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Brief Description of Doctoral Program in Physics in UGM
RESEARCH AT PHYSICS DOCTORAL DEGREE STUDY PROGRAM IN UGM:
The Doctoral Program in Physics was established with the aim to produce doctoral degree graduates in the field of Physics who possess integrity and dedication towards the development of physics, both fundamental physics and applied physics, working both theoretically and experimentally / observationally. This is reflected in the research themes undertaken by the teaching staffs which are categorized into four Fields of Expertise Groups (KBK) in the Department of Physics, Faculty of Mathematics and Natural Sciences UGM as follows:
Researches at KBK Theoritic and Computational Physics (Coordinator; Dr Dwi Satya Palupi):
Mathematical formulation of basic principles to understand the behavior of natural phenomena and to design and plan natural phenomena (e.g. applying differential geometry and stochastic processes to understand bio locomotion such as the motion of fish, snake boards, tip top, yarn spinning process, etc.)
Development of mathematical foundations for quantum mechanics (e.g. advanced mathematical formulations for quantum mechanics and quantum field theory). Direct method in the calculus of variations and its applications in various fields of physics (e.g. the search for a minimizer of a direct functional method and its application in crystal and quantum dot physics). Developing a formulation of relativistic stochastic processes in curved spacetime (for example: general relativistic diffusion processes and their application in cosmology and astrophysics)
Research Collaboration Collaboration with BATAN to support researches of researchers in BATAN
Members of Theoretical and Computational Physics KBK:
Researches at Applied Physics KBK (Coordinator : Dr. Gede Bayu Suparta):
Research offered by Applied Physics KBK mainly covers the application of Photonics (Image and Spectrometry Physics) in the fields of material analysis, nondestructive testing, medical diagnosis, product quality control, rapid inspection on critical systems, field measurements, tele-inspection / tele radiology, safety, and security. The purpose of the applications may include a variety of specific themes such as health and pharmaceutical drugs, defense and security, food safety, environmental science, energy and minerals, maritime affairs, transportation and logistics, and component industries:
Members of Applied Physics KBK:
Researches at Functional Material Physics KBK (Coordinator: Dr. Kuwat Triyana):
Bone is a natural composite consisting of tissues that are capable of regeneration. Damage to bone tissue can be resolved by implantation of prosthetic implant materials such as bioceramics. Bioceramic materials such as hydroxyapatite (HAp) or carbonated hydroxyapatite (CHAp) can be synthesized from biogenic materials containing large amounts of calcium carbonate by combining the sources of calcium and phosphate. We fabricate and research bioceramic scaffolds containing biogenic materials found in Indonesia for bone tissue engineering.
Research Collaboration:
Research Facilities at the Department of Physics:
Research Facilities at the Department of Physics includes:
Laboratories Facilities within UGM: SEM, TEM, XRD, surface area analyzer, DSC, TGA, FTIR, Gas Chromatography, NMR
Laboratories Facilities outside of UGM:
Members of Functional Materials Physics KBK:
Research in Geoscience KBK (Coordinator: Dr.rer.nat. Ade Anggraeni):
Structure of Earth’s crust in Indonesia based on Receiver Function and SPAC Regional (collaboration with IRIS USA)
Research funding is supported by RISTEKDIKTI with various schemes, from Limited liability company itself, as well as collaborative research with domestic and foreign agencies as mentioned above. Some researches also involve doctoral students under the guidance of promoters and co-promoters.
Laboratory facilities that support research activities in the Geosciences KBK include:
Members of Geoscience KBK:
FMIPA UGM S3-Physics Study Program is supported by four laboratories under the management of the Physics Department, namely the Atomic and Core Physics laboratory, Material and Instrumentation Physics Laboratory, Geophysics Laboratory, and Laboratories managed by UGM‘s Physics Department along with LPPT under the authority of the university.
CURRICULUM AND COURSES IN THE S3-PHYSICS STUDY PROGRAM
Students are obliged to take courses of at least 9 credits, which are determined based on the direction or topic of the dissertation research to be conducted. The subjects that must be taken are determined in the student selection meeting by asking for consideration of prospective promoters. The course is selected from the following list of subjects.
| KBK | Code | Credits | Course Name |
| Applied Physics | MFF 7430 | 3 | Acoustics |
| MFF 7301 | 3 | Laser spectroscopy | |
| MFF 7302 | 3 | Spectroscopic Instrumentation | |
| MFF 7872 | 3 | Tomography physics | |
| MFF 7871 | 3 | Medical Physics | |
| MFF 7303 | 3 | Atomic and Molecular Spectroscopy, 3 credits, Sem I | |
| MFF 7873 | 3 | Physics Imaging Instrumentation – MFF / 3 credits | |
| MFF 7874 | 3 | Nondestructive Test – MFF / 3 credits | |
| Theoritical and Computational Physics | MFF 7024 | 3 | Special Topic on Stochastic Process for Physicists |
| MFF 7111 | 3 | Special Topics on Particle and Field Physics | |
| MFF 7971 | 3 | Special Topics on Astrophysics | |
| MFF 7042 | 3 | Special Topic on Relativity Theory | |
| MFF 7023 | 3 | Special Topic on Functional Analysis for Physics | |
| MFF 7025 | 3 | Special Topics on Differential Topology and Geometry for Physicists | |
| MFF 7027 | 3 | Stochastic Computational Physics | |
| MFF 7026 | 3 | Computational Physics | |
| Functional Material Physics | MFF 7600 | 3 | Compressed Substance Physics |
| MFF 7750 | 3 | Electromagnetic Materials | |
| MFF 7810 | 3 | Special Topics on Sensor Systems | |
| MFF 7811 | 3 | Special Topics on Material Physics | |
| MFF 7813 | 3 | Special Topics on Computational Materials Physics | |
| MFF 7070 | 3 | Special Topic on Instrumentation Physics | |
| MFF 7814 | 3 | Functional Materials | |
| Geophysics | MFF 7930 | 3 | Digital Signal Analysis |
| MFF 7931 | 3 | Deformation and Gravity | |
| MFF 7932 | 3 | Special Topic on Geodynamics | |
| MFF 7933 | 3 | Special Topic on Inversion Method | |
| MFF 7911 | 3 | Advanced Quantitative Seismology | |
| MFF 7912 | 3 | Special Topic on Seismology | |
| MFF 7913 | 3 | Seismic Hazard Analysis | |
| MFF 7934 | 3 | Special Topics on Rock Physics | |
| MFF 7914 | 3 | Microseismic Analysis | |
| MFF 7915 | 3 | Computational Seismology | |
| MFF 1935 | 3 | Advanced Volcanic Physics | |
| MFF 7400 | 3 | Special Topic on Electromagnetism | |
| MFF 7916 | 3 | Special Geothermal Topics | |
| MFF 7917 | 3 | Special Topic on Geoelectric Methods | |
| MFF 7918 | 3 | Special Topic on Geology | |
| MFF 7001 | 3 | Special Topic on Geography | |
| MFF 7936 | 3 | Finite Element for Geophysics |
The lecture and exams methodology for the subjects that must be taken by each student are casuistic in nature and the systematics depends on each lecturers. In each courses, the lecturers must perform interactions with students that is equivalent to 14 meetings for each semester. Lecturers of compulsary courses must hand in the result of courses taken by students and submit them to the Academic department of study program at the end of each semester.
