIA's networking technologies, such as Mellanox InfiniBand, and their integration with deep learning workflows.
Strong understanding of high-performance networking protocols and standards and their application to deep learning.
