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Course Description

Effective climate action begins with a clear understanding of how climate science is established and evaluated. In this course, you will assess and quantify the forces that stabilize and disrupt Earth’s climate system, with a focus on carbon dioxide and its associated downstream impacts that influence climate stability over time. Using examples from Earth’s history, you’ll examine how natural climate shifts have occurred in the past and why those shifts differ fundamentally from the pace, scale, and causes of contemporary climate change.

You will then evaluate how climate claims are made, challenged, and misrepresented in public discourse. The course focuses on distinguishing credible scientific reasoning from misinformation, denialism, and distortions of scientific uncertainty, while clarifying how scientific consensus is established through evidence and expert evaluation. You’ll also assess the feasibility of energy alternatives and carbon reduction strategies across sectors, connecting scientific credibility to the practical evaluation of climate solutions.

By the end of the course, you will be prepared to interpret climate arguments more critically with a stronger grasp of the scientific principles, credibility standards, and solution pathways that underpin climate projections, policy, energy transition, and implementation.

Faculty Author

Toby Ault

Benefits to the Learner

  • Critically address and counter climate denialism and misinformation
  • Evaluate the reliability of claims as a basis for scientific consensus
  • Assess the feasibility of energy solutions in transitioning away from fossil fuels

Target Audience

  • Sustainability and ESG professionals seeking stronger climate science fluency
  • Policy advisors, nonprofit leaders, and public sector managers working on climate initiatives
  • Corporate executives and consultants addressing climate risk and transition planning
  • Communications professionals, educators, and journalists covering climate topics
  • Investment and finance professionals evaluating climate-related opportunities and risks
  • Real estate developers, urban planners, and infrastructure leaders integrating climate adaptation
  • Energy sector professionals navigating renewable transitions and system change
  • Insurance and risk management professionals assessing climate-related exposures

Applies Towards the Following Certificates

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Enroll Now - Select a section to enroll in
Type
2 week
Dates
Oct 14, 2026 to Oct 27, 2026
Total Number of Hours
12.0
Course Fee(s)
Standard Price $999.00
Type
2 week
Dates
Jan 06, 2027 to Jan 19, 2027
Total Number of Hours
12.0
Course Fee(s)
Standard Price $999.00
Type
2 week
Dates
Mar 31, 2027 to Apr 13, 2027
Total Number of Hours
12.0
Course Fee(s)
Standard Price $999.00
Type
2 week
Dates
Jun 23, 2027 to Jul 06, 2027
Total Number of Hours
12.0
Course Fee(s)
Standard Price $999.00
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