Course Description

Decarbonization is defined as the systematic reduction of carbon dioxide and other greenhouse gas emissions from human activities. It is central to climate change mitigation efforts worldwide. The increasing concentration of greenhouse gases in the atmosphere is linked to rising global temperatures, extreme weather events, and significant environmental disruption. Decarbonization not only addresses climate change but also promotes sustainable development by reducing pollution, improving resource efficiency, and encouraging renewable energy adoption. Engineers and environmental professionals are pivotal in designing solutions that reduce emissions across industries, energy systems, and urban infrastructure. Understanding the drivers and strategies of decarbonization is essential for anyone engaged in environmental engineering or sustainability planning.

What you'll learn in this course?

• Define decarbonization and its global importance

• Explain key sources of greenhouse gas emissions

• Identify major sectors contributing to carbon emissions

• Understand carbon accounting and footprinting

• Analyze decarbonization strategies across industries

• Evaluate renewable energy technologies

• Understand policy frameworks and regulations

• Explore carbon capture and storage technologies

• Assess challenges and barriers to decarbonization

• Apply decarbonization principles in engineering practice

Prerequisites

• Basic understanding of environmental science, energy systems, or engineering principles

• Familiarity with climate-change and greenhouse-gas terminology is helpful