The dissertation assessment components will include seminars, final project research, paper writing and dissertation exams, each of which is arranged in more detail through an assessment rubric.
The S3-Physics Program of the Department of Physics FMIPA UGM is designed to be completed within three years with a minimum credits of at least 46 credits.
| Semester I
Compulsary course: 3 credits (Research Methodology) Compulsary course: 3 credits (Review Artikel Jurnal) Elective course: 3 credits |
Semester II
Elective course: 9 credits Monitoring I: 2 credits |
| Semester III
Comprehensive Exam: 4 credits Monitoring II: 2 credits
|
Semester IV
Publication Monitoring: 3 credits Monitoring III: 2 credits |
| Semester V
Publication (10 credits) |
Semester VI
Dissertation Manuscript: 6 credits Dissertation Examination: 6 credits |
Monitoring is conducted in semester II, III, and IV. Monitoring is very critical for the students sinceeach monitoring will determine the continuation of the S3 program the student is undertaking.
For quality assurance, UGM Physics Study Program is audited annually by the UGM Quality Assurance Office through the Internal Quality Audit (AMI) and every 5 years is accredited by the National Accreditation Board for Higher Education (BAN-PT). Until March of 2021, UGM S3-Physics Study Program have always been awarded an Excellent grade or A-grade.
III ADMISSION REQUIREMENTS AND TUITION FEE
Admission requirements for students and tuition fee follow the regulations of the faculty.
DOCTOR OF COMPUTER SCIENCE
BRIEF DESCRIPTION
Doctor of Computer Science Study Program is an academic-oriented education that was established in 2002. The Computer Science Doctoral Program has been known nationally and internationally, represented by students of multi-ethnicity coming from various islands in Indonesia (from Sabang to Merauke) as well as overseas.
EXCELLENCE AND UNIQUENESS
The Computer Science Doctoral Program offers 2 main profiles of graduates, namely:
COMPETENCE
The learning outcomes of the program (PLO) study consist of four objectives, namely (1) Attitudes and Values, (2) Knowledge Mastery, (3) Work Ability, and (4) Managerial Ability.
CAREER PROSPECTS
Graduates of the Computer Science Masters Program can work among others as:
CURRICULUM
The subjects of the Computer Science Doctoral Program are divided into three types as shown in Table 1, namely: compulsory courses that must be taken by all students, electives in the study program and electives outside the study program. Students are affirmed to pass the Computer Science Doctoral Program if they have taken a minimum of 46 credits consisting of: 34 credits of Dissertation, 6 credits of compulsory courses, and 6 credits minimum of elective courses in accordance with the decision of the new student admissions team. The compulsory subjects, shown in Table 2, are taken by all PhD students in Computer Science.
Table 1. Group of subjects in Computer Science Doctoral programs
| No | Subjects Group | Credits |
| 1 | Dissertation | 34 |
| 2 | Compulsory | 6 |
| 3 | Elective | Minimum 6 |
Table 2. Compulsory Courses
| No. | Code | Course Name | Credits |
| 1. | MII7000 | Research Methodology | 3 |
| 2. | MII7020 | Research Trend in Computer Science | 3 |
| 3 | MII7099 | Dissertation | 34 |
The elective courses, as shown in Table 3, are taken by students according to the decision of the student admissions team. The decision of elective courses that are to be taken is made by the promoter appointed for the prospective student along with the student admissions team’s advisory. If deemed necessary, prospective students will be asked to take a course from outside the study program in accordance with the candidate student’s research domain.
Table 3.8. Elective courses in Computer Science Doctoral Program
| No. | Code | Course Name | Research Lab. | Credits |
| 1 | MII7050 | Capita Selecta | 3 | |
| 2 | MII7225 | Formal Method | AK | 3 |
| 3 | MII7235 | Advance Statistics | AK | 3 |
| 4 | MII7245 | Digital Image Processing | AK | 3 |
| 5 | MII7255 | Advanced Computing | AK | 3 |
| 6 | MII7265 | Cryptology | AK | 3 |
| 7 | MII7270 | Numerical Analysis | AK | 3 |
| 8 | MII7271 | Parallel Computation | AK | 3 |
| 9 | MII7425 | Artificial Intelligence | SC | 3 |
| 10 | MII7435 | Uncertainty | SC | 3 |
| 11 | MII7445 | Advanced Decision Support System | SC | 3 |
| 12 | MII7455 | Computational Intelligence | SC | 3 |
| 13 | MII7465 | Natural Language Processing | SC | 3 |
| 14 | MII7520 | Data Mining | RPLD | 3 |
| 15 | MII7530 | Mobile and Cloud Computing | RPLD | 3 |
| 16 | MII7540 | Database Systems | RPLD | 3 |
| 17 | MII7550 | Information and Knowledge Management | RPLD | 3 |
| 18 | MII7560 | Software Engineering | RPLD | 3 |
| 19 | MII7570 | Information Retrieval | RPLD | 3 |
| 20 | MII7625 | Advanced Computer Network | SKJ | 3 |
| 21 | MII7635 | Advanced Network Security | SKJ | 3 |
| 22 | MII7645 | Embedded System | SKJ | 3 |
| 23 | MII7655 | Distributed System | SKJ | 3 |
| 24 | MII7665 | Web Technology | SKJ | 3 |
| 25 | MII7825 | Sensor Network | Elins | 3 |
| 26 | MII7835 | Feedback Control of Computing System | Elins | 3 |
| 27 | MII7845 | Pattern Recognition | Elins | 3 |
| 28 | MII7855 | Real Time System | Elins | 3 |
| 29 | MII7865 | Computer Vision | Elins | 3 |
AK = Algorithm and Computation Research Laboratory (Algoritma dan Komputasi)
SC = Intelligent System Research Laboratory (Sistem Cerdas)
RPLD = Software and Data Engineering Research Laboratory (Rekayasa Perangkat Lunak & Data)
SKJ = Computer Systems and Networks Research Laboratory (Sistem Komputer dan Jaringan)
Elins = Electronics and Instrumentation Laboratory (Elektronika dan Instrumentasi)
TUITION FEE PER SEMESTER
Education costs of the Computer Science Doctoral Program:
| No | Higher Education Level | Admission Type | Tuition Fees per Semester |
| 1 | Doctorate | Regular | IDR 17,000,000 |
| 2 | Doctorate | Partnership | IDR 31,000,000 |
| 3 | Doctorate | International | IDR 43,000,000 |
ADMISSION REQUIREMENTS
https://mkom.ugm.ac.id/informasi-pendaftaran-program-s3-doktor/
Registration Flow
IMPORTANT DATES
Intake 1:
Intake 2:
CONTACT AND INQUIRIES
Edi Winarko, M.Sc., Ph.D.
Email : ewinarko@ugm.ac.id
Dr. Agfianto Eko Putra, M.Si.
