10 Humanities-"https:" Fellowship positions at SINGAPORE INSTITUTE OF TECHNOLOGY (SIT)
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of this role is to deliver on an innovation research project where you will be part of the research team to conduct applied research in the topic of Human-in-the-Loop AI perception system that leverages user
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or any other treatment for those purposes (Allied Health Professions Act 2011). Where to apply Website https://www.timeshighereducation.com/unijobs/listing/413176/moe-start-scheme-ap… Requirements
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innovation and real-world customers, we translate technical complexity into clear, human-centred narratives that spark curiosity, accelerate understanding, and inspire action. Key Responsibilities Lead end-to
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working on innovative projects within the university. The research team is seeking a Research Fellow or Research Engineer with strong expertise in Human-Computer Interaction (HCI) and social science
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via human-in-the-loop feedback and reinforcement learning mechanisms in collaboration with other work packages. Maintain high software engineering standards through rigorous testing, version control
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mechanical design, prototype fabrication, and testing methodologies Knowledge of human factors and ergonomics principles is an advantage Experience working in interdisciplinary teams; exposure to healthcare
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support stakeholders in grant applications (e.g., ICDG, EDG, LTIF), ensuring compliance with funding requirements and quality standards. Act as a liaison between internal and external stakeholders
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Learning Video Understanding Multimodal AI Excellent programming skills in Python. Hands-on experience with: PyTorch Hugging Face Transformers OpenCV Experience working with deep learning models for image
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doorway traversal in human-centric environments. The Research Engineer will contribute to humanoid robot system integration, teleoperation-based data collection, simulation-based synthetic data generation
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research where you will support all aspects of the project to investigate neuroplasticity and recovery of movement quality after stroke using multimodal functional brain imaging and 3D human kinematics