Mining and Materials for Sustainable Development Transformations
Saleem Ali,
Kwasi Ampofo,
Ana Bastida,
Martin Dietrich Brauch,
Joan Carling,
Aaron Cosbey,
Gillian Davidson,
Rohitesh Dhawan,
Marit Kitaw,
Renata Lawton-Misra,
Amir Lebdioui,
Casilda Malagon,
Glen Mpufane,
Silas Olan'g,
Isabelle Ramdoo,
Jeffrey D. Sachs,
Lisa Sachs,
Zafar Samadov,
Vera Songwe,
Perrine Toledano,
Tamara Veldboer,
Jim Williams,
Sheila Khama,
Stéphanie Bouckaert,
Nicole Labutong,
and
Melanie Müller
Saleem Ali,
Kwasi Ampofo,
Ana Bastida,
Martin Dietrich Brauch,
Joan Carling,
Aaron Cosbey,
Gillian Davidson,
Rohitesh Dhawan,
Marit Kitaw,
Renata Lawton-Misra,
Amir Lebdioui,
Casilda Malagon,
Glen Mpufane,
Silas Olan'g,
Isabelle Ramdoo,
Jeffrey D. Sachs,
Lisa Sachs,
Zafar Samadov,
Vera Songwe,
Perrine Toledano,
Tamara Veldboer,
Jim Williams,
Sheila Khama,
Stéphanie Bouckaert,
Nicole Labutong,
and
Melanie Müller
![Logo | CCSI](https://sdgacademy.org/wp-content/uploads/2024/02/2022-CCSI-Logo-1.png)
The MOOC is a project developed by the Columbia Center on Sustainable Investment (CCSI); supported by the African Legal Support Facility, Anglo American, and Ford Foundation; produced by Econ Films; and hosted by SDG Academy. To learn more, pleaseclick here.
The Paris Agreement on Climate Change and the Agenda 2030 outline a global consensus on the interlinked needs to curb human-induced climate change and achieve sustainable development. The underlying transformations needed to achieve climate goals and other Sustainable Development Goals (SDGs) include the rapid decarbonization of our global energy systems and economies, and a scale-up of new technologies to meet the needs of a growing population. Mining and materials are at the heart of these sustainable development transformations and present both challenges and opportunities. Despite the important implications for mining investments and mineral-rich governments, the world still lacks a coherent vision to guide global actors in shifting the course of mining projects and mining companies in a way that leads to deep decarbonization; protects and preserves our fragile ecosystems; addresses the development needs of resource-dependent, low-income countries; and respects the rights and interests of impacted communities.
This course examines these challenges and opportunities and how we can pursue all these transformations in a manner consistent with human rights, poverty elimination, social inclusion, protection and preservation of ecosystems, and economic development.
This course is for:
- Mid- to senior-level government officials, members of parliament, and parliamentary staffers;
- Civil society leaders with a track record of analysis, oversight, and policy advocacy related to mining, the environment, climate action, or a just energy transition;
- Professors, researchers, graduate students, and other academics undertaking applied research or teaching on mining, the environment, climate action, or a just energy transition;
- Professionals from development agencies , including aid agencies and international financial institutions;
- Representatives from extractive industry or renewable energy companies and associations such as chambers of energy and minerals or industry think tanks; and
- Anyone interested in the role of extractive industries in the energy transition.
What you'll learn
In this course, you will learn from leading experts in various areas of knowledge and with diverse viewpoints. Key topics covered include:
- The relevance of the energy and technological transformations to mining and materials value chains and their stakeholders, including governments, international organizations, companies, financiers, civil society, local communities, and the general public;
- The roles and responsibilities of mining and materials stakeholders in the sustainable development transformations, including climate change mitigation, adaptation, and resilience;
- The sustainable development challenges of renewable energy systems and an increasingly urbanized and digital economy;
- Security of supply of critical minerals;
- The environmental, climate, social, human rights, and economic impacts of mining and materials value chains; and
- The role of national plans, strategies, laws, and policies in addressing these challenges.
