120 algorithm-development "https:" Fellowship positions at National University of Singapore
Sort by
Refine Your Search
-
Job Description Job Alerts Link Apply now Research Fellow in Quantum Algorithms University-Level Unit: Centre for Quantum Technologies Faculty/Department-Level Unit: Computer Science Group Employee
-
Job Description Job Alerts Link Apply now Research Fellow (Middleware Developer) University-Level Unit: Centre for Quantum Technologies Faculty/Department-Level Unit: Exploratory Initiatives Group
-
Job Description Job Alerts Link Apply now Research Fellow (Genome Editing - Directed Evolution) University-Level Unit: Yong Loo Lin School of Medicine Faculty/Department-Level Unit: Dean-Med
-
different approaches. • Construct mathematical models that capture meaning problem formulations, and identify why existing methods are insufficient. • Develop solutions in the form of algorithm design
-
to develop an online framework for assessing fatigue, structural integrity, and operability of multiple floating offshore wind turbines, supported by computationally efficient learning algorithms with
-
Job Description Job Alerts Link Apply now Job Title: Senior Research Fellow - A Co-development Approach to Integrated Senior Housing Typologies (ENgAGE) Posting Start Date: 13/01/2026 Job
-
. The successful candidate will contribute to AI-powered analyses of single-cell and spatial omics to advance precision medicine. Dr Chen’s research team develops AI algorithms for spatial and single-cell omics
-
systems, Wireless Power transfer, Thermal/colling management, and Battery Management Systems. • Develop digital twins of the detailed electrical power system based on the concept design in real-time
-
behavior, and Language (SMOL) project at the Department of Communications and New Media, National University of Singapore is dedicated to the interdisciplinary study of humans and algorithms on the Internet
-
focused on representing Singapore's urban complexity and its impact on local weather, developing its next-generation modelling system using LFRic atmospheric model and the JULES urban canopy model