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, epidemiology, data science, or similar. Additionally, you will perform economic evaluations to determine the costs and outcomes associated with changes in healthcare policies and practice. You will do so in
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, teams and individuals; Collaborate with a multidisciplinary team to integrate socio-economic, cultural, and environmental factors into your research; Engage with our industry partners through fieldwork
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Join the Chair History of Architecture and Urban Planning, TU Delft to analyze Amsterdam’s quaywalls and bridges as part of the World Heritage site Amsterdam. The UNESCO Chair Water, Ports and Historic Cities of the PortCityFutures center , located in the Chair History of Architecture and Urban...
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Challenge Novel AI framework for transport networks inspection and maintenance planning. Change Intelligent decision-making for real-world inspection and maintenance planning. Impact Infrastructure life-cycle extension for a future-proof built environment. The 3D Geoinformation Group and AiDAPT...
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who is keen to learn and utilise methods, and work with data, from across disciplines, for instance socio-economic data (e.g., household surveys) and models (e.g., microsimulation models), geospatial
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partners, and will provide insights into relevant decision processes, economic viability and sustainability of RPS, interventions for behavioural change, design guidelines, and decision tools. This specific
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and optimization tools to maximize the operational resiliency and techno-economic flexibility of inegrated multi-energy systems. The research activities will be based on off-line digital steady-sate and
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: Improving repair practices for consumer electronics". In today’s linear economy, the rapid replacement of consumer electronics leads to CO2-emissions, resource scarcity, e-waste and pollution, thereby
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to continue the development of existing open-source frameworks, such as Calliope, and stand-alone models, leveraging a mix of techniques from operations research, engineering and economics. This PhD project is
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and optimization tools to maximize the operational resiliency and techno-economic flexibility of inegrated multi-energy systems. The research activities will be based on off-line digital steady-sate and