Performance engineer Jobs in Jersey City, NJ

About the team

Adaptive ML is helping companies build singular generative AI experiences by democratizing the use of reinforcement learning . We are building the foundational technologies, tools, and products that allow models to learn directly from user interactions and self-improve based on simple guidelines. Our founders come from diverse backgrounds and previously worked together in creating state-of-the-art open-access large language models. We closed a $20M seed with Index & ICONIQ in early 2024 and are live with our first enterprise customers.

Our Technical Staff develops the foundational technology that powers Adaptive ML in alignment with requests and requirements from our Commercial and Product teams. We are committed to building robust, efficient technology and conducting at-scale, impactful research to drive our roadmap and deliver value to our customers.

About the role

As a GPU Performance Engineer in our Technical Staff, you will help ensure that our LLM stack (Adaptive Harmony) delivers state of the art performance across a wide variety of settings; from latency-bound regimes where serving requests with sub-second response times is key, to throughput-bound regimes during training and offline inference. You will help build the foundational technology powering Adaptive ML by delivering performance improvements directly to our clients as well as to our internal workloads. We are looking for self-driven, business-minded, and ambitious individuals interested in supporting real-world deployments of a highly technical product. As this is an early role, you will have the opportunity to shape our research efforts and product as we grow.

This is an in-person role based at our Paris or New York office.

Your responsibilities

• Build and maintain fast and robust GPU code , focusing on delivering performance improvements in real world applications;
• Write high-quality software in CUDA, CUTLASS, or Triton with a focus on performance and robustness;
• Profile dedicated GPU kernels , optimizing across latency / compute-bound regimes for complex workloads;
• Contribute to our product roadmap , by identifying promising trends that can improve performance;
• Report clearly on your work to a distributed collaborative team, with a bias for asynchronous written communication .

Your (ideal) background

The background below is only suggestive of a few pointers we believe could be relevant. We welcome applications from candidates with diverse backgrounds; do not hesitate to get in touch if you think you could be a great fit, even if the below doesn't fully describe you.

Benefits