HONORARY CHAIRMAN:

PR. ALI BOUKAROURA (RECTOR OF THE TEACHER EDUCATION COLLEGE OF SETIF)

CHAIRMAN:

DR. BOURHAENEDDINE HABA (DEPARTMENT OF SCIENCES, TEACHER EDUCATION COLLEGE OF SETIF)

PRESIDENT OF THE SCIENTIFIC COMMITTEE:

PR. FAROUK BENALI (INSTITUTE OF OPTICS AND PRECISION MECHANICS, UNIVERSITY FERHAT ABBAS SETIF 1)

PRESIDENT OF THE ORGANIZING COMMITTEE:

DR. MOHAMED AMINE BOUBATRA (DEPARTMENT OF SCIENCES, TEACHER EDUCATION COLLEGE OF SETIF)

Abstract

Sustainability in material science is a growing concern. Researchers face significant challenges in developing both high performance and sustainable materials, but the demand for such materials is urgent due to increasing environmental awareness. Achieving sustainability in materials science necessitates a careful consideration of performance, cost-effectiveness, resource availability, low impact on environment, consumer acceptance, recycling and circularity, and regulatory compliance.
Sustainability in materials science plays a crucial role across various applications, including building and construction, wastewater treatment, electronics and semiconductors. The development of advanced green materials, novel cost-effective manufacturing and processing methods, new technologies in recycling and reuse of wastes, reducing the consumption of non-renewable resources, lowering carbon footprint, contribute to the advancement of sustainable development.
The first edition of the international conference on sustainable applied materials ICSAM-2025 is dedicated to fostering sustainable materials research and innovation through international collaboration. This conference provides a platform for researchers to exchange ideas, share knowledge, and inspire future advancements in sustainable development.

Scientific and educational benefits

Scientific benefits
- Knowledge exchange and collaboration: brings together researchers and experts to share their latest findings and innovative ideas. This fosters interdisciplinary collaboration and accelerates scientific progress.
- Identification of emerging trends: highlights the latest advancements and emerging trends in sustainable applied materials research, enabling researchers to stay updated of the topics.
- Problem-solving and innovation: facilitates the discussion of challenges and opportunities in the development and application of sustainable materials, stimulating innovative solutions.
- Quality assurance: provides a platform to assess the quality and impact of research, setting recommendations for excellence in these topics.
Educational benefits
- Capacity building: offers opportunities for researchers, students, and professionals to learn from experts, expand their knowledge, and develop new skills.
- Networking and career development: facilitates networking with peers, and potential collaborators, opening up new avenues for advancement and professional development.
- Interdisciplinary learning: encourages cross-disciplinary learning and understanding, fostering a holistic approach to sustainable materials research and development.
- Inspiring future generations: inspires young researchers and students to pursue research in sustainable materials science and engineering, contributing to a sustainable future.

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