Leverage data to manage performance: monitor dashboards, detect anomalies, and perform data and root cause analysis to maintain quality and efficiency.
Lead continuous improvement efforts: identify process gaps, design and implement workflow optimizations, and partner with tooling teams to drive automation and scalability.
Risk and change management: proactively identify delivery risks, propose mitigation plans, and lead through operational transitions.
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Develop new customer relationships to build and strengthen your portfolio and work with our product specialists to identify cross selling opportunities and develop product solutions
University degree with previous banking management training from an international banking organization
Extensive years of experience in corporate or commercial banking
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Provide the necessary data for the technical activities involved in transferring out a product, focusing on existing knowledge, through appropriate documentation and supporting at the receiving site.
Partnership with Validation team for validation strategy alignment.
Initiate and/or lead (case by case) the change controls to its products and related processes.
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The National University of Singapore is seeking a highly motivated Research Fellow to join an interdisciplinary research project on Transforming Waste into Carbon Sinks – The Future of CO₂ Capture in Soil.
Why Join Us?This is an opportunity to contribute to a pioneering research programme that combines carbon capture, circular economy, sustainable construction materials, and geotechnical engineering to create permanent carbon sinks from waste. You will work with a multidisciplinary research team on cutting-edge technologies that have the potential to reshape the future of land reclamation, earthworks, and carbon-negative infrastructure. The project offers excellent opportunities to collaborate with leading researchers, government agencies, and industry partners while contributing to net zero ambitions and the development of next-generation carbon capture and utilization technologies.
The project aims to develop innovative engineered soil materials that permanently capture atmospheric CO₂ through mineral carbonation while transforming waste into high-value, low-carbon materials for land reclamation and earthwork applications. By integrating circular economy principles, advanced material processing, geotechnical engineering, and carbon capture and utilization (CCU), the project seeks to establish a new class of carbon-negative construction materials that support Singapore's decarbonisation and resource circularity ambitions.
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