Clinical Artificial Intelligence Lab
AI for medical imaging and patient outcomes, led by Farah Shamout, built and validated in the UAE clinical settings.
Across 28 Research Institute centers, labs, and groups, the NYU Abu Dhabi network spans the full AI stack — from fundamental theory to applied, government-facing deployment.
AI for medical imaging and patient outcomes, led by Farah Shamout, built and validated in the UAE clinical settings.
Autonomous and embodied systems led by Anthony Tzes, with Farshad Khorrami and Yann LeCun, spanning aerial robotics and control.
Frontier work in quantum and topological systems led by Hisham Sati, where physics and mathematics meet machine learning.
C-BID collaborates closely with several UAE government strategic partners, working hand in hand to address and advance key economic priorities that will contribute to the sustainable growth of the nation.
The center will act as a catalyst to improve cyber security in the UAE and enhance its regional and global competitiveness in this field.
The NYUAD’s Center for InTeractIng urban nEtworkS (CITIES – مدن) is an interdisciplinary research center dedicated to advance urban science and promote cutting-edge research that is translated into practical, real-world solutions for the benefit of society.
A cross‑disciplinary hub that works to advance fundamental theory in probability and machine learning, and to translate those breakthroughs into high‑impact tools that serve the UAE, the wider Arab world, and global society.
The Communication Networks lab (ComNets) focuses on bridging the digital divide between the developed and developing regions.
CAMeL's mission is research and education in artificial intelligence, specifically focusing on natural language processing, computational linguistics, and data science. The main lab research areas are Arabic natural language processing, machine translation, text analytics, and dialogue systems.
We seek to develop general algorithmic tools that allow us to solve with a larger variety of problems and to find algorithms that can scale.
The CSM research is focused on advancing the mechanics theory and numerical algorithms to better predict the time-dependent, nonlinear, multiscale, and fracture behavior of manmade and natural materials; including concrete, steel, polymers, ice, rock, and biomaterials.
The Communication Networks lab (ComNets) focuses on bridging the digital divide between the developed and developing regions.
The Data Science and AI Lab is interested in modeling, simulating, and analyzing social phenomena using computational methods.
The Embodied AI and Robotics (AIR) Lab at NYU Abu Dhabi develops multimodal foundation models, world modeling techniques, and intelligent robotic systems to enable autonomous perception, reasoning, and interaction in dynamic real-world environments.
The goal of the Human Data Interaction Lab (HuDa) is to research methods at the intersection of data management, data science, and interactive systems to enable the derivation of insights from data and to support data-driven decision-making. Our approach is human-centric in that we aim to understand how humans at any level of data-literacy (which include analysts, scientists, journalists, researchers, data enthusiasts) interact with data.
Focused on the development and clinical translation of smart devices for medical imaging, diagnostics, and monitoring using novel optical technologies, which include smart laser surgery, optical coherence tomography (OCT), photoacoustics, biomedical spectroscopy, AI-assisted optical diagnostics and imaging, optical-based smart biosensors, and miniaturized optical systems.
The Laboratory for Computer-Human Intelligence develops computational systems that augment human decision-making.
The Modern Compilers Lab explores the intersection between three areas: compilers, machine learning (ML), and high-performance computing.
The Mubadala Arabian Center for Climate and Environmental ScienceS (ACCESS) is the leading research center on the climate and the environment of the Arabian peninsula and the Gulf region. It brings scientific research on local and regional climate change and environment up to speed with the rapid development of the societies and economies that dwell in the region.
NYU Multimedia and Visual Computing Lab is an intellectual hub to study and address the key challenges in multimedia and visual data processing.
The Music and Sound Cultures (MaSC) research laboratory is a collective of researchers focusing on the multidisciplinary study of music from the Arab World and neighboring regions through computational and humanistic methods. These researchers represent a broad spectrum of expertise, including ethnomusicology, machine learning, music composition, performance and improvisation, library science, computational modeling, and the digital humanities.
The Robotics and Intelligent Systems Control Laboratory (RISC Lab) at NYU Abu Dhabi focuses on perception, control, and planning in primarily autonomous robots. Our vision is to realize fully capable aerial workers, delivery systems, and collaborative autonomous agents as well as focus on medical applications.
Our goal is to generate high-impact scholarly work while ensuring a pragmatic viewpoint to guarantee a successful integration in the way we manage the planning, design, construction, operation and maintenance, inspection, retrofit, and repair of the infrastructure and communities of the future.
Strategically, SHORES is planned to become a global research hub, well-positioned to address the key challenges facing sustainable development in the desert environment. SHORES will achieve this by performing and executing world-class research driven by the community and local needs and working with industry and government partners to actively deploy the research products.
Smart Materials Lab works at the interface of science and engineering to explore new materials for applications in the energy, water, and health sectors. At the core of our research is the design, assessment, and application of a broad range of smart materials with extraordinary properties such as capabilities for reshaping, memorizing, moving, programming, self-repairing, and healing.
The Social Machines and Robotics labs (SMART) focuses on building socially and emotionally intelligent machines and robots that are capable of interacting and communicating in a natural way with humans, expressing through their figure a high degree of social intelligence.
NYUAD Center for Research Computing serves NYUAD’s researchers, faculty, and students by providing High-Performance Computing (HPC), Data Science and AI, and Bioinformatics services and support, enabling them to conduct world-class, innovative computational research and education