Organizing education, research, community service to produce doctors with global competencies who are able to compete and contribute to the development of sustainable science and technology and solving complex problems in the fields of engineering, innovation, materials and advanced metallurgy with an environmentally friendly multidisciplinary science integration approach for the advancement of industry locally, nationally, and internationally by prioritizing academic, moral, social and economic values.

The values ​​that the Department of Materials and Metallurgical Engineering seeks to instill are:

1.  Ethics and Integrity: in social, national, and professional life, always adhere to the norms and regulations that apply in society, the state, and religion.
2. Creativity and Innovation: always seek new ideas to generate innovations in carrying out one’s duties/roles better.
3. Excellence: strive to achieve maximum results.
4. Strong Leadership: demonstrate visionary, creative, innovative, hardworking, courageous behavior in making changes for the better, and responsible.
5. Synergy: work together to maximize one’s potential.
6. Socio-cohesiveness and Social Responsibility: maintain harmony and care for the surrounding community.

A. Teaching and Academic Affairs

1. To produce outstanding doctoral graduates with integrity and international competitiveness.
2. To deliver learning processes based on research and cutting-edge technology through industry and international collaboration.
3. To provide education grounded in original research that contributes to the advancement of materials and metallurgical science and supports the achievement of international reputation.

B. Research

1. To produce innovative research that supports industrial solutions, strategic policy formulation, and the development of new knowledge in materials and metallurgical engineering.
2. To encourage research outputs and patents with commercialization potential and revenue generation.
3. To increase internationally reputable scientific publications and faculty h-indexes to strengthen academic reputation.
4. To build global research networks with reputable universities and research institutions.

C. Community Engagement

1. To apply science and technology to improve economic growth and community welfare.
2. To develop collaborations with industry and local governments.
3. To promote community empowerment activities based on materials and metallurgical technology.

D. Facilities and Infrastructure

1. To ensure the availability of adequate facilities and infrastructure to support education, research, and community service.
2. To guarantee a safe and inclusive academic and research environment.

E. Human Resources

1. To ensure the availability of competent human resources to support the Tri Dharma of Higher Education.
2. To encourage faculty members and students to actively participate in global research collaborations.

F. Organization and Management

1. To establish comprehensive organizational structures and standard operating procedures (SOPs).
2. To strengthen a data-driven quality management system with continuous evaluation at the departmental level.
3. To foster a collaborative and accountable work culture.

Objectives of the Department of Materials and Metallurgical Engineering:

1. To raise the quality standards of doctoral graduates in materials and metallurgical engineering who are superior, independent, and internationally competitive.
2. To develop scientific competence and advanced research in metallurgical and manufacturing engineering, corrosion engineering, material failure analysis, and innovative materials engineering to generate new knowledge.
3. To create and maintain an academic atmosphere conducive to the development of original research and the implementation of the Tri Dharma of Higher Education.
4. To continuously improve the quality of students, faculty, staff, and educational facilities.
5. To develop, implement, and maintain partnerships with other institutions at home and abroad in the fields of education, research, and community service to strengthen scientific collaboration and global research networks.
6. To produce doctoral graduates with noble personalities, integrity, and high academic morals, capable of serving as leaders and developers of science in the field of materials and metallurgical engineering.