Register for this course and see more details by visiting:
OpenCourser.com/course/h56qtn/mining
Activities
Coming soon
We're preparing activities for
Mining and Materials for Sustainable Development Transformations.
These are activities you can do either before, during, or after a course.
Career center
Learners who complete Mining and Materials for Sustainable Development Transformations will develop knowledge and skills
that may be useful to these careers:
As a Mining Geologist, you will explore and evaluate geological formations to identify and extract valuable minerals and metals. This course, Mining and Materials for Sustainable Development Transformations, can help build a foundation in the sustainable mining practices and environmental regulations related to mining. The course's focus on decarbonization pathways and the circular economy is particularly relevant to this role, as sustainable mining can help reduce greenhouse gas emissions and promote resource conservation.
As a Mining Engineer, you would oversee and design strategies for extracting valuable minerals and metals from beneath the Earth's surface. This course, Mining and Materials for Sustainable Development Transformations, can help build a foundation in sustainable mining practices, environmental regulations, and the socioeconomic impacts of mining. The course's focus on decarbonization pathways and the circular economy is particularly relevant to this role, as sustainable mining can help reduce greenhouse gas emissions and promote resource conservation.
Natural Resources Economist
As a Natural Resources Economist, you will conduct research and analysis to inform policy decisions related to the use and management of natural resources, including mining. This course, Mining and Materials for Sustainable Development Transformations, can help build a foundation in the economic implications of mining and materials value chains. The course covers topics such as the role of mining in economic development, the challenges of sustainable development transformations, and the security of supply of critical minerals.
As an Environmental Scientist, you will conduct research and analysis to assess and mitigate the environmental impacts of human activities, including mining. This course, Mining and Materials for Sustainable Development Transformations, can help build a foundation in the environmental impacts of mining and materials value chains. The course covers topics such as the environmental, climate, and social impacts of mining, as well as the role of national plans and policies in addressing these challenges.
As a Sustainability Manager, you will be responsible for developing and implementing strategies that promote the social and environmental performance of a company, including in the mining industry. This course, Mining and Materials for Sustainable Development Transformations, can help you gain insights into the social, environmental, and economic impacts of mining and materials value chains. The course covers topics such as the rights and interests of impacted communities, the role of national plans and policies in addressing these challenges, and the implications of sustainable development transformations for communities, workers, and suppliers in mineral-rich countries.
Corporate Social Responsibility Manager
As a Corporate Social Responsibility Manager, you will be responsible for developing and implementing strategies that promote the social and environmental performance of a company. This course, Mining and Materials for Sustainable Development Transformations, can help you gain insights into the social, environmental, and economic impacts of mining and materials value chains. The course covers topics such as the rights and interests of impacted communities, the role of national plans and policies in addressing these challenges, and the implications of sustainable development transformations for communities, workers, and suppliers in mineral-rich countries.
As a Development Economist, you will conduct research and analysis to inform policy decisions related to economic development, including in mineral-rich countries. This course, Mining and Materials for Sustainable Development Transformations, can help build a foundation in the economic challenges and opportunities of mining and materials value chains. The course covers topics such as the role of mining in economic development, the challenges of sustainable development transformations, and the security of supply of critical minerals.
As a Mining Lawyer, you will provide legal advice and representation to mining companies and other stakeholders in the mining industry. This course, Mining and Materials for Sustainable Development Transformations, can help you gain insights into the legal and regulatory frameworks governing mining and materials value chains. The course covers topics such as the rights and interests of impacted communities, the role of national plans and policies in addressing these challenges, and the implications of sustainable development transformations for communities, workers, and suppliers in mineral-rich countries.
As a Public Policy Analyst, you will conduct research and analysis to inform policy decisions that affect the public. This course, Mining and Materials for Sustainable Development Transformations, can help build a foundation in the policy implications of mining and materials value chains. The course covers topics such as the roles and responsibilities of stakeholders in sustainable development transformations, the challenges of decarbonization pathways, and the security of supply of critical minerals.
