Vision
“Constructing the undergraduate programme into an institution of higher-education, center of advanced research, and innovative development, and as entrepreneur in geophysical engineering field with the purpose to embody a very competitive world-class undergraduate programme through several steps, with the first step in ASEAN region, the second step in South East Asia region, and final step in the World.”
Mission
- Being able to deliver educational service, research, and social service in geophysical engineering field to people, with first-class quality in national and/or international level.
- Being able to lead and support the government sector, education sector, entrepreneurship sector, and essentially the people of Indonesia to triumph in international competition in geophysical engineering field.
- Taking part in constructing industrial and informational Indonesian-society in geophysical engineering field.
Curriculum/Content
Higher-education curriculum is a set of plans and regulation about content, review material, and also study material with its knowledge transferring method. The curriculum is also contained with the evaluation which is used for guidance of study activity establishment in the institution. Curriculum should have contained the graduate-competence standard which is well-listed in, not only the main competence but also the support and other competence, that support the accomplishments of vision, mission, and objective of their respective undergraduate programme. Curriculum is filled with study course / module / block which supports the graduate-competence’s attainment and provides privilege for the student to broaden their knowledge and advancing skills based on their interest. This curriculum is also contained with a description of study course / module / block, syllabus, learning plan, and evaluation. The curriculum have to be designed based on its relevance with the objective, scope and advancement of the material, and also organizational activity which could encourage the existence of hard skills, self-capability, and soft skills that could be applied in any kind of term and condition.
There has been a change in the bachelor degree program’s curriculum which follows the ITB regulation, that changed from a curriculum which only contains of compulsory and elective subjects into new curriculum which consists of group of major (compulsory), major (elective), and minor subjects. Major (compulsory) subjects is a group of subjects which have to be learned by all students (35 CU), while the minor subjects (14-16 CU) is a list of subjects that can be taken by the students to learn outside the scope of main geophysical engineering ( i.e. bachelor degree program of Petroleum Engineering, Mining Engineering, and/or Geological Engineering ). In addition, Bachelor Degree of Geophysical Engineering Programme also provides minor subjects for other bachelor degree programme. On the other hand, major (elective) subjects are the optional groups of subjects, which consist of seismology, oil and gas, and mining & geothermal option. Moreover, there are also other minor subjects from other of study programme mentioned before in the geophysical engineering programme.
The 2013 curriculum of the undergraduate programme is designed for 8 semesters and is divided into two study stages:
Stage-1:
Common First Year Program (TPB): 2 semesters,
36 CU and all students within the FMPE take the same courses
Stage-2:
Bachelor Program: 6 semesters, 108 CU
Compulsory Courses: 83 CU
Elective Courses: 15 CU (Internal: 7 CU; External: 8 CU)
Free Courses: 10 CU
Regulation for completing the Undergraduate Programme in Geophysical Engineering(UPGE) is described in Table 1 and the corresponding course sequences for the programme are given in Table 2-4.
The UPGE has conducted several activities to obtain suggestions from the stakeholders. These activities are regular meeting with academic staffs, regular meeting with the head of research divisions, the head of laboratories, and lecture coordinators, and workshops with academic staffs, stakeholders and alumnae. From these activities the strengths and weaknesses have been derived.
Strength
The strengths of the UPGE come from its curriculum design that has the following characteristics, as follow:
- The curriculums have a multi-discipline characteristic and object-oriented.
- The curriculum is divergent and flexible.
- The courses were designed as a combination between learning process in class and application process in real field/industry.
Another strong point is shown by the academic staffs. The staff-student ratio is appropriately huge, allowing for proper service to the students. Staff qualification is excellent; almost 90 % are doctorate degree holders. The staff’s work ethics deserve our praise. Various competitive and innovative research grants awarded to the academic staff members every year show their high quality.
Weaknesses
However, there are some obstacles in implementation of the programme:
- The elective courses were not deep enough.
- Basic knowledge was not understood deep enough by students.
- Some geological courses, which supposed to be compulsory, are now considered as elective courses.
Area for Improvement
Considering those weaknesses, the UPGE should consider the following action plans for improvement:
- The graduate could fill several strategical positions/roles in engineering field, resources exploration field, etc.
