Skip to main content
    • Geospatial Data Management for Energy Access Modelling and Planning

      Geospatial Data Management for Energy Access Modelling and Planning

      An introduction to geospatial data management through GIS software, SDI design principles and data governance good practice.

      Course

      25 hrs

    • Input-Output analysis and modelling with MARIO

      Input-Output analysis and modelling with MARIO

      The main goal of the course is to introduce you to the fundamentals of quantitative impact assessment methods and models. These quantitative models are specifically designed to assess the prospective environmental and economic impacts resulting from the application of technological or policy interventions at meso and macro-scale, comprehensively including supply-chain effects in a Life Cycle perspective.

      Course

      40 hrs

    • Energy Demand Projections with MAED (Model for Analysis of Energy Demand)

      Energy Demand Projections with MAED (Model for Analysis of Energy Demand)

      This course introduces long term energy demand simulation and power demand profile generation using the International Atomic Energy Agency's Model for Analysis of Energy Demand (MAED). Participants will learn the basics of setting upa  model, calibrating it, and running scenarios.

      Course

      20 hrs

    • OnSSET/The Global Electrification Platform

      OnSSET/The Global Electrification Platform

      In this course, participants will learn about geospatial energy modelling in the tools Open Source Spatial Electrification Tool (OnSSET) and World Bank’s Global Electrification Platform.

      Course

      29 hrs

    • Agent-based energy systems modelling: MUSE

      Agent-based energy systems modelling: MUSE

      This course will help participants understand the types of investments that could be made to ensure a sustainable and secure energy system from a global or national perspective using an agent-based methodology.

      Course

      10 hrs

    • Applied Political Economy Analysis for Energy Modelling

      Applied Political Economy Analysis for Energy Modelling

      By the end of this course, you will understand how political economy shapes energy policy decisions and the use of modelling evidence. You will learn how to apply problem-driven political economy analysis (PEA) to energy system modelling. You will also develop the ability to design more policy-relevant modelling assumptions and scenarios.

      Course

      6 hrs

    • Assessing Power System Flexibility with IRENA FlexTool

      Assessing Power System Flexibility with IRENA FlexTool

      This course equips participants with essential skills to evaluate flexibility in power systems, particularly those with high shares of solar and wind energy.

      Course

      6 hrs

Page 12 of 12