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Field
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interest in at least one of the following areas: System dynamics and control Biomechanics and musculoskeletal modeling MATLAB/Simulink, OpenSim, or similar modeling tools Robotics, mechatronics
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appropriate. Research will focus on the application and dissemination of the dynamics of glasses using beta detected nuclear magnetic resonance (NMR). Organizational Status Reports to Prof Andrew MacFarlane
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values and culture, promoting a positive and inclusive work environment. Mahi Ngātahi | Who You Will Work With You will be working closely with a dynamic, interdisciplinary group of researchers as part of
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facilitate effective communication. The person should have a Master/Degree in social sciences/data analytics and have an appreciation of Singapore's identity and cultural dynamics. He/she need to comfortable
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continuous learning. Given the dynamic nature of this field, they must be prepared to pivot to new emerging areas by adapting their skills and methodologies to the team's priorities. They will also participate
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multi-agent decision making in contested and dynamic environments, involving extensively applied work built on a strong mathematical foundation at the intersection of data science, data fusion, decision
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techniques, with a particular focus on the study of biomolecular condensates. Key Responsibilities The successful candidate will contribute to a dynamic research programme investigating the formation and
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on the study of biomolecular condensates. Key Responsibilities The successful candidate will contribute to a dynamic research programme investigating the formation and regulation of RNA-protein
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(s), producing summaries for articles, and discussing key findings with the research team. The successful candidate must have a basic understanding of demographic concepts and family dynamics in Latin
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honesty, and the ability to work both independently and collaboratively in the very dynamic academic environment offered by the FMER. Main Duties & Responsibilities: Literature Review and Knowledge