Email : agfi@ugm.ac.id
Address:
SIC Building, 3rd Floor
Faculty of Mathematics and Natural Sciences
Universitas Gadjah Mada
Sekip Utara, Bulaksumur, Yogyakarta 55281
Phone (0274) 555133
Email : mkom@ugm.ac.id
Website:
https://mkom.ugm.ac.id/informasi-pendaftaran-program-s3-doktor/
CHEMISTRY DOCTORAL STUDY PROGRAM
BRIEF DESCRIPTION
The Doctoral Study Program in Chemistry at the Faculty of Mathematics and Natural Sciences UGM was established in 1981 under the Department of Postgraduates in Mathematics and Natural Sciences, Faculty of Postgraduate Studies. The study program was then confirmed by the Decree from the Higher Education Director General of the Ministry of Education and Culture, Republic of Indonesia, No. 580 / DIKTI / Kep / 1993, September 29, 1993. Since the academic year 2007/2008, according to the UGM Chancellor’s Decree on Monodisciplinary Postgraduate Program Number 89 / P / SK / HT / 2006, the Postgraduate Chemistry Study Program is under the Faculty of Mathematics and Science Nature (FMIPA). Graduates of the Doctoral Study Program in Chemistry are entitled to hold a doctorate (Dr.) degree. The current teaching-learning process, research and service in the Chemistry Study Program of FMIPA UGM is taken responsible by 41 permanent teaching staff, of which 14 are professors. and 6 non-permanent teaching staff, of which 4 are professors.
EXCELLENCE AND UNIQUENESS
ü Promoting collaboration in the field of water management in developing countries through the international network of the Excellence Center for Sustainable Water Management,
ü Monitoring persistent organic pollutants (POPs) in Indonesia and other countries in Asia for updating data in the Stockholm Convention on POPs,
ü Promoting and updating environmentally friendly and sustainable laboratories that is uploaded to https://www.oc-praktikum.de/nop for the initiative and funding from UNESCO,
ü Constantly being a reference for similar study programs in other universities in Indonesia,
ü Having a very wide distribution of student origins which covers almost all regions in Indonesia as well as several international students.
COMPETENCE
Graduates of the Chemistry Doctoral Study Program are directed to become academics, researchers and environmental consultants who are reliable in their field of expertise and have mastery of in-depth knowledge with broad insight, and are able to independently conduct research/study and disseminate the research/study results. In achieving the graduate profile, the program learning outcomes (PLO) are determined to consist four elements, namely (1) Attitudes and Values, (2) Knowledge Mastery, (3) Work Ability, and (4) Managerial Ability. The learning outcomes of the study program have been synchronized with level 9 of the KKNI listed in PP RI No. 8 of 2012.
CAREER PROSPECTS
Graduates of the Chemistry Doctoral Program can work, among others, as:
CURRICULUM
In order to equip graduates with the main competencies in terms of knowledge, understanding and skills in the field of chemistry at the doctoral level, the curriculum of the Doctoral Study Program in Chemistry is structured in such a way that it consists of courses that are obligatory to students.
The courses in the Chemistry Doctoral Study Program is divided into two types, namely: compulsory courses that must be taken by all students and elective courses. Elective courses are grouped into four in accordance with existing specialization, namely Interest in Inorganic Chemistry, Analytical Chemistry, Physical Chemistry, Environmental Chemistry, and Organic Chemistry with an additional Educational course. Students are declared to have passed the Chemistry Doctoral Study Program if they have taken a minimum of 46 credits consisting of: 34 credits of dissertation, 8 credits of compulsory courses, and minimum of 4 credits of elective courses. The list of compulsory and dissertation courses is shown in Table 1, while a list of elective courses is shown in Table 2.
Table 1. List of program-compulsory courses and dissertation
| No. | Course Name | Credits |
| 1 | Philosophy of Science | 2 |
| 2 | Journal Review | 2 |
| 3 | Research Design | 2 |
| 4 | Progress Seminar | 1 |
| 5 | Evaluation Seminar | 1 |
| 6 | Dissertation | 34 |
Teble 2. List of elective courses
| Course Name | Credits | Course Name | Credits |
| Inorganic Chemistry Specialization | Analytic Chemistry Specialization | ||
| Material Synthesis and Characterization | 2 | Advanced Analytical Spectrometry | 2 |
| Metal Ions in water | 2 | Advanced Analytic Separation | 2 |
| Nanotechnology in Environmental Chemistry | 2 | Advanced Chemometry | 2 |
| Physical Chemistry Specialization | Environmental Chemistry | ||
| Kinetics and Catalysts | 2 | Chemodynamics and Environmental Modeling | 2 |
| Thermodynamics and Chemical Balance | 2 | Aspects of Green Chemistry in Chemical Research | 2 |
| Quantum and Computational Chemistry | 2 | Environmental Toxicology | 2 |
| Organic Chemistry Specialization | Educational | ||
| Organic Molecular Design and Engineering | 2 | Psychology of Cognitive Development | 2 |
| Advanced Bio Chemistry | 2 | ||
| Isolation and Elucidation of Structure of Organic Compounds | 2 | ||
TUITION FEES PER SEMESTER
Education Costs of the Chemistry Doctoral Program:
| No | Admission Type | Tuition Fees per Semester |
| 1 | Regular | IDR 13,000,000 |
| 2 | Partnership | IDR 23,000,000 |
| 3 | International | IDR 43,000,000 |
ADMISSION REQUIREMENTS
Registration Flow
Applicant Requirements
https://um.ugm.ac.id/v.2015/id_home.php?l=aWRfcGFnZSMxOTA0MTAyMDYjUGVyc3lhcmF0YW4gUHJvZ3JhbSBEb2t0b3IjNCNQcm9ncmFtIFBhc2Nhc2FyamFuYQ==
IMPORTANT DATES
Intake 1:
Intake 2:
INQUIRIES
Prof. Dr. Sri Juari Santosa, M.Eng.
Email : sjuari@ugm.ac.id
Dr. Dwi Siswanta, M.Eng.
Email : dsiswanta@ugm.ac.id
Address:
Magister/Doctorate (S2/S3) Building
Faculty of Mathematics and Natural Sciences
Universitas Gadjah Mada
Sekip Utara, Kotak Pos Bls. 21, Yogyakarta 55281
Telp (0274) 545188
Email : pascasarjana_kimia@ugm.ac.id
Website:
MASTER OF COMPUTER SCIENCE
BRIEF DESCRIPTION
Master of Computer Science Study Program (Master of Computer Science Program) is an academic-oriented education that was established in 1999. Graduates of the Computer Science Masters program acquired the M.Cs (Master of Computer Science) degree. The Master of Computer Science has been known nationally and internationally, represented by students of multi-ethnicity coming from various islands in Indonesia (from Sabang to Merauke) as well as overseas. As of December 2018, the Computer Science Masters Program has produced more than 1,000 graduates.
EXCELLENCE AND UNIQUENESS
COMPETENCE
The learning outcomes of the program (PLO) study consist of four objectives, namely (1) Attitudes and Values, (2) Knowledge Mastery, (3) Work Ability, and (4) Managerial Ability.
