Critical Raw Materials: Sustainable Resource Management
A comprehensive framework for strategic management and sustainable utilization of essential raw materials in a resource-constrained world.
A comprehensive framework for strategic management and sustainable utilization of essential raw materials in a resource-constrained world.
Dive into the complex world of critical raw materials (CRMs) and their pivotal role in sustainable development. This course offers a comprehensive exploration of CRMs, from their definition and importance to strategies for sustainable management. You'll gain insights into the geopolitical, economic, and environmental challenges associated with CRMs, and learn to apply systems thinking to develop innovative solutions. Whether you're interested in technical, business, or policy aspects, this course provides tailored tracks to deepen your understanding. By the end, you'll be equipped to contribute to sustainable CRM management, regardless of your background.
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What you'll learn
Understand the concept of critical raw materials and their role in sustainable development
Analyze the complex challenges associated with critical raw materials, including geopolitical, economic, and environmental factors
Apply systems thinking to address issues in the raw materials value chain
Evaluate the potential of various strategies for sustainable CRM management, such as urban mining, recycling, and circular business models
Assess the social and environmental impacts of critical raw materials
Explore the relationship between Sustainable Development Goals and CRM challenges
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
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There are 6 modules in this course
This course provides a comprehensive understanding of critical raw materials (CRMs) and their management for a sustainable future. It covers the entire value chain of raw materials, exploring their role in modern society and the challenges associated with their extraction, use, and disposal. The curriculum is structured into six weeks, each focusing on different aspects of CRMs. Week 1 introduces the concept of critical raw materials and their significance in sustainable development. Week 2 delves into the challenges related to CRMs, including geopolitical issues, resource economics, and global consumption patterns. Week 3 focuses on analytical tools for evaluating raw material challenges, including supply forecasting and impact assessment methods. Weeks 4 and 5 offer a choice of specialized tracks in technical, systemic, or policy solutions, allowing students to explore strategies like urban mining, circular business models, or certification schemes. The final week presents real-life examples of sustainable resource use and encourages students to develop their own innovative solutions. Throughout the course, students learn from experts in the field and gain practical insights into managing CRMs in various contexts.
Introduction to Critical Raw Materials
Module 1
Challenges of Critical Raw Materials
Module 2
Analysis Tools for Raw Materials
Module 3
Technical Solutions for Raw Materials
Module 4
Policy and System Solutions
Module 5
Implementation and Business Cases
Module 6
Fee Structure
Instructors
4 Courses
Leading Authority in Circular Economy and Critical Materials
David Peck serves as an Associate Professor at TU Delft's Faculty of Architecture and the Built Environment, where he specializes in Climate Design & Sustainability, Circular Built Environment, and Critical Materials. After transitioning from the Faculty of Industrial Design Engineering in 2016, he has established himself as a pioneer in sustainable resource management and circular economy. His research portfolio spans 21st-century sustainability challenges, critical raw materials, and circular business models, while leading major EU projects including Pop-Machina, ProSUM, and CRM Innonet
1 Course
Expert in Critical Raw Materials and Sustainable Resource Management
Alessandra Hool serves as CEO of ESM Foundation – Foundation for Rare Metals since 2017, bringing expertise from her academic background in History and Philosophy of Science and International Law and Economics. Her work focuses on critical raw materials management and sustainability, coordinating significant initiatives including the International Round Table on Materials Criticality (IRTC). As Managing Director of ESM Foundation, she develops and coordinates national and international projects aimed at sustainable resource management, while supporting private sector and political actors in decision-making regarding raw materials supply chain risks. Her expertise spans criticality assessments, circular strategies for critical raw materials, resource economics, and criticality mitigation strategies at both corporate and governmental levels. Through her leadership, she continues to foster research and development in critical raw materials management, with particular emphasis on sustainable practices and resource optimization.
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