About This Course
Plastics are one of the most important materials in modern society. They enable lightweight transportation, safe food packaging, medical devices, clean water systems, and countless everyday products. Yet at the same time, plastic waste and pollution have become one of the most visible environmental challenges of our time. Public discussions often frame plastics simply as a problem—but the reality is far more complex.
This course explores plastics through a sustainability lens, examining both their benefits and their challenges. You will learn why plastics became so widely used, how they are produced and designed at the molecular level, and how their properties can be engineered for different applications. From there, the course investigates the environmental impacts of plastics across their entire lifecycle—from raw materials and manufacturing to consumption, waste, and recycling.
Rather than relying on slogans or simplistic solutions, the course encourages systems thinking. Participants will explore key sustainability questions: When are plastics actually the best option? Why is recycling more difficult than it seems? What role do design, policy, and consumer behavior play in reducing plastic pollution?
By the end of the course, learners will develop a more balanced and scientifically grounded understanding of plastics in the sustainability debate. Whether you are a student, professional, policymaker, or curious citizen, this course will help you move beyond myths and toward informed, responsible decision-making about one of the most influential materials of our time.
Requirements
This course is designed to be accessible to a broad audience. No prior background in chemistry, engineering, or environmental science is required. However, the following will help you get the most out of the learning experience:
- A general curiosity about plastics, sustainability, and environmental challenges.
- Interest in understanding how everyday materials affect society and the environment.
- Willingness to engage with short videos, quizzes, and discussions throughout the course.
- An open mindset to explore complex issues and multiple perspectives in sustainability debates.
- Basic ability to follow course materials presented in English.
All technical concepts will be explained in an accessible way, making the course suitable for students, professionals from any field, and anyone who wants to better understand the role of plastics in a sustainable future.
Course Staff
Adam Febriyanto Nugraha, S.T., Ph.D.
Assistant Professor, Department of Metallurgical and Materials Engineering
Vice Principal, Center for Sustainability and Waste Management (CSWM UI)
Universitas Indonesia