Zahra Kalantari

This postdoctoral position at KTH Royal Institute of Technology focuses on developing tools for sustainable urban planning to help cities achieve climate neutrality. The project integrates world-leading research on climate actions, artificial intelligence in urban planning, and nature-based solutions (NBS) to create a decision support tool for effective climate strategies through physical planning. The successful candidate will lead modelling efforts, coordinate research and practical activities with Swedish cities and international partners, and contribute to high-quality scientific publications and external funding proposals. The role requires a strong theoretical and applied background in sustainable urban and regional planning, decision support systems, nature-based solutions, and carbon-neutral cities. Key responsibilities include producing publishable research, presenting at conferences, and collaborating with urban planners for project coordination and communication. Applicants must have a doctoral degree awarded within the last three years, expertise in computer-based decision support systems, programming, spatial modelling, carbon accounting, and spatial data analysis, as well as a proven publication record in relevant fields. Experience in developing decision support methods and tools, land use modelling, and analysis of nature-based solutions is highly valued. The position is full-time for up to two years, with a monthly salary and employment benefits. KTH offers a creative and dynamic work environment, emphasizing equality, diversity, and good working conditions. Applications must include a research statement, CV, degree certificates, and a research proposal detailing research questions, methods, project implementation, and suitability for the role. The application deadline is November 18, 2025. For further information, contact Dr. Zahra Kalantari at [email protected].

This postdoctoral position at KTH Royal Institute of Technology in Stockholm, Sweden, focuses on developing innovative tools for sustainable spatial planning to help cities achieve climate neutrality. The project integrates world-leading research on climate action, artificial intelligence in urban planning, and nature-based solutions to create decision support systems that enable effective climate action strategies. The appointed postdoc will lead the modeling work, coordinate research activities among Swedish cities and international partners, and interact with planning authorities for project implementation. The role requires a solid theoretical and applied background in sustainable urban and regional planning, decision support systems, nature-based solutions, and carbon-neutral cities. Candidates should have strong programming skills, expertise in spatial modeling, carbon accounting, and spatial data analysis, and a proven publication record in relevant fields. Excellent communication skills in English and sufficient understanding of Swedish are necessary for working with local authorities and documents. The position is full-time, temporary (up to two years), and offers a monthly salary with attractive benefits and a dynamic, creative work environment. Applicants must submit a comprehensive application including a cover letter, CV, diplomas, and a detailed research proposal addressing hydrological processes and extreme water events. KTH values equality, diversity, and inclusion, and places great emphasis on personal skills. The application deadline is November 18, 2025, and the successful candidate will join a leading technical university committed to advancing sustainable societies through research and innovation.

The KTH Royal Institute of Technology in Stockholm, Sweden, invites applications for a Doctoral (Licentiate) student position in Geospatial Data Analysis and Hydrogeological Modeling. This research project is situated within the third-cycle subject of Hydrogeology, Contamination, and Hydroclimate, and aims to assess the contribution of historical, emerging, and future groundwater pollution to coastal marine environments across spatial and temporal scales. The project will explore key processes such as submarine groundwater discharge and the interactions between hydrological, biogeochemical, and climatic factors influencing pollutant transport, utilizing advanced groundwater modeling approaches to better represent subsurface dynamics. Through the integration of spatial analysis and geospatial data processing, the research will provide insights into pollution pathways and impacts on coastal water quality. Case studies will investigate the current status of groundwater-coastal system interactions and evaluate potential outcomes of various environmental and management scenarios. Data-driven methods, including machine learning, will be incorporated to improve predictions and support strategies aimed at reducing pollution and enhancing marine ecosystem health. Supervision for this position will be provided by Professor Zahra Kalantari. The successful candidate will join a creative and dynamic environment at KTH, a leading international technical university committed to advancing sustainable society through education, research, and innovation. The position offers full-time employment with a monthly salary according to KTH's doctoral student salary agreement, along with attractive employee benefits. The employment duration is up to two years for the licentiate degree, with the possibility of renewal. Eligibility requirements include a second cycle degree (such as a master's) or equivalent, or at least 240 higher education credits with at least 60 at the second-cycle level. English proficiency equivalent to English B/6 is mandatory. Applicants should demonstrate a strong foundation in Python, experience in groundwater modeling, proficiency with GIS platforms (ArcGIS, QGIS), spatial data processing, and machine learning. A publication track record and excellent command of written and spoken English are required. Personal skills such as independence, collaboration, professionalism, and the ability to analyze complex issues are highly valued. To apply, candidates must submit a complete application through KTH's recruitment system, including certified copies of diplomas, grades, and language certificates, a CV, an application letter outlining academic interests and motivation, and representative publications or technical reports. Translations are required if documents are not in English or Swedish. Applications must be received by midnight CET on the deadline date, 22 April 2026. KTH values equality, diversity, and equal opportunities as integral to its core values. The university offers good working conditions, opportunities for growth, and a supportive doctoral student network. For further information about doctoral studies at KTH and the application process, please refer to the official job advertisement and recruitment portal.