Modelling and measuring the Energy Transition
- Offered byCoursera
Modelling and measuring the Energy Transition at Coursera Overview
Duration | 6 hours |
Start from | Start Now |
Total fee | Free |
Mode of learning | Online |
Difficulty level | Beginner |
Official Website | Explore Free Course  |
Credential | Certificate |
Modelling and measuring the Energy Transition at Coursera Highlights
- Flexible deadlines Reset deadlines in accordance to your schedule.
- Shareable Certificate Earn a Certificate upon completion
- 100% online Start instantly and learn at your own schedule.
- Coursera Labs Includes hands on learning projects. Learn more about Coursera Labs External Link
- Beginner Level To complete this course MS Excel proficiency and Python language basic knowledge are required.
- Approx. 6 hours to complete
- English Subtitles: English
Modelling and measuring the Energy Transition at Coursera Course details
- This MOOC provides attendants with fundamental knowledge about the main challenges in modelling the energy transition at both global and regional levels, as well as the industrial ecology instruments to measure the associated impacts.
- The course begins by covering national energy accounting and the definition of a reference energy system, followed by an introduction to modelling for energy planning through linear programming. Participants will be engaged in hands-on practice using Excel. Additionally, scenario analysis principles are provided to help participants wisely discuss the results of practical case studies. Next, the course covers national economic accounting and the use of monetary input-output tables for national and multiregional applications, such as computing carbon footprints. Participants will also learn about Leontief's production and impact model, which is demonstrated through another Excel-based hands-on session. Lastly, students will be introduced to the use of MARIO, an in-house, Python-based open-source tool for regional and multi-regional impact assessment studies based on Input-Output Analysis.
- By the end of the MOOC, participants will acquire a strong foundational knowledge for scientifically approaching the global energy transition; they will be able to understand and interpretate national economic and energy accounting tables, as well as to apply specific tools freely available to plan energy interventions and to assess their impacts.
Modelling and measuring the Energy Transition at Coursera Curriculum
Modelling Energy Transition
Week Introduction
The Global Energy Challenge in a nutshell
Energy - Historical Trends and Outlook for the future
Black Swans’s risk for the Just Energy Transition
Geopolitics of Energy
Country National Accounting
Energy System Modelling: definition and history
Energy Modelling Glossary
Energy Modelling and Operational Research
Supply Energy System Modelling: a taxonomy
Opening the black box of Energy Modelling
Introduction on Open source code for energy planning: state of the art models
Excel Based Energy Modelling: an Introduction
Excel Based Energy Modelling: Single Region
Excel Based Energy Modelling: Multi Region
In-depht materials
In-depht materials
In-depht materials
In-depht materials
In-depht materials
Lesson quiz
Lesson Quiz
Lesson Quiz
Measuring the impact of Energy Transition
Week Introduction
Constraints and opportunities in the Energy Transition
Sustainable consumption patterns
Introduction to Industrial Ecology: definition and glossary
Life Cycle Perspective: approach and methodology
Introduction to monetary Input-Output Analysis
Multi-regional Input-Output Tables
Mathematical Background of Input-Output Analysis
Conceptual model – Excel based example
Conceptual model – Excel based exercises
Introduction to the open source code “MARIO"
Guided Exercise with “MARIO” – part 1
Guided Exercise with “MARIO” – part 2
In-depth materials
In-depth materials
In-depth materials
Lesson Quiz
Lesson Quiz
Lesson Quiz
Modelling and measuring the Energy Transition at Coursera Admission Process
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