Bachelor Program Profile
Vision, Missions, Goals, and Objectives
Vision
The vision of the Mining Engineering Undergraduate Program embodies the vision of Hasanuddin University, emphasizing the Indonesian Maritime Continent, and the vision of the Faculty of Engineering, emphasizing Engineering for Global Sustainability, which is the Study Program's Sustainable Mining Technology Innovation.
Therefore, the Study Program's Vision is: "A modern higher education institution developing sustainable mining technology innovation based on the Indonesian Maritime Continent."
Mission
- To provide education that fosters professionalism and creativity in managing activities related to the mining industry.
- To conduct innovative research activities in line with advances in science and technology.
- To actively participate in community service activities related to mining engineering and to be responsive to global challenges and developments.
Goals
- Produce graduates who have mastered basic science, engineering, and mining engineering and are able to apply these knowledge in mining development, planning, and operations, adhering to good mining practices and upholding professional ethics.
- Produce graduates who are able to work independently and in teams and who can develop themselves in managing the mining industry.
- Produce creative and enthusiastic graduates who are ready to continue their education to a higher level and are able to play roles in government institutions and research institutions.
- Produce graduates who are suited to the needs of the workforce in various fields related to the mining industry at the national and international levels.
- Produce graduates who are socially conscious and entrepreneurial.
Objectives
- Management of the study program is in line with the new paradigm for higher education development.
- Increased collaboration with educational institutions, government agencies, and the mining industry.
- Increased active participation in association activities related to the mining industry.
- Produce high-quality graduates who are aligned with the needs of society and industry and possess lifelong learning skills.
Graduate Profile
Based on the vision and mission, science and technology development, and the needs of the job market, the degree programme formulates graduate profiles as shown in table below.
| Graduates Profile | Performance Indicators |
|---|---|
| Mine Engineer | Able to develop mine technical design. Able to implement methods and technology accordingly to the technical design. Able to design management of resources. |
| Research and Educator | Able to do academic communication effectively both written and oral. Able to do continuous learning both independently and within a team. Able to apply one of the expertise in mining. |
| Mining Consultant | Able to do special skills in certain mining expertise. Able to design management of resources. Able to communicate well and effectively. Able to develop mine entrepreneurship mindset. |
| Mining Policy Executive | Able to communicate well and effectively. Able to be able to analyze mine technical design. Able to develop managerial expertise. |
Program Learning Objectives
In line with the graduate profiles, the programme learning objectives of the Bachelor Degree of Engineering in Mining are to be able:
- To develop technical design of mining.
- To design and analyze mineral resources management and policy.
- To gather knowledge of mine entrepreneurship.
- To communicate effectively writing and oral.
Intended Learning Outcomes
To achieve the program learning objectives, the department has constructed several intended learning outcomes (ILO), which are:
| Attitude | To internalize academic values, norms, and ethics, also to effectively communicate in community life. (ILO-01) |
| Knowledge | To understand basic principles of geology, mathematics, physics, and chemistry, regarding the area of engineering. (ILO-02) To acquire concepts of technology of mining. (ILO-03) |
| Skills | To apply logic and innovative thinking in developing knowledge and technology and problem-solving within the area of expertise. (ILO-04) |
| Competences | To be able to apply principles of knowledge and technology in developing the technical design of mining. (ILO-05) To be able to apply basic principles of geology, and engineering of physics, chemistry, mathematics, in analyzing and evaluating mineral and coal resources. (ILO-06) To be able to apply principles of economics, management and valuation techniques in planning andmanaging mineral and coal resources. (ILO-07) To be able to integrate principles of physics and mathematics in reviewing mining geomechanics. (ILO-08) To be able to study and take advantage of knowledge and technology in the engineering of mineral and coal processing. (ILO-09) To be able to integrate the concept of ecotechnology in developing the technical design of minerals and coal. (ILO-10) |