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Masters
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Environmental Studies & Earth Sciences
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Energy Change
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MASTERS

Energy Change

Australian National University
CanberraAustralia
On campus
Full-time
€29,369.69/year
Duration
2 Years
Language
English
Apply date
Jul 2024

Program Description

Place yourself at the forefront of the energy revolution with the ANU Master of Energy Change.

Climate change is one of the greatest challenges of the 21st century, and can only be solved with a worldwide transition to carbon-free forms of energy.

In this interdisciplinary degree, you’ll tailor a suite of courses suited to your individual interests, skills, and aspirations, developing your expertise in the relevant policy, legal, technological, environmental, and regulatory aspects of energy change.

ANU offers a wide range of scholarships to students to assist with the cost of their studies.

There may be additional costs by this University.

Entry Requirements

Are you eligible to apply?

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Curriculum

Year 1

Principles of Energy Generation and Transformation

Energy Resources and Renewable Technologies

Choose one of the following:
Governing the Energy Transition
Fundamentals of Environmental and Sustainability Law

Choose one of the following:
Climate Change: Science, Society, and Policy
Climate Change Vulnerability and Adaptation

Choose one of the following:
Engineering Sustainable Systems
Complex Environmental Problems in Action

Choose three of the following:
Sustainability and Corporate Social Responsibility, Accountability and Reporting
ICT Sustainability
Resource & Environmental Economics
Issues in Development and Environment
Introduction to Environmental and Resource Economics
State, Society and Natural Resources
Fundamentals of Climate Science
Fluid Mechanics and Heat Transfer
Semiconductors
Photovoltaic Technologies
Solar Thermal Technologies
Wind Energy
Advanced Topics in Solar Energy Technologies
Research Project
Integration of Renewable Energy into Power Systems and Microgrids
Urban Energy and Energy Efficiency
Industrial Energy Efficiency and Decarbonisation
Photovoltaic Power Plants
Sustainable Urban Systems
Society and Environmental Change
GIS and Spatial Analysis
Participatory Resource Management: Working with Communities and Stakeholders
International Environmental Policy
Advanced Remote Sensing and GIS
Contemporary Perspectives in Environmental Science
Contemporary Perspectives in Environment-Society Interaction
Managing for Sustainability
Reactor Science Nuclear Fuel Cycle
Science Politics
Strategies in Science Communication

Year 2

Choose one of the following:
Energy Economics
International Climate Change Policy and Economics
Domestic Climate Change Policy and Economics

Choose seven of the following:
Sustainability and Corporate Social Responsibility, Accountability and Reporting
ICT Sustainability
Resource & Environmental Economics
Issues in Development and Environment
Introduction to Environmental and Resource Economics
State, Society and Natural Resources
Fundamentals of Climate Science
Fluid Mechanics and Heat Transfer
Semiconductors
Photovoltaic Technologies
Solar Thermal Technologies
Wind Energy
Advanced Topics in Solar Energy Technologies
Research Project
Integration of Renewable Energy into Power Systems and Microgrids
Urban Energy and Energy Efficiency
Industrial Energy Efficiency and Decarbonisation
Photovoltaic Power Plants
Sustainable Urban Systems
Society and Environmental Change
GIS and Spatial Analysis
Participatory Resource Management: Working with Communities and Stakeholders
International Environmental Policy
Advanced Remote Sensing and GIS
Contemporary Perspectives in Environmental Science
Contemporary Perspectives in Environment-Society Interaction
Managing for Sustainability
Reactor Science Nuclear Fuel Cycle
Science Politics
Strategies in Science Communication

Learning Outcomes

  • Understand energy markets and the role of energy in the economy.
  • Identify and apply a knowledge of methods to assess energy projects, technologies, and policies.
  • Examine the economics of energy production and consumption.
  • Evaluate and communicate research in energy economics.
More

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