- Learning-teaching process must be led so the graduate have proper skills with the IPTEK advancement, for example through company visit, final project, on job training program, etc.
- Improve the student’s stand-alone ability. For example, the learning process must be more active than the teaching process.
- Innovate the student’s knowledge vision and learning way. For example, course subject explanation from lecturer is a must.
Table 1 Regulation for completing the Undergraduate Programme in Geophysical Engineering.
Programme | Stage | Total CU Pass | Minimum GPA | Length of Study | Maximum allowed duration of Study | |||
Compulsory | Elective | Free | Total | |||||
Undergraduate | TPB | 36 | 0 | 0 | 36 | 2.001 | 1 year | 2 years |
Sarjana | 83 | 15 | 10 | 108 | 2.002 | 3 years | 6 years* |
1 Minimum grade: D; 2 Minimum grade: C. **as from entering ITB
Table 2 Curriculum structure of Undergraduate Programme in Geophysical Engineering.
Semester I | Semester II | ||||||||
Code | Course Name | CU | Code | Course Name | CU | ||||
1 | MA1101 | Mathematics IA | 4 | 1 | MA1201 | Mathematics IIA | 4 | ||
2 | FI1101 | Basic Physics IA | 4 | 2 | FI1201 | Basic Physics IIA | 4 | ||
3 | KI1101 | Basic Chemistry IA | 3 | 3 | KI1201 | Basic Chemistry IIA | 3 | ||
4 | KU1101 | Introduction on Engineering & Design I | 2 | 4 | KU1201 | Introduction on Engineering & Design II | 2 | ||
5 | KU1011 | Scientific Paper Writing | 2 | 5 | KU1072 | Introduction on Information Technology B | 2 | ||
6 | KU1164 | Introduction on Mineral & Energy Resources | 2 | 6 | KU102X | English | 2 | ||
7 | KU1001 | Sports | 2 | ||||||
Total | 17 | Total | 19 | ||||||
Semester III | Semester IV | ||||||||
Code | Course Name | CU | Code | Course Name | CU | ||||
1 | TG2111 | Introduction to Geophysics | 2 | 1 | TG2205 | Wave Theory in Geophysics | 3 | ||
2 | TG2101 | Geomathematics I | 3 | 2 | TG2203 | Geomathematics II | 3 | ||
3 | TG2102 | Electronics in Geophysics | 3 | 3 | TG2204 | Potential Theory | 2 | ||
4 | GL2141 | Crystallography and Mineralogy | 3 | 4 | TG2240 | Geophysical Computation | 3 | ||
5 | GL2151 | Sedimentology | 3 | 5 | GD2001 | Introduction on Surveying | 2 | ||
6 | GL2111 | Physical Geology | 3 | 6 | KU206X | Religion & Ethics | 2 | ||
Total | 17 | Total | 15 | ||||||
Semester V | Semester VI | ||||||||
Code | Course Name | CU | Code | Course Name | CU | ||||
1 | TG3109 | Seismic Refraction | 3 | 1 | TG3241 | Geoelectrical and Electromagnetism | 3 | ||
2 | TG3110 | Geophysical Signal Analysis | 2 | 2 | TG3222 | Geodynamics | 2 | ||
3 | TG3120 | Seismology | 3 | 3 | TG3262 | Geostatistics | 3 | ||
4 | TG3106 | Geophysical Instrumentation | 3 | 4 | TG3290 | Field Camp Geophysics | 3 | ||
5 | TG3108 | Geophysical Thermodynamics and Fluid Dynamics | 3 | 5 | TG3261 | Seismic Reflection Data Acquisition & Processing | 3 | ||
6 | KU2071 | Civic Education | 2 | 6 | TG3260 | Gravity and Magnetics | 3 | ||
Total | 16 | Total | 17 | ||||||
Semester VII | Semester VIII | ||||||||
Code | Course Name | CU | Code | Course Name | CU | ||||
1 | TG4162 | Interpretation of Seismic Reflection | 3 | 1 | TG4243 | Volcanology and Geothermal Exploration | 3 | ||
2 | TG4116 | Communication in Geophysics | 2 | 2 | TG4091 | Final Project II | 3 | ||
3 | TG4169 | Earth Crust Mechanics | 2 | ||||||
4 | TG4142 | Engineering & Environmental Geophysics | 3 | ||||||
5 | TG4092 | Final Project I | 2 | ||||||
Total | 12 | Total | 6 | ||||||
*Compulsory Courses: 75 CU
Table 3 ITB compulsory courses.
