As part of the Systems Planning and Architecture (SPARC) group, you will contribute to research and exploration in advanced machine learning (ML) systems, focusing on the numeric, data types, and compute technologies that drive the next generation of Artificial Intelligence (AI) workloads at Azure scale.…
The Deep Learning group at the Microsoft Research Redmond lab is seeking applicants for 2026 summer Research Internships in the areas of deep learning, artificial intelligence, and other related fields.
As a Research Intern in the Strategic Planning and Architecture (SPARC) group, you will contribute to the research, design, and development of network transport features and telemetry systems for large scale data center and Artificial Intelligence (AI) networking environments. This role encompasses topics such as…
We are seeking a motivated Research Intern to develop Field-Programmable Gate Array (FPGA)-based hardware emulation logic that accurately represents compute and memory behavior for advanced accelerator architectures. This role is ideal for candidates passionate about hardware design, system modeling, and performance validation in cutting-edge environments.
The Interactive Multimodal Futures (IMF) group at Microsoft Research seeks a PhD-level Research Intern to work on a project at the intersection of situated interaction, affective computing, and human-centered AI systems. The project will include elements of multimodal sensing (physiology, speech, gaze, gestures, olfaction/gas, etc.),…
Translating from high-resource to low-resource languages like Emakhuwa remains a challenge due to limited parallel data, orthographic variation, and frequent loanwords and code-switching. In this talk Felermino will discuss how to apply lexicon-guided neural machine translation, integrating bilingual dictionaries, and loanword mappings into the training…
The Copilot Tuning Research team is seeking a Senior Researcher with stellar research and system building skills and the desire to pursue the cutting edge in model development that pushes technological boundaries of AI for productivity applications across industries and domains. We are looking for…
L’équipe FATE MTL (équité, responsabilité, transparence et éthique) de Microsoft Research Montréal déploie des efforts pour aligner l’utilisation des systèmes informatiques sur des objectifs sociétaux généraux au service du bien collectif, de la justice et de l’équité. Notre objectif consiste à comprendre quelles sont les limites des…
3D Telecommunication goes open source Bringing Holoportation™ from the lab to the field Learn more Microsoft Research We advance science and technology to benefit humanity. About us Browse careers Our research lens Microsoft Research conducts fundamental science and technology research across a spectrum of research…
Submodular maximization subject to matroid constraints is a central problem with many applications in machine learning. As algorithms are increasingly used in decision-making over datapoints with sensitive attributes such as gender or race, it is becoming crucial to enforce fairness to avoid bias and discrimination.…
Despite their many successes, transformer-based large language models (LLMs) continue to struggle with tasks that require complex reasoning over large parts of their input. We argue that these failures arise due to capacity limits on the accurate flow of information within LLMs. To formalize this…
