Global Warming and Climate Change

Course Overview and Description

Course Overview

Global Warming and Climate Change is an interdisciplinary course designed for learners who want to understand the climate crisis not only as a scientific phenomenon, but as an ethical and political challenge that will shape every generation to come. You explore the atmosphere as a living system, the planet as a network of interdependent cycles, and climate change as a force that magnifies inequality, reshapes health, and transforms economies.

 

This course does not assume you arrive with a scientific background. It begins with clarity, builds depth carefully, and invites you into the kind of thinking that climate literacy requires: systems reasoning, moral seriousness, and an ability to hold uncomfortable complexity without looking away. You examine the science behind warming and the real-world consequences already unfolding, while also investigating solution pathways, emerging technologies, and the responsibilities of future leaders.

 

Course Description

This programme offers a structured, in-depth introduction to climate science and global sustainability, exploring the drivers and consequences of global warming across ecosystems, economies, and communities.

Through live sessions, digital labs, and applied learning tasks, learners will:

  • Examine the atmospheric science behind the greenhouse effect, climate feedback loops, and extreme weather patterns
  • Analyse environmental justice, intergenerational ethics, and policy dilemmas across climate-vulnerable and industrialised contexts
  • Explore mitigation and adaptation strategies, including renewable energy transitions, carbon sequestration, circular economies, and climate finance
  • Investigate emerging innovations such as geoengineering proposals, AI-enabled climate modelling, and regenerative systems design

 

The course supports you to understand not only what the data says, but how decisions are made, where power operates, and why climate solutions must be evaluated for fairness as well as effectiveness.

 

Learning Outcomes

By the end of this course, learners will be able to:

  • Explain the core science of global warming and climate change, including atmospheric drivers, ecological disruption, and systemic feedback loops
  • Analyse regional and global impacts on ecosystems, health, economies, migration, and political stability
  • Evaluate adaptation and mitigation strategies with attention to feasibility, justice, and long-term sustainability
  • Explore emerging climate solutions including geoengineering frameworks, AI-enabled modelling, and innovation pathways
  • Develop a systems-level understanding of how ethics, policy, technology, and economics intersect in climate decision-making

 

Experiential Learning (Optional)

Learners may have the opportunity to engage in applied learning activities such as:

  • Climate simulations and scenario planning exercises
  • A Sustainability Hackathon focused on designing local or global climate solutions
  • Case studies exploring ecosystem change in diverse regions such as rainforest systems, drought-affected communities, and polar environments
  • A capstone-style project aligned with a selected sustainability challenge, with guidance on presenting evidence, trade-offs, and implementation strategy

 

Where appropriate, selected work may be shared in internal showcases, subject to quality review and programme design.

Program Structure

At Afer*Nova, programmes are designed to combine academic depth with real-world relevance, supporting learners to connect knowledge with applied judgement.

 

1. Self-Paced Foundation Modules

Learners begin with flexible modules that build strong conceptual foundations through:

  • Faculty-led videos delivered by experienced educators and practitioners
  • Guided readings and structured learning tasks
  • Interactive quizzes and reflective exercises

This phase supports independent learning and builds confidence in core ideas.

 

2. Live, Case-Based Mentorship Sessions

Learners participate in mentor-guided workshops focused on applied learning, featuring:

  • Cross-disciplinary case challenges
  • Group problem-solving and simulations
  • Structured feedback from facilitators or reviewers

These sessions strengthen critical thinking, collaboration, and communication.

 

3. Responsive, Global-Relevance Curriculum

Programmes are refreshed periodically to reflect new scientific evidence, policy developments, and innovation trends. This ensures learning remains current and relevant to changing global needs.

Teaching and Assessment

At Afer*Nova, teaching is designed to develop climate literacy as a form of responsibility. You are guided to interpret evidence carefully, weigh trade-offs honestly, and communicate decisions without overstating certainty.

 

Teaching includes case-led discussions, interactive labs, simulations, and applied project work. Assessment supports both understanding and intellectual growth. Learners may be assessed through critical reflections, research-based briefs, applied case analyses, oral presentations, peer feedback, and optional capstone outputs. Final submissions often take the form of a portfolio, supported by structured feedback.

What Sets this Program Apart

Climate Science Taught as a Living System

This programme treats climate change as a systems problem. You learn how atmospheric chemistry, ocean circulation, ecosystems, economics, and politics interlock. You examine why climate change is not simply “an environmental issue”, but a defining condition of modern life that reshapes public health, agriculture, conflict risk, migration patterns, and global inequality.

 

Ethics and Justice Built into the Core

Rather than treating ethics as an optional add-on, the course places questions of fairness, responsibility, and accountability at the centre. You explore how climate harm is distributed, how policy decisions shape vulnerability, and how justice-based climate strategy must confront both history and power.

 

Innovation Without False Hope

You examine promising technologies and solutions, but you are also encouraged to ask difficult questions. What counts as evidence? What risks are acceptable? Who benefits? Who pays? You develop the discipline to evaluate climate innovations not as slogans, but as real interventions with real consequences.

 

Portfolio Outputs with Discretionary Dissemination Pathways

Learners may develop a capstone-style output such as a policy brief, innovation plan, or climate strategy proposal. Subject to quality review and editorial discretion, selected work may be considered for inclusion in curated student collections or internal showcases.

 

Learners who complete programme requirements receive a programme-issued certificate. Where appropriate, and subject to meeting defined performance and professional standards, learners may be eligible to request a tailored academic reference letter at the discretion of the supervising educator.

 

Programme Highlights

Subject to performance, quality review, and programme design, learners may have the opportunity to:

  • Explore climate science through case-led learning, simulations, and applied analysis tasks
  • Engage with justice-centred frameworks for climate policy, adaptation, and global equity
  • Investigate emerging solutions including AI-enabled modelling, regenerative systems, and climate innovation pathways
  • Develop a portfolio-ready capstone output such as a climate strategy brief or sustainability innovation proposal
  • Earn a programme-issued certificate recognising completion of course requirements, with optional portfolio support where appropriate

 

Programme Notice

Mentoring format and level of individual feedback may vary depending on cohort size, availability, and programme design. Any dissemination opportunities and reference letters are discretionary outcomes and are not guaranteed.

Global Warming and Climate Change

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