INTENDED LEARNING OUTCOMES

Acknowledgement

ILO 1. Upholding human values based on religion, ethics, morals, and professional integrity as a form of devotion to God Almighty and responsibility as a global citizen. (Human values and Integrity)

ILO 2. Acting as a responsible citizen who loves the country, respects diversity, and demonstrates social sensitivity, responsibility, law-abiding behaviour, and awareness of global and intercultural collaboration based on Pancasila. (Citizenship & diversity)

ILO 3. Internalize the spirit of independence, cooperation, leadership and entrepreneurship by demonstrating responsible and ethical behaviour in their professional field of expertise independently. (Independence & leadership)

Knowledge

ILO 4. Mastering theoretical concepts of land, sea and atmosphere, principles of exploration, and design exploration required for identification and mapping natural resources and natural disaster mitigation. (Earth system fundamentals)

ILO 5. Mastering Geophysical concepts and principles in applying applied mathematics in the field of Geophysics. (Applied geophysical mathematics)

ILO 6. Mastering the principles and methods of exploration geophysics in the analysis and interpretation of Geophysical measurement data. (Exploration geophysics methods)

ILO 7. Master the principles and current issues of natural disasters and how to mitigate disaster risks. (Disaster mitigation principles)

General Competencies

ILO 8. Able to apply logical, critical, systematic, and innovative thinking in developing or implementing geophysical science that considers humanities values, and to analyse and communicate case studies and research findings using geophysical tools through scientific reports, international presentations, and article publications, as well as upload them to the university website. (Scientific thinking & communication)

ILO 9. Able to demonstrate independent, high-quality, and measurable performance in maintaining professional collaborations with supervisors and colleagues nationally and internationally, and in responsibly completing assigned work using appropriate modern geophysical tools. (Professional collaboration)

ILO 10. Able to make appropriate decisions in solving problems, verifying information, and analysing data in applied geophysics–particularly in land-use management and environment studies using modern analytical and computational geophysical tools based on the results of information and data analysis in order to carry out the process of valuating, documenting, and rediscovering data to ensure validity and prevent plagiarism. (Problem-solving & data validation)

Spesific Competencies

ILO 11. Able to apply the principles of mathematics and earth science, as well as the principles of Exploration and Mitigation to solve natural resource exploration and disaster mitigation problems (Exploration natural resources and natural disaster mitigation). (Applied earth sciences)

ILO 12. Able to discover new natural resources through a process of exploration, analysis, interpretation of data and information based on environmentally friendly exploration geophysical principles. (Sustainable resource exploration)

ILO 13. Able to formulate alternative solutions to solve disaster mitigation problems by taking into account public safety, social and environmental factors. (Disaster mitigation solutions)

ILO 14. Able to investigate potential natural resources and utilize appropriate information and computing technology-based instruments to carry out natural resource exploration and natural disaster mitigation activities. (Geophysical investigation tools)

(a) Early Semester 2023/2024

(b) Final Semester 2023/2024

Figure 6.1. PSMG CPL Measurement Results for the 2023/2024 Academic Year

(a) Early Semester 2024/2025

(b) First Semester 2024/2025

Figure 6.2. PSMG CPL Measurement Results for the 2024/2025 Academic Year

INTENDED LEARNING OUTCOMES

Prodi GEOFISIKA S1

link

link