Conducting education, research, and community engagement to produce graduates of the highest quality and highly competent and professional in the field of materials engineering and technology, while continuously enhancing capabilities and developing global networks to support the competitiveness of the national industry.

1. Ethics and Integrity: Upholding societal, national, and religious norms and regulations in all aspects of life—whether in community engagement, citizenship, or professional practice.
2. Creativity and Innovation: Continuously seeking new ideas to generate innovations that enhance the quality and impact of one’s roles and responsibilities.
3. Excellence: Striving relentlessly to achieve optimal results and uphold the highest standards in all endeavors.
4. Strong Leadership: Demonstrating visionary, creative, and innovative behavior; working diligently; courageously driving positive change; and taking full responsibility for actions and outcomes.
5. Synergy: Collaborating effectively to maximize the potential of individuals and teams toward shared goals.
6. Social Cohesion and Social Responsibility: Fostering harmony within communities and actively caring for the well-being of society at large.

A. Teaching and Academic Affairs

1. Produce graduates who are competitive, globally competent, professional, and ethical.
2. Implement research-based and technology-driven learning with industry and international collaboration.
3. Develop programs that enhance international reputation and visibility.

B. Research

1. Generate leading-edge research with tangible impact on industry and society.
2. Promote research outputs and patents with commercialization potential and revenue generation.
3. Increase international scientific publications and faculty h-index.
4. Expand national and international research collaborations.

C. Community Service

1. Apply science and technology to improve community economic development and welfare.
2. Foster collaboration with industry and government stakeholders.
3. Encourage empowerment initiatives based on materials and metallurgical engineering technologies.

D. Facilities and Infrastructure

1. Provide adequate facilities and infrastructure to support education, research, and community service.
2. Ensure a safe, inclusive, and conducive academic environment.

E. Human Resources

1. Maintain a competent workforce capable of fulfilling the three pillars of higher education (tri dharma perguruan tinggi): education, research, and community service.

F. Organization and Management

1. Establish comprehensive Organizational Structure and Work Procedures (OTK) and Standard Operating Procedures (SOP).
2. Strengthen data-driven quality management systems with continuous evaluation at the departmental level.
3. Cultivate a collaborative and accountable work culture.

Objectives of the Department of Materials Engineering and Metallurgy:

1. Enhance the quality of graduates to be excellent, professional, and globally competitive.
2. Develop competencies in the fields of metallurgical engineering, manufacturing, corrosion, failure analysis, and research-based innovative materials.
3. Establish and maintain a conducive academic atmosphere that supports the implementation of the three pillars of higher education (*tridharma perguruan tinggi*) within the study program.
4. Continuously improve the quality of students, faculty, staff, and educational facilities.
5. Develop, implement, and sustain partnerships with domestic and international institutions in the areas of education, research, and community service.
6. Produce graduates of high integrity, strong ethics, and exemplary academic morality.

Industrial Professional, Graduates of the Master’s Program in Materials Engineering and Metallurgy who serve as industrial professionals possess distinctive characteristics and qualifications that enable them to drive industrial transformation through process optimization, production efficiency, and strategic decision-making grounded in materials and metallurgical science. These graduates contribute to industrial policy development, technology commercialization, and strengthening the competitiveness of the industrial sector by integrating scientific knowledge, technology, and entrepreneurship.