CAREER PROSPECTS
Graduates of the Computer Science Masters Program can work, among others, as:
CURRICULUM
Table 1: Curriculum Structure
| No. | Course Name | Credits | Semester |
| 1. | Artificial Intelligence | 3 | 1 |
| 2. | Artificial Intelligence | 3 | |
| 3. | Research Methodologies | 3 | |
| 4. | Software Development | 3 | |
| 5. | Database Management System | 3 | |
| Subtotal | 15 | ||
| 1. | Thesis Proposal | 2 | 2 |
| 2. | Elective course 1 | 3 | |
| 3. | Elective course 2 | 3 | |
| 4. | Elective course 3 | 3 | |
| 5. | Elective course 4 | 3 | |
| 6. | Elective course 5 | 3 | |
| Subtotal | 17 | ||
| 1. | Thesis | 6 | 3 |
| 2. | Elective course 6 | 3 | |
| 3. | Elective course 7 | 3 | |
| Subtotal | 12 | ||
Table 2: List of Elective Courses
| No | Course Name | Credit | Semester |
| 1 | Applied Algebra and Statistics | 3 | Even |
| 2 | Big Data Analysis | 3 | Even |
| 3 | Data Science | 3 | Even |
| 4 | Electronics | 3 | Even |
| 5 | Instrumentation | 3 | Even |
| 6 | Software Quality Assurance | 3 | Even |
| 7 | Computer Networks | 3 | Even |
| 8 | Computer Security | 3 | Even |
| 9 | Computational Intelligence and Machine Learning | 3 | Even |
| 10 | Parallel Computation | 3 | Even |
| 11 | Cryptology | 3 | Even |
| 12 | Fuzzy Logics | 3 | Even |
| 13 | Mathematics for Data Science | 3 | Even |
| 14 | Automation, Language and Application | 3 | Even |
| 15 | Digital Signal Processing | 3 | Even |
| 16 | Expert Systems | 3 | Even |
| 17 | Decision Support System | 3 | Even |
| 18 | Embedded System | 3 | Even |
| 19 | Computer Reasoning | 3 | Odd |
| 20 | Semantic Search and Information Retrieval | 3 | Odd |
| 21 | Pattern Recognition | 3 | Odd |
| 22 | Digital Image Processing | 3 | Odd |
| 23 | Operations Research | 3 | Odd |
| 24 | Robotics | 3 | Odd |
| 25 | Computational Science | 3 | Odd |
| 26 | Control System | 3 | Odd |
| 27 | Wireless and Mobile Communication Systems | 3 | Odd |
| 28 | Distributed and Cloud Systems | 3 | Odd |
| 29 | Life-Inspired Systems | 3 | Odd |
| 30 | Social Informatics | 3 | Odd |
| 31 | Business Problem and Data Science Solution | 3 | Odd |
| 32 | Verification and Validation | 3 | Odd |
TUITION FEES PER SEMESTER
Education costs of the Master of Computer Science Program:
| No | Higher Education Level | Class | Admission Type | Tuition Fee Level | Tuition Fees per Semester |
| 1 | Master | Regular | Regular | 13 | IDR 11,000,000 |
| 2 | Master | Regular | International | 7 | IDR 35,750,000 |
| 3 | Master | Specific | Regular/International | 16 | IDR 12,500,000 |
ADMISSION REQUIREMENTS
Applicant Requirements
Registration Flow
IMPORTANT DATES
Intake 1 (Pre-Masters Program):
Intake 2 (Without Pre-Masters Program):
INQUIRIES
Dr. Tri Kuntoro Priyambodo, M.Sc.
Email: mastri@ugm.ac.id
Aina Musdholifah, S.Kom., M.Kom., Ph.D.
Email: aina_m@ugm.ac.id
Address:
Magister/Doctorate (S2/S3) Building, 4th Floor
Faculty of Mathematics and Natural Sciences
Universitas Gadjah Mada
Sekip Utara, Bulaksumur, Yogyakarta 55281
Phone (0274) 555133
Email: mkom@ugm.ac.id
Website:
MASTER IN PHYSICS
The Masters in Physics Study Program at Universitas Gadjah Mada University was officially established in 1993. Since its establishment until now the UGM Physics Master Program has always received A accreditation from the Indonesia National Accreditation Board of Higher Education. This program is one of the first several Physics Masters programs in Indonesia. The UGM Physics Master Program offers Masters level education in the field of Physics with many options of specialties. Studying the smallest and most basic things such as the study of Particle Physics, to macro objects such as Earth Physics, to very large ones such as Cosmology. Currently the UGM Physics Master Program has 37 qualified lecturers who were Doctorate graduates from well-known universities, with expertise in various fields of Physics, grouped in four groups of expertise:
Theoretical and Computational Physics, Functional Material Physics, Applied Physics, and Geoscience.
Graduates of the UGM Physics Master program will obtain a Master of Science (M.Sc.) degree in Physics. In the last five years the average number of graduates is above 50 students per year and the number of active students per year is around 100 students. Until 2018 UGM Physics Master Program has produced more than 1000 graduates. Most of the graduates have career in academics as lecturers in state and private universities, or become teachers at secondary education, while others become researchers in various government-owned research institutions or become experts in government institution or national private companies. Some of them become entrepreneurs based on science-technology.
In order to improve the quality of education, the UGM Physics Master Program offers students the opportunity to take part in the Double Degree program. The Dual Degree program currently underway is with the Department of Medicine and Computational Science, Kanazawa University. This year the Dual Degree program will also begin with the Department of Physics, National Central University, Taiwan, and with the Department of Applied Physics at Tunghai University, Taiwan. In addition to the Dual Degree program, students also get various opportunities to conduct Student Exchange programs or Short Course programs in several Foreign Universities, including in Japan, Taiwan, and France.
The UGM Physics Master Program can be completed normally in four semesters (two years) by completing 40 credits including 8 thesis credits and 11 credits in compulsory subjects. But for students who have more capabilities, the 40 credits can also be completed within two semesters. The following is a list of subjects in the UGM Physics Master program.
