PhD Position in Energy-Efficient Cooling and Overheating Mitigation for Elderly Care Homes KTH Royal Institute of Technology in Sweden

This doctoral project at KTH Royal Institute of Technology focuses on energy- and cost-efficient cooling for elderly homes in current and future climates. The research combines measurements, calibrated simulations, and techno-economic analysis to evaluate practical solutions for climate-resilient design and operation. The project looks at how different measures can reduce overheating risk and improve indoor conditions in residential care environments. You will study options such as shading, enve...

This doctoral project is based in the Division for Concrete Structures at KTH Royal Institute of Technology and sits within the third-cycle subject of Civil and Architectural Engineering. The research focuses on hydraulic design of hydropower structures, with particular attention to hydro dam bottom outlets. These outlets are critical for dam safety and operation because they are used for emergency lowering of reservoir water levels and may also be used when spillway overflow occurs. The project...

This postdoctoral project focuses on the techno-economic analysis of resilient urban energy systems for the south-eastern districts of Uppsala. The work addresses a real planning challenge for one of Sweden’s largest urban development projects, with the results intended to support municipal decision-making as the district is built out. The successful candidate will work on concepts for supplying a new urban district with both heat and electricity in a way that remains robust under disruptions. T...

KTH Royal Institute of Technology is recruiting a doctoral student for research on the structural rehabilitation of concrete hydro dams within the Division for Concrete Structures at the Department of Civil and Architectural Engineering. The project focuses on reinforced concrete structures used in hydropower, especially spillways and related concrete elements that have been exposed to decades of varying water flows and, in some cases, extreme high-flow events. The research aims to improve under...

Chalmers University of Technology is hiring a Doctoral student in Materials Science to work on the predictive design of 3D-shaped products from pulp fibres , with the broader aim of replacing fossil-based plastics with sustainable, bio-based alternatives. The project is led by Prof. Anette Larsson in close collaboration with Prof. Eva Malmström Jonsson and Prof. Diana Bernin within the FibRe Competence Centre . The research sits at the intersection of materials science , sustainability , and bio...