Code | Course Name | CU | |
1 | KU206X | Religion & Ethics | 2 |
2 | KU2071 | Civic Education | 2 |
3 | Management Courses* | 2 | |
4 | Environmental Courses** | 2 | |
Total | 8 |
* ITB Compulsory Courses: 8CU
*They are alternative courses on management courses set up by ITB. Students may take any one of them; **For the environment course, students are obligated to take the environment coure (TG-4142) that is provided by the Undergraduate Programme in Geopysical Engineering.
Table 4 Elective Course in the Undergraduate Programme in Geophysical Engineering.
No | Code | Course Name | CU | IE/RE | No | Code | Course Name | CU | IE/RE |
1 | TG3113 | Geophysical Inversion | 3 | IE | 14 | TG4265 | Seismic Attributes for Reservoir Characterization | 2 | IE |
2 | TG4028 | Geophysical Exploration | 2 | IE | 15 | TG4269 | Economical Geophysics and Management | 2 | IE |
3 | TG4029 | Capita of Selecta in Geophysics | 2 | IE | 16 | GL2212 | Structural Geology | 3 | RE |
4 | TG4063 | Special Topic in Geophysics | 2 | IE | 17 | GL2213 | Tectonophysics | 2 | RE |
5 | TG4067 | Job Training | 2 | IE | 18 | GL2242 | Petrology | 3 | RE |
6 | TG4128 | Geotomography | 3 | IE | 19 | GL2252 | Principle of Stratigraphy | 2 | RE |
7 | TG4166 | Rock Physics | 2 | IE | 20 | GL3251 | Petroleum Geology | 3 | RE |
8 | TG4168 | Seismic Stratigraphy | 2 | IE | 21 | GL4052 | Geological Well Logs | 2 | RE |
9 | TG4223 | Numerical Simulation of The Earthquake | 3 | IE | 22 | TA4102 | Mineral Economics | 3 | RE |
10 | TG4225 | Applied Seismology | 2 | IE | 23 | TG5133 | Hydrogeophysics | 2 | RE |
11 | TG4226 | Physics of the Earth’s Interior | 2 | IE | 24 | TG5149 | Microseismic | 2 | RE |
12 | TG4227 | Fault Mechanism | 2 | IE | 25 | TG5245 | Geothermal Exploration | 2 | RE |
13 | TG4264 | Reservoir Seismic Inversion | 3 | IE | 26 | TG6042 | Mining Geophysics | 2 | RE |
*IE -Internal Elective Courses, RE -Recommended External Elective Courses
Lecturer
- Prof. Dr. Ir. Djoko Santoso, M.Sc.
- Afnimar, M.Sc. Ph.D
- Dr. Alfian, M.T.
- Dr. Warsa, S.Si., M.T.
- Dr. Tedy Setiawan
- Dr. Tedi Yudistira, S.Si, M.Si.
- Dr. Susanti Alawiyah, S.T., M.T.
- Dr. Setianingsih, S.T., M.T.
- Dr. rer. nat. Widodo, S.T., M.T.
- Dr. Eng. Ir. T. A. Sanny, M.Sc.
- Dr. Zulfakriza, S.Si, M.T.
- Dr Eko Januari Wahyudi, S.T., M.T.
- Dr. rer.nat. Andri Hendriyana, S.T., M.T.
- Dr. David Prambudi Sahara, S.T., M.T.
- Dadi Abdurrahman, S.T., M.T.
- Indra Gunawan, S.Kom., M.Si.
- Silvia Jannatul Fajar, S.T., M.T.
- Rexha Verdhora Rx, S.T., M.T.
- Dona Sita Ambarsari, S.T., M.T.
- Dr. Endra Gunawan, S.T., M.T.
- Fernando Lawrens S.T., M.T.