| Code | Subject | Category | Credit | Semester |
| MFF 5001 | Research Methodology | Compulsory | 2 | Even/Odd |
| MFF 5033 | Quantum Mechanics | Compulsory | 3 | Even/Odd |
| MFF 5401 | Classical Mechanics | Compulsory | 3 | Even/Odd |
| MFF 5411 | Electrodynamics | Compulsory | 3 | Even/Odd |
| MFF 6001 | Thesis | Compulsory | 8 | Even/Odd |
| MFF5002 | Special Topics in Theoretical and Mathematical Physics | elective | 3 | even/odd |
| MFF5010 | Logic and Symbolic Computation in Physics | elective | 2 | even/odd |
| MFF5032 | Computation of Celestial Body Mechanics | elective | 2 | even/odd |
| MFF5039 | Special Topic in Computational Physics | elective | 3 | even/odd |
| MFF5514 | Condensed Matter Electronics Structure Computation | elective | 3 | even/odd |
| MFF5005 | Group Theory for Physicist | elective | 2 | odd |
| MFF5007 | Topology and Geometry for Physicist | elective | 2 | odd |
| MFF5009 | Mathematical Physics | elective | 3 | odd |
| MFF5027 | Computational Physics | elective | 3 | odd |
| MFF5041 | General Theory of Relativity | elective | 3 | odd |
| MFF5051 | Statistical Mechanics | elective | 3 | odd |
| MFF5115 | Quantum Field Theory | elective | 3 | odd |
| MFF5211 | Nuclear Physics | elective | 3 | odd |
| MFF5893 | Nonlinear and Complex System Physics | elective | 3 | odd |
| MFF5951 | Astrophysics | elective | 3 | odd |
| MFF5004 | Stochastic process for Physicist | elective | 2 | even |
| MFF5022 | Functional Analysis for Physicist | elective | 2 | even |
| MFF5034 | Advanced Quantum Mechanics | elective | 3 | even |
| MFF5056 | Fractal and Chaos in Physics | elective | 2 | even |
| MFF5114 | Particle Physics | elective | 3 | even |
| MFF5404 | Fluid Mechanics | elective | 3 | even |
| MFF5982 | Cosmology | elective | 3 | even |
| MFF5061 | Methods of Experimental Physics | elective | 3 | odd |
| MFF5281 | Radiation Physics | elective | 3 | odd |
| MFF5321 | Atomic and Molecular Spectroscopy | elective | 3 | odd |
| MFF5423 | Laser Spectroscopy | elective | 2 | odd |
| MFF5431 | Theoretical Acoustics | elective | 2 | odd |
| MFF5841 | Microwave Theory and Applications | elective | 2 | odd |
| MFF5873 | Digital Image | elective | 3 | odd |
| MFF5424 | Biomedical Optics | elective | 2 | even |
| MFF5426 | Laser Physics | elective | 2 | even |
| MFF5434 | Photoacoustic and Photothermal | elective | 2 | even |
| MFF5876 | Imaging Methods in Physics | elective | 3 | even |
| MFF5878 | Image Reconstruction | elective | 3 | even |
| MFF5071 | Physics of Instrumentation | elective | 3 | odd |
| MFF5073 | Data Acquisition System | elective | 3 | odd |
| MFF5601 | Soft Condensed Matter Physics | elective | 3 | odd |
| MFF5611 | Crystal Physics | elective | 3 | odd |
| MFF5617 | Nanophysics | elective | 2 | odd |
| MFF5701 | Condensed Matter Physics | elective | 3 | odd |
| MFF5711 | Methods of Material Physics Computation | elective | 3 | odd |
| MFF5853 | Spintronics Material | elective | 3 | odd |
| MFF5412 | Applied Electromagnetic | elective | 3 | even |
| MFF5710 | Physics of Electronics Material | elective | 3 | even |
| MFF5750 | Condensed Matter Magnetics | elective | 3 | even |
| MFF5780 | Condensed Matter Optics | elective | 3 | even |
| MFF5814 | Material Characterization Methods | elective | 3 | even |
| MFF5870 | Biomaterial Physics | elective | 2 | even |
| MFF5073 | System of Data Acquisition | elective | 3 | odd |
| MFF5831 | Advanced Mechanics of Continuous Medium | elective | 3 | odd |
| MFF5881 | Advanced Geothermal Exploration | elective | 2 | odd |
| MFF5891 | Hazard Mitigation | elective | 2 | odd |
| MFF5911 | Physics of Earth/ Earth Physics | elective | 3 | odd |
| MFF5931 | Electromagnetics Survey | elective | 3 | odd |
| MFF5923 | Method of Data Analysis and Visualization | elective | 3 | odd |
| MFF5933 | Geophysical Inversion | elective | 2 | odd |
| MFF5935 | Quantitative Seismology | elective | 3 | odd |
| MFF5937 | Petroleum Exploration | elective | 2 | odd |
| MFF5939 | Geoscience Field course | elective | 2 | odd |
| MFF5910 | Geological Physics | elective | 2 | even |
| MFF5916 | Advanced Rock Physics | elective | 2 | even |
| MFF5918 | Volcanology | elective | 2 | even |
| MFF5924 | Advanced Environmental Geophysics | elective | 2 | even |
| MFF5930 | Advanced Seismology | elective | 3 | even |
| MFF5932 | Potential Field Theory | elective | 3 | even |
| MFF5934 | Non-electromagnetics Survey | elective | 2 | even |
| MFF5936 | Mineral Exploration | elective | 2 | even |
Acceptance of new students in the UGM Physics Master program is conducted in both semesters, odd semester (August – January) and even semester (February – July). The UGM Physics Master Program can accept students with previous educational backgrounds from Bachelor of Physics and Physics Education. The program also accept prospective students with a Bachelor’s educational background from fields close to physics such as from Geophysics, Astronomy, Engineering Physics, Instrumentation Electronics and other branches of engineering or science. Student admission requirements and complete information on registration procedures and tuition fees can be found on the UGM webpage http://um.ugm.ac.id.
Questions and Contacts
Dr. Arief Hermanto
Email: arief_hermanto@ugm.ac.id
Mirza Satriawan, Ph.D.
Email: mirza@ugm.ac.id
Address:
Department of Physics
Faculty of Math and Science
Sekip Utara Bulaksumur Yogyakarta 55281
Tel / Fax: (0274) 545 185
Departemen Fisika – Fakultas Matematika dan Ilmu Pengetahuan Alam UGM
Email: dep-fisika.mipa@ugm.ac.id
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Brief Description of Doctoral Program in Physics in UGM
RESEARCH AT PHYSICS DOCTORAL DEGREE STUDY PROGRAM IN UGM:
The Doctoral Program in Physics was established with the aim to produce doctoral degree graduates in the field of Physics who possess integrity and dedication towards the development of physics, both fundamental physics and applied physics, working both theoretically and experimentally / observationally. This is reflected in the research themes undertaken by the teaching staffs which are categorized into four Fields of Expertise Groups (KBK) in the Department of Physics, Faculty of Mathematics and Natural Sciences UGM as follows:
Researches at KBK Theoritic and Computational Physics (Coordinator; Dr Dwi Satya Palupi):
Mathematical formulation of basic principles to understand the behavior of natural phenomena and to design and plan natural phenomena (e.g. applying differential geometry and stochastic processes to understand bio locomotion such as the motion of fish, snake boards, tip top, yarn spinning process, etc.)
Development of mathematical foundations for quantum mechanics (e.g. advanced mathematical formulations for quantum mechanics and quantum field theory). Direct method in the calculus of variations and its applications in various fields of physics (e.g. the search for a minimizer of a direct functional method and its application in crystal and quantum dot physics). Developing a formulation of relativistic stochastic processes in curved spacetime (for example: general relativistic diffusion processes and their application in cosmology and astrophysics)
Research Collaboration Collaboration with BATAN to support researches of researchers in BATAN
Members of Theoretical and Computational Physics KBK:
Researches at Applied Physics KBK (Coordinator : Dr. Gede Bayu Suparta):
Research offered by Applied Physics KBK mainly covers the application of Photonics (Image and Spectrometry Physics) in the fields of material analysis, nondestructive testing, medical diagnosis, product quality control, rapid inspection on critical systems, field measurements, tele-inspection / tele radiology, safety, and security. The purpose of the applications may include a variety of specific themes such as health and pharmaceutical drugs, defense and security, food safety, environmental science, energy and minerals, maritime affairs, transportation and logistics, and component industries:
Members of Applied Physics KBK:
Researches at Functional Material Physics KBK (Coordinator: Dr. Kuwat Triyana):
Bone is a natural composite consisting of tissues that are capable of regeneration. Damage to bone tissue can be resolved by implantation of prosthetic implant materials such as bioceramics. Bioceramic materials such as hydroxyapatite (HAp) or carbonated hydroxyapatite (CHAp) can be synthesized from biogenic materials containing large amounts of calcium carbonate by combining the sources of calcium and phosphate. We fabricate and research bioceramic scaffolds containing biogenic materials found in Indonesia for bone tissue engineering.
