De Paula Salgado, Isabela

Doctoral Researcher

Profile
Projects
  • Isabela De Paula Salgado
    INSTITUTE:
    UNU-FLORES
    OFFICE:
    UNU-FLORES, Ammonstrasse 74, Dresden, 01067, Germany
    E-MAIL:
    dpsalgado@unu.edu
    PHONE:
    +49 351 7999 3815
    NATIONALITY:
    Brazilian

    Research Interests

    • Environmental impact assessment
    • Innovation systems
    • Science, Technology and Sustainable Society
    • Social-Ecological Resilience

    Education

    • Master, Civil Engineering, Pontificia Universidade Catolica do Rio de Janeiro, Brazil (2019)
    • Bachelor, Civil Engineering, Pontificia Universidade Catolica do Rio de Janeiro, Brazil (2017)

    Appointments

    • Civil engineer (Academic and Technological Support), PUC-RIO, Brazil
    • Research assistant, Tutorial Education program (PET), PUC-Rio, Brazil
    • Placement student, Pavement Design and Asset Management team, AECOM, United Kingdom

    Biographical Statement

    Isabela de Paula Salgado is part of the Joint PhD Programme of UNU-FLORES and TU Dresden. She is a member of the GRK 2250 Research Training Group and her project is focused on the sustainability and resilience assessment of novel mineral-bonded composites. Her work aims to encompass several dimensions of analysis (e.g., environmental, economic, and social) at different scales of investigation. Before joining UNU-FLORES, she specialised in the area of Structures and Materials at the Civil Engineering Department of Pontifícia Universidade Católica do Rio de Janeiro (PUC-Rio). During her studies, she also took part in a one-year exchange programme at the University of Nottingham, United Kingdom. Isabela is experienced with environmental-oriented research, alternative materials, composite systems, and interdisciplinary subjects. She is especially interested in connecting the 17 SDGs and the nexus water-soil-waste thinking to the engineering framework, in addressing the complementary properties of resilience and sustainability, and in contributing to the creation of innovative materials for wide application in the future.