As a Geotechnical Engineer, you will design and oversee the construction of structures and infrastructure in soil and rock, including mining operations. This course, Mining and Materials for Sustainable Development Transformations, can help build a foundation in the sustainable mining practices and environmental regulations related to mining. The course's focus on decarbonization pathways and the circular economy is particularly relevant to this role, as sustainable mining can help reduce greenhouse gas emissions and promote resource conservation.
As an Energy Analyst, you will conduct research and analysis to help organizations understand and mitigate the risks and impacts of energy production and consumption. This course, Mining and Materials for Sustainable Development Transformations, may be useful in gaining an understanding of the decarbonization pathways and implications for mining and materials value chains. The course covers topics such as the role of mining and materials in the energy transition, the challenges of renewable energy systems, and the security of supply of critical minerals.
As a Materials Scientist, you will research and develop new materials for use in various industries, including mining. This course, Mining and Materials for Sustainable Development Transformations, can help you gain insights into the sustainable development challenges of mining and materials value chains. The course covers topics such as the environmental, climate, and social impacts of mining, as well as the role of national plans and policies in addressing these challenges.
Sustainability Consultant
As a Sustainability Consultant, you will work with organizations to identify and implement sustainable practices that reduce their environmental impact and promote social responsibility. This course, Mining and Materials for Sustainable Development Transformations, may be useful in understanding the challenges and opportunities of sustainable mining and materials value chains. The course covers topics such as the environmental, climate, and social impacts of mining, as well as the role of national plans and policies in addressing these challenges.
As a Climate Change Analyst, you will conduct research and analysis to help organizations understand and mitigate the risks and impacts of climate change. This course, Mining and Materials for Sustainable Development Transformations, may be useful in gaining an understanding of the decarbonization pathways and implications for mining and materials value chains. The course covers topics such as the role of mining and materials in the energy transition, the challenges of renewable energy systems, and the security of supply of critical minerals.
As an Environmental Engineer, you play an important role in protecting human health and the environment. This course, Mining and Materials for Sustainable Development Transformations, may be useful as it covers topics such as the environmental impacts of mining and materials value chains, climate change adaptation and resilience, and sustainable development challenges of renewable energy systems. The course can provide insights into the environmental regulations and best practices that are crucial for success in this field.
For more career information including salaries, visit:
OpenCourser.com/course/h56qtn/mining
Reading list
We've selected 12 books
that we think will supplement your
learning. Use these to
develop background knowledge, enrich your coursework, and gain a
deeper understanding of the topics covered in
Mining and Materials for Sustainable Development Transformations.
Offers insights into the future demand for natural resources and the implications for sustainable development.
Offers a comprehensive overview of sustainable development and its implementation.
Provides a more technical look at the policies and practices surrounding natural resource industries.
Offers practical guidance on respecting human rights in mining operations.
Offers an in-depth analysis of the political and economic dynamics surrounding natural resource extraction.
Offers a critical analysis of the political economy of extractive industries, examining the power dynamics and inequalities that shape their operation. It provides a deeper understanding of the course's discussions on the governance and regulation of mining and materials.
Examines the relationship between energy and sustainable development, exploring the challenges and opportunities associated with the transition to renewable energy sources. It provides valuable insights for the course's exploration of the energy implications of mining and materials.
This report provides a useful overview of the sustainability challenges and best practices in the mining sector, offering additional insights for the course's exploration of these topics.
This report provides insights into the sustainability performance of mining companies, offering additional information for the course's exploration of these topics.
This report explores the future of the mining industry, considering its role in the transition to a greener economy.
Provides a comprehensive analysis of the Sustainable Development Goals, offering additional context for the course's exploration of the role of mining and materials.
This report provides a comprehensive assessment of the interconnections between climate change and the Sustainable Development Goals, offering additional background for the course's exploration of these topics.
For more information about how these books relate to this course, visit:
OpenCourser.com/course/h56qtn/mining
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