Research Collaboration:
Research Facilities at the Department of Physics:
Research Facilities at the Department of Physics includes:
Laboratories Facilities within UGM: SEM, TEM, XRD, surface area analyzer, DSC, TGA, FTIR, Gas Chromatography, NMR
Laboratories Facilities outside of UGM:
Members of Functional Materials Physics KBK:
Research in Geoscience KBK (Coordinator: Dr.rer.nat. Ade Anggraeni):
Structure of Earth’s crust in Indonesia based on Receiver Function and SPAC Regional (collaboration with IRIS USA)
Research funding is supported by RISTEKDIKTI with various schemes, from Limited liability company itself, as well as collaborative research with domestic and foreign agencies as mentioned above. Some researches also involve doctoral students under the guidance of promoters and co-promoters.
Laboratory facilities that support research activities in the Geosciences KBK include:
Members of Geoscience KBK:
FMIPA UGM S3-Physics Study Program is supported by four laboratories under the management of the Physics Department, namely the Atomic and Core Physics laboratory, Material and Instrumentation Physics Laboratory, Geophysics Laboratory, and Laboratories managed by UGM‘s Physics Department along with LPPT under the authority of the university.
CURRICULUM AND COURSES IN THE S3-PHYSICS STUDY PROGRAM
Students are obliged to take courses of at least 9 credits, which are determined based on the direction or topic of the dissertation research to be conducted. The subjects that must be taken are determined in the student selection meeting by asking for consideration of prospective promoters. The course is selected from the following list of subjects.
| KBK | Code | Credits | Course Name |
| Applied Physics | MFF 7430 | 3 | Acoustics |
| MFF 7301 | 3 | Laser spectroscopy | |
| MFF 7302 | 3 | Spectroscopic Instrumentation | |
| MFF 7872 | 3 | Tomography physics | |
| MFF 7871 | 3 | Medical Physics | |
| MFF 7303 | 3 | Atomic and Molecular Spectroscopy, 3 credits, Sem I | |
| MFF 7873 | 3 | Physics Imaging Instrumentation – MFF / 3 credits | |
| MFF 7874 | 3 | Nondestructive Test – MFF / 3 credits | |
| Theoritical and Computational Physics | MFF 7024 | 3 | Special Topic on Stochastic Process for Physicists |
| MFF 7111 | 3 | Special Topics on Particle and Field Physics | |
| MFF 7971 | 3 | Special Topics on Astrophysics | |
| MFF 7042 | 3 | Special Topic on Relativity Theory | |
| MFF 7023 | 3 | Special Topic on Functional Analysis for Physics | |
| MFF 7025 | 3 | Special Topics on Differential Topology and Geometry for Physicists | |
| MFF 7027 | 3 | Stochastic Computational Physics | |
| MFF 7026 | 3 | Computational Physics | |
| Functional Material Physics | MFF 7600 | 3 | Compressed Substance Physics |
| MFF 7750 | 3 | Electromagnetic Materials | |
| MFF 7810 | 3 | Special Topics on Sensor Systems | |
| MFF 7811 | 3 | Special Topics on Material Physics | |
| MFF 7813 | 3 | Special Topics on Computational Materials Physics | |
| MFF 7070 | 3 | Special Topic on Instrumentation Physics | |
| MFF 7814 | 3 | Functional Materials | |
| Geophysics | MFF 7930 | 3 | Digital Signal Analysis |
| MFF 7931 | 3 | Deformation and Gravity | |
| MFF 7932 | 3 | Special Topic on Geodynamics | |
| MFF 7933 | 3 | Special Topic on Inversion Method | |
| MFF 7911 | 3 | Advanced Quantitative Seismology | |
| MFF 7912 | 3 | Special Topic on Seismology | |
| MFF 7913 | 3 | Seismic Hazard Analysis | |
| MFF 7934 | 3 | Special Topics on Rock Physics | |
| MFF 7914 | 3 | Microseismic Analysis | |
| MFF 7915 | 3 | Computational Seismology | |
| MFF 1935 | 3 | Advanced Volcanic Physics | |
| MFF 7400 | 3 | Special Topic on Electromagnetism | |
| MFF 7916 | 3 | Special Geothermal Topics | |
| MFF 7917 | 3 | Special Topic on Geoelectric Methods | |
| MFF 7918 | 3 | Special Topic on Geology | |
| MFF 7001 | 3 | Special Topic on Geography | |
| MFF 7936 | 3 | Finite Element for Geophysics |
The lecture and exams methodology for the subjects that must be taken by each student are casuistic in nature and the systematics depends on each lecturers. In each courses, the lecturers must perform interactions with students that is equivalent to 14 meetings for each semester. Lecturers of compulsary courses must hand in the result of courses taken by students and submit them to the Academic department of study program at the end of each semester.
The dissertation assessment components will include seminars, final project research, paper writing and dissertation exams, each of which is arranged in more detail through an assessment rubric.
The S3-Physics Program of the Department of Physics FMIPA UGM is designed to be completed within three years with a minimum credits of at least 46 credits.
| Semester I
Compulsary course: 3 credits (Research Methodology) Compulsary course: 3 credits (Review Artikel Jurnal) Elective course: 3 credits |
Semester II
Elective course: 9 credits Monitoring I: 2 credits |
| Semester III
Comprehensive Exam: 4 credits Monitoring II: 2 credits
|
Semester IV
Publication Monitoring: 3 credits Monitoring III: 2 credits |
| Semester V
Publication (10 credits) |
Semester VI
Dissertation Manuscript: 6 credits Dissertation Examination: 6 credits |
Monitoring is conducted in semester II, III, and IV. Monitoring is very critical for the students sinceeach monitoring will determine the continuation of the S3 program the student is undertaking.
For quality assurance, UGM Physics Study Program is audited annually by the UGM Quality Assurance Office through the Internal Quality Audit (AMI) and every 5 years is accredited by the National Accreditation Board for Higher Education (BAN-PT). Until March of 2021, UGM S3-Physics Study Program have always been awarded an Excellent grade or A-grade.
III ADMISSION REQUIREMENTS AND TUITION FEE
Admission requirements for students and tuition fee follow the regulations of the faculty.
Computer Sciences Doctorate Program
DOCTOR OF COMPUTER SCIENCE
BRIEF DESCRIPTION
Doctor of Computer Science Study Program is an academic-oriented education that was established in 2002. The Computer Science Doctoral Program has been known nationally and internationally, represented by students of multi-ethnicity coming from various islands in Indonesia (from Sabang to Merauke) as well as overseas.
EXCELLENCE AND UNIQUENESS
The Computer Science Doctoral Program offers 2 main profiles of graduates, namely:
COMPETENCE
The learning outcomes of the program (PLO) study consist of four objectives, namely (1) Attitudes and Values, (2) Knowledge Mastery, (3) Work Ability, and (4) Managerial Ability.
