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Sustainable development and eco-design

intro

About This Course

The Sustainable Development and Eco-design course introduces students to the fundamental principles of sustainable development and their application to engineering and industrial practices. It provides an understanding of the environmental, economic, and social dimensions of sustainability and highlights the role of engineers in developing more responsible and sustainable solutions.

Throughout the course, students will explore key concepts related to sustainable development, eco-design, environmental impacts, resource efficiency, and the integration of environmental considerations into product and process development. Particular attention is given to practical approaches and tools that can support sustainable decision-making.

The course combines theoretical content with learning activities, quizzes, discussions, and practical exercises to encourage active participation and the application of acquired knowledge.

Requirements

Students are expected to have basic knowledge of:

  • Environmental science and engineering principles
  • Industrial processes
  • Pollution and environmental impacts
  • Basic concepts of resource and energy management

No advanced knowledge of eco-design is required.

Course Staff

Dr. Kamilia Madi
Lecturer – Department of Process Engineering
Ferhat Abbas University Sétif 1, Algeria

Dr. Kamilia Madi holds a PhD in Process Engineering and teaches in the field of process and environmental engineering. Her academic and research activities focus on environmental protection, water treatment, sustainable processes, and the development of environmentally responsible engineering solutions.

Frequently Asked Questions

Who is this course intended for?
This course is primarily designed for Master 2 students in Environmental Engineering and is also suitable for students interested in Sustainable Engineering, Circular Economy, Green Manufacturing, and Environmental Management.

Course Summary

  1. Course Number

    GE2026
  2. Classes Start

  3. Classes End

  4. Estimated Effort

    01:30
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