Tania Imran holds a BE. in Environmental Engineering and an MSc in Groundwater and Global Change. As a recipient of the Erasmus+ scholarship, she has graduated with a degree in Water Science and Engineering from IHE Delft Institute for Water Education (The Netherlands), Environmental Engineering from Instituto Superior Técnico (University of Lisbon, Portugal) and Hydroscience Engineering from Technische Universität Dresden (Germany).

She has previously served as a program officer at an environmental think tank where she worked with development partners such as World Bank, Oxfam GB, USAID, and UK-BEIS on different research agendas and knowledge products. In addition, she has designed and executed comprehensive fieldwork campaigns within Pakistan, Netherlands and Germany, mainly focusing on water quality and greenhouse gas emissions.

Tania also has expertise in groundwater modelling (MODFLOW), water resources allocation (WEAP), geospatial analysis (QGIS), urban water management (SWMM), and statistical analysis (R programming). She is currently working as a consultant/researcher at the FutureWater office in Wageningen and is determined to sustainably address the increasingly complex water and climate issues using innovative tools.

Proyectos relacionados

  • Climate Risk and Adaptation Assessment for Water and Sanitation Infrastructure in Pakistan

    The project aims to modernize water and sanitation infrastructure in Sargodha and DG Khan; thereby addressing environmental degradation, promoting sustainable groundwater use, and reducing public health risks. In collaboration with the Government of Pakistan, the Asian Development Bank (ADB) seeks to establish sustainable, inclusive, resilient, gender-responsive, and low-carbon municipal services...

  • Motor de contabilidad del agua para apoyar la toma de decisiones en nexo WEFE

    La toma de decisiones eficaz en la gestión de los recursos hídricos se ve a menudo obstaculizada por el uso fragmentado de diversos enfoques entre distintos sectores (agua, energía, alimentación y medio ambiente). Esta fragmentación conduce a datos incoherentes, ineficiencias, resultados contradictorios y dificultades en la planificación integrada. Para superar...

  • Rapid Climate Risk and Adaptation Assessment for Solar PV and BESS projects in Uzbekistan

    Given the current state of Uzbekistan's electric grid and the growing challenges of climate change, the Asian Development Bank is assisting the government in enhancing the capacity and reliability of the country’s power generation and transmission network. This initiative focuses on developing solar power plants, substations, transmission lines, and battery...

  • Water Accounting in Mongolia

    Water Accounting offers data-driven insights into water availability, use, and allocation, helping policymakers balance demands across sectors like agriculture, industry, and urban development. It supports sustainable growth by ensuring efficient water use while protecting resources for the future. By accounting for different interventions and projections, it offers climate-resilient water resources...

  • Climate Risk and Adaptation Assessment for the Electricity Distribution Infrastructure in Pakistan

    The project aims to strengthen the existing power transmission and distribution (T&D) system in Pakistan by rehabilitating infrastructure as the country is currently struggling with deteriorating and climate-vulnerable grid infrastructure. As part of the ‘Power Distribution Strengthening Project’, ADB is assisting the government of Pakistan in rehabilitating and modernizing the...

Publicaciones relacionadas

  • 2023 - FutureWater Technical Report

    Climate Risk and Adaptation Assessment for the Electricity Distribution Infrastructure in Uzbekistan

    Khanal, S., T. Imran, T., Nolet, C.

  • 2023 - Technical report

    G3P Evaluation Report

    Urgilez-Vinueza, A., C. Ruz-Vargas, S. Contreras, T. Imran

  • 2023 - FutureWater Report 243

    Climate Risk and Adaptation Assessment for Digitize to Decarbonize – Power Transmission Grid Enhancement Project – Uzbekistan

    Khanal, S., T. Imran, C. Nolet