CAREER PROSPECTS
Graduates of the Computer Science Masters Program can work among others as:
CURRICULUM
The subjects of the Computer Science Doctoral Program are divided into three types as shown in Table 1, namely: compulsory courses that must be taken by all students, electives in the study program and electives outside the study program. Students are affirmed to pass the Computer Science Doctoral Program if they have taken a minimum of 46 credits consisting of: 34 credits of Dissertation, 6 credits of compulsory courses, and 6 credits minimum of elective courses in accordance with the decision of the new student admissions team. The compulsory subjects, shown in Table 2, are taken by all PhD students in Computer Science.
Table 1. Group of subjects in Computer Science Doctoral programs
| No | Subjects Group | Credits |
| 1 | Dissertation | 34 |
| 2 | Compulsory | 6 |
| 3 | Elective | Minimum 6 |
Table 2. Compulsory Courses
| No. | Code | Course Name | Credits |
| 1. | MII7000 | Research Methodology | 3 |
| 2. | MII7020 | Research Trend in Computer Science | 3 |
| 3 | MII7099 | Dissertation | 34 |
The elective courses, as shown in Table 3, are taken by students according to the decision of the student admissions team. The decision of elective courses that are to be taken is made by the promoter appointed for the prospective student along with the student admissions team’s advisory. If deemed necessary, prospective students will be asked to take a course from outside the study program in accordance with the candidate student’s research domain.
Table 3.8. Elective courses in Computer Science Doctoral Program
| No. | Code | Course Name | Research Lab. | Credits |
| 1 | MII7050 | Capita Selecta | 3 | |
| 2 | MII7225 | Formal Method | AK | 3 |
| 3 | MII7235 | Advance Statistics | AK | 3 |
| 4 | MII7245 | Digital Image Processing | AK | 3 |
| 5 | MII7255 | Advanced Computing | AK | 3 |
| 6 | MII7265 | Cryptology | AK | 3 |
| 7 | MII7270 | Numerical Analysis | AK | 3 |
| 8 | MII7271 | Parallel Computation | AK | 3 |
| 9 | MII7425 | Artificial Intelligence | SC | 3 |
| 10 | MII7435 | Uncertainty | SC | 3 |
| 11 | MII7445 | Advanced Decision Support System | SC | 3 |
| 12 | MII7455 | Computational Intelligence | SC | 3 |
| 13 | MII7465 | Natural Language Processing | SC | 3 |
| 14 | MII7520 | Data Mining | RPLD | 3 |
| 15 | MII7530 | Mobile and Cloud Computing | RPLD | 3 |
| 16 | MII7540 | Database Systems | RPLD | 3 |
| 17 | MII7550 | Information and Knowledge Management | RPLD | 3 |
| 18 | MII7560 | Software Engineering | RPLD | 3 |
| 19 | MII7570 | Information Retrieval | RPLD | 3 |
| 20 | MII7625 | Advanced Computer Network | SKJ | 3 |
| 21 | MII7635 | Advanced Network Security | SKJ | 3 |
| 22 | MII7645 | Embedded System | SKJ | 3 |
| 23 | MII7655 | Distributed System | SKJ | 3 |
| 24 | MII7665 | Web Technology | SKJ | 3 |
| 25 | MII7825 | Sensor Network | Elins | 3 |
| 26 | MII7835 | Feedback Control of Computing System | Elins | 3 |
| 27 | MII7845 | Pattern Recognition | Elins | 3 |
| 28 | MII7855 | Real Time System | Elins | 3 |
| 29 | MII7865 | Computer Vision | Elins | 3 |
AK = Algorithm and Computation Research Laboratory (Algoritma dan Komputasi)
SC = Intelligent System Research Laboratory (Sistem Cerdas)
RPLD = Software and Data Engineering Research Laboratory (Rekayasa Perangkat Lunak & Data)
SKJ = Computer Systems and Networks Research Laboratory (Sistem Komputer dan Jaringan)
Elins = Electronics and Instrumentation Laboratory (Elektronika dan Instrumentasi)
TUITION FEE PER SEMESTER
Education costs of the Computer Science Doctoral Program:
| No | Higher Education Level | Admission Type | Tuition Fees per Semester |
| 1 | Doctorate | Regular | IDR 17,000,000 |
| 2 | Doctorate | Partnership | IDR 31,000,000 |
| 3 | Doctorate | International | IDR 43,000,000 |
ADMISSION REQUIREMENTS
https://mkom.ugm.ac.id/informasi-pendaftaran-program-s3-doktor/
Registration Flow
IMPORTANT DATES
Intake 1:
Intake 2:
CONTACT AND INQUIRIES
Edi Winarko, M.Sc., Ph.D.
Email : ewinarko@ugm.ac.id
Dr. Agfianto Eko Putra, M.Si.
Email : agfi@ugm.ac.id
Address:
SIC Building, 3rd Floor
Faculty of Mathematics and Natural Sciences
Universitas Gadjah Mada
Sekip Utara, Bulaksumur, Yogyakarta 55281
Phone (0274) 555133
Email : mkom@ugm.ac.id
Website:
https://mkom.ugm.ac.id/informasi-pendaftaran-program-s3-doktor/
CHEMISTRY DOCTORAL STUDY PROGRAM
BRIEF DESCRIPTION
The Doctoral Study Program in Chemistry at the Faculty of Mathematics and Natural Sciences UGM was established in 1981 under the Department of Postgraduates in Mathematics and Natural Sciences, Faculty of Postgraduate Studies. The study program was then confirmed by the Decree from the Higher Education Director General of the Ministry of Education and Culture, Republic of Indonesia, No. 580 / DIKTI / Kep / 1993, September 29, 1993. Since the academic year 2007/2008, according to the UGM Chancellor’s Decree on Monodisciplinary Postgraduate Program Number 89 / P / SK / HT / 2006, the Postgraduate Chemistry Study Program is under the Faculty of Mathematics and Science Nature (FMIPA). Graduates of the Doctoral Study Program in Chemistry are entitled to hold a doctorate (Dr.) degree. The current teaching-learning process, research and service in the Chemistry Study Program of FMIPA UGM is taken responsible by 41 permanent teaching staff, of which 14 are professors. and 6 non-permanent teaching staff, of which 4 are professors.
EXCELLENCE AND UNIQUENESS
ü Promoting collaboration in the field of water management in developing countries through the international network of the Excellence Center for Sustainable Water Management,
ü Monitoring persistent organic pollutants (POPs) in Indonesia and other countries in Asia for updating data in the Stockholm Convention on POPs,
ü Promoting and updating environmentally friendly and sustainable laboratories that is uploaded to https://www.oc-praktikum.de/nop for the initiative and funding from UNESCO,
ü Constantly being a reference for similar study programs in other universities in Indonesia,
ü Having a very wide distribution of student origins which covers almost all regions in Indonesia as well as several international students.
COMPETENCE
Graduates of the Chemistry Doctoral Study Program are directed to become academics, researchers and environmental consultants who are reliable in their field of expertise and have mastery of in-depth knowledge with broad insight, and are able to independently conduct research/study and disseminate the research/study results. In achieving the graduate profile, the program learning outcomes (PLO) are determined to consist four elements, namely (1) Attitudes and Values, (2) Knowledge Mastery, (3) Work Ability, and (4) Managerial Ability. The learning outcomes of the study program have been synchronized with level 9 of the KKNI listed in PP RI No. 8 of 2012.
