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Hume AI, Inc. in New York City seeks a Senior Software Engineer for the Data Plane team to build an on-premises inference and workflow platform for large-scale AI workloads.
You will collaborate with backend engineers, researchers, ML engineers, product managers, and infrastructure engineers to deploy new models and ensure reliability, performance, and efficient resource usage across the system lifecycle.
Hume AI is looking for a systems-oriented engineer to help build Hume’s on-premises inference and workflow platform for large-scale AI workloads. Join us in the heart of New York City and contribute to our endeavor to ensure that AI is guided by human values, the most pivotal challenge (and opportunity) of the 21st century.
Hume AI is a Series B startup dedicated to building artificial intelligence that is directly optimized for human well-being. As the first company to release speech language models, we’re focused on expanding our research to encompass audio understanding models and evaluation platforms for enterprises.
Our goal is to enable a future in which technology draws on an understanding of human emotional expression to better serve human goals. As part of our mission, we also conduct groundbreaking scientific research, publish in leading scientific journals like Nature, and support a non‑profit, The Hume Initiative, that has released the first concrete ethical guidelines for empathic AI www.thehumeinitiative.org. You can learn more about us on our website https://hume.ai/ and read about us in WIRED, Forbes, and Venturebeat.
As a Senior Software Engineer on the Data Plane engineering team, you will help build Hume’s on-premises inference and workflow platform for running large-scale AI workloads. You will work closely with backend engineers, research scientists, machine learning engineers, product managers, and infrastructure engineers to bring new models and inference capabilities into production.
This is a systems-oriented role focused on reliability, performance, and efficient resource utilization. You will operate with a high degree of autonomy, make sound architectural decisions, and own systems throughout their lifecycle—from initial design and implementation to deployment, observability, and production support.