Irvanu Rahman

Irvanu Rahman, M.P.A.

  • Institut für Technikfolgenabschätzung und Systemanalyse (ITAS)
    Postfach 3640
    76021 Karlsruhe

Current positions

  • Doctoral student at ITAS with the German Academic Exchange Service (DAAD) Research Grants for Doctoral Programme in Germany

Fields of work

  • Model-based assessment for improving city’s resilience policies towards climate challenges
  • Stakeholder mapping and analysis for scenario planning and policy design
  • Socio-technical evaluations of renewable energy technologies

Current projects

  • Dissertation “Cultural ecosystem services assessment of from green space for increasing socio-ecological resilience during urban transformations towards sustainability”

On the internet

Author IDs:
ORCID
Scopus

Social networks:
LinkedIn

 

Professional background

since 2022 Doctoral student at ITAS
2021 - 2022 System Dynamics Modeler for the World Resources Institute – Washington, USA
2018 - 2022 Lecturer and researcher at Industrial Engineering Department, University of Indonesia
2016 - 2017 M.P.A. in Science, Engineering, and Public Policy – University College London, UK
2015 - 2016 System Dynamics Modeler for the World Bank, Jakarta
2014 - 2016 Junior lecturer and researcher at Industrial Engineering Department, University of Indonesia
2013 M.Eng. in Industrial Engineering, University of Indonesia
2012 - 2013 Teaching assistant at Industrial Engineering Department, University of Indonesia
2012 B.Eng. in Industrial Engineering, University of Indonesia

Selected publications

Hidayatno, A; Setiawan, AD; Supartha, IMW; Moeis, AO; Rahman, I; Widiono, E. (2020)
Investigating Policies on Improving Household Rooftop Photovoltaics Adoption in Indonesia
Renewable Energy Vol. 156, pg. 731-742

Nino, EC; Lane, S; Okano, K; Rahman, I; Peng, B; Ben, H. (2020)
Urban Agriculture in the Gauteng City-Region’s Green Infrastructure Network
Gauteng City-Region Observatory (GCRO) Occasional Paper Vol. 15

Hidayatno, A; Rahman, I; Muliadi, R. (2015)
Policy Analysis of the Jakarta Carbon Mitigation Plan using System Dynamics to Support Decision Making in Urban Development – Options for Policymakers
International Journal of Technology Vol. 6 (5), pg. 886-893