Master Program Profile
Vision and Mission
VISION
Educational institutions for the development of science and engineering that support a sustainable mining industry
MISSION
- Organizing quality learning to produce intellectuals who are independent and globally competitive.
- Carrying out superior research that is beneficial for the community
- Organizing the management of the Faculty of Engineering that is effective, efficient and digital-based and environmentally friendly
- Develop link and match with industry
Graduate Profile
Graduate Profile | Skills | Knowledge |
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Experts who work in mining companies related to the technical field of mining . |
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Working in educational institutions and mining research institutions
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Professional practitioners who have entrepreneurial abilities to handle special fields in the mining industry
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Mining bachelor who manages the bureaucracy and policies related to the development of the mining industry
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Intended Learning Outcome
To achieve the program learning objectives, the magister study program has constructed several intended learning outcome (ILO), which are:
ATTITUDE
| Demonstrate religious attitudes, nationalism, and high professionalism by internalizing academic values, norms and ethics in working in community life . |
GENERAL SKILLS
| Able to apply logical and innovative thinking in the development of science and technology and decision making in the field of expertise
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KNOWLEDGE
| Mastering the theory and application of exploration methods to evaluate mineral and coal resources based on geological analysis and engineering physics, chemistry, and mathematics . |
Mastering the principles of physics and mathematics as well as chemical processes that work in a sediment due to excavation and rock decomposition
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SPECIAL SKILL
| Able to develop science and technology to evaluate the management and sustainable development of mineral and coal resources based on exploration data, economic analysis, mine management and valuation through proven research innovations.
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Able to develop science and technology in the field of processing engineering based on the physical and chemical characteristics of mineral and coal deposits through interdisciplinary research, which is creative and innovative
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Able to develop science and technology and integrate the concepts of geomechanics, fluid mechanics, and ecotechnology in the design, implementation and restoration of mineral and coal mining activities through interdisciplinary and innovative research.
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