CAREER PROSPECTS
Graduates of the Chemistry Doctoral Program can work, among others, as:
CURRICULUM
In order to equip graduates with the main competencies in terms of knowledge, understanding and skills in the field of chemistry at the doctoral level, the curriculum of the Doctoral Study Program in Chemistry is structured in such a way that it consists of courses that are obligatory to students.
The courses in the Chemistry Doctoral Study Program is divided into two types, namely: compulsory courses that must be taken by all students and elective courses. Elective courses are grouped into four in accordance with existing specialization, namely Interest in Inorganic Chemistry, Analytical Chemistry, Physical Chemistry, Environmental Chemistry, and Organic Chemistry with an additional Educational course. Students are declared to have passed the Chemistry Doctoral Study Program if they have taken a minimum of 46 credits consisting of: 34 credits of dissertation, 8 credits of compulsory courses, and minimum of 4 credits of elective courses. The list of compulsory and dissertation courses is shown in Table 1, while a list of elective courses is shown in Table 2.
Table 1. List of program-compulsory courses and dissertation
| No. | Course Name | Credits |
| 1 | Philosophy of Science | 2 |
| 2 | Journal Review | 2 |
| 3 | Research Design | 2 |
| 4 | Progress Seminar | 1 |
| 5 | Evaluation Seminar | 1 |
| 6 | Dissertation | 34 |
Teble 2. List of elective courses
| Course Name | Credits | Course Name | Credits |
| Inorganic Chemistry Specialization | Analytic Chemistry Specialization | ||
| Material Synthesis and Characterization | 2 | Advanced Analytical Spectrometry | 2 |
| Metal Ions in water | 2 | Advanced Analytic Separation | 2 |
| Nanotechnology in Environmental Chemistry | 2 | Advanced Chemometry | 2 |
| Physical Chemistry Specialization | Environmental Chemistry | ||
| Kinetics and Catalysts | 2 | Chemodynamics and Environmental Modeling | 2 |
| Thermodynamics and Chemical Balance | 2 | Aspects of Green Chemistry in Chemical Research | 2 |
| Quantum and Computational Chemistry | 2 | Environmental Toxicology | 2 |
| Organic Chemistry Specialization | Educational | ||
| Organic Molecular Design and Engineering | 2 | Psychology of Cognitive Development | 2 |
| Advanced Bio Chemistry | 2 | ||
| Isolation and Elucidation of Structure of Organic Compounds | 2 | ||
TUITION FEES PER SEMESTER
Education Costs of the Chemistry Doctoral Program:
| No | Admission Type | Tuition Fees per Semester |
| 1 | Regular | IDR 13,000,000 |
| 2 | Partnership | IDR 23,000,000 |
| 3 | International | IDR 43,000,000 |
ADMISSION REQUIREMENTS
Registration Flow
Applicant Requirements
https://um.ugm.ac.id/v.2015/id_home.php?l=aWRfcGFnZSMxOTA0MTAyMDYjUGVyc3lhcmF0YW4gUHJvZ3JhbSBEb2t0b3IjNCNQcm9ncmFtIFBhc2Nhc2FyamFuYQ==
IMPORTANT DATES
Intake 1:
Intake 2:
INQUIRIES
Prof. Dr. Sri Juari Santosa, M.Eng.
Email : sjuari@ugm.ac.id
Dr. Dwi Siswanta, M.Eng.
Email : dsiswanta@ugm.ac.id
Address:
Magister/Doctorate (S2/S3) Building
Faculty of Mathematics and Natural Sciences
Universitas Gadjah Mada
Sekip Utara, Kotak Pos Bls. 21, Yogyakarta 55281
Telp (0274) 545188
Email : pascasarjana_kimia@ugm.ac.id
Website:
Computer Sciences Master Program
MASTER OF COMPUTER SCIENCE
BRIEF DESCRIPTION
Master of Computer Science Study Program (Master of Computer Science Program) is an academic-oriented education that was established in 1999. Graduates of the Computer Science Masters program acquired the M.Cs (Master of Computer Science) degree. The Master of Computer Science has been known nationally and internationally, represented by students of multi-ethnicity coming from various islands in Indonesia (from Sabang to Merauke) as well as overseas. As of December 2018, the Computer Science Masters Program has produced more than 1,000 graduates.
EXCELLENCE AND UNIQUENESS
COMPETENCE
The learning outcomes of the program (PLO) study consist of four objectives, namely (1) Attitudes and Values, (2) Knowledge Mastery, (3) Work Ability, and (4) Managerial Ability.
CAREER PROSPECTS
Graduates of the Computer Science Masters Program can work, among others, as:
CURRICULUM
Table 1: Curriculum Structure
| No. | Course Name | Credits | Semester |
| 1. | Artificial Intelligence | 3 | 1 |
| 2. | Artificial Intelligence | 3 | |
| 3. | Research Methodologies | 3 | |
| 4. | Software Development | 3 | |
| 5. | Database Management System | 3 | |
| Subtotal | 15 | ||
| 1. | Thesis Proposal | 2 | 2 |
| 2. | Elective course 1 | 3 | |
| 3. | Elective course 2 | 3 | |
| 4. | Elective course 3 | 3 | |
| 5. | Elective course 4 | 3 | |
| 6. | Elective course 5 | 3 | |
| Subtotal | 17 | ||
| 1. | Thesis | 6 | 3 |
| 2. | Elective course 6 | 3 | |
| 3. | Elective course 7 | 3 | |
| Subtotal | 12 | ||
Table 2: List of Elective Courses
| No | Course Name | Credit | Semester |
| 1 | Applied Algebra and Statistics | 3 | Even |
| 2 | Big Data Analysis | 3 | Even |
| 3 | Data Science | 3 | Even |
| 4 | Electronics | 3 | Even |
| 5 | Instrumentation | 3 | Even |
| 6 | Software Quality Assurance | 3 | Even |
| 7 | Computer Networks | 3 | Even |
| 8 | Computer Security | 3 | Even |
| 9 | Computational Intelligence and Machine Learning | 3 | Even |
| 10 | Parallel Computation | 3 | Even |
| 11 | Cryptology | 3 | Even |
| 12 | Fuzzy Logics | 3 | Even |
| 13 | Mathematics for Data Science | 3 | Even |
| 14 | Automation, Language and Application | 3 | Even |
| 15 | Digital Signal Processing | 3 | Even |
| 16 | Expert Systems | 3 | Even |
| 17 | Decision Support System | 3 | Even |
| 18 | Embedded System | 3 | Even |
| 19 | Computer Reasoning | 3 | Odd |
| 20 | Semantic Search and Information Retrieval | 3 | Odd |
| 21 | Pattern Recognition | 3 | Odd |
| 22 | Digital Image Processing | 3 | Odd |
| 23 | Operations Research | 3 | Odd |
| 24 | Robotics | 3 | Odd |
| 25 | Computational Science | 3 | Odd |
| 26 | Control System | 3 | Odd |
| 27 | Wireless and Mobile Communication Systems | 3 | Odd |
| 28 | Distributed and Cloud Systems | 3 | Odd |
| 29 | Life-Inspired Systems | 3 | Odd |
| 30 | Social Informatics | 3 | Odd |
| 31 | Business Problem and Data Science Solution | 3 | Odd |
| 32 | Verification and Validation | 3 | Odd |
TUITION FEES PER SEMESTER
Education costs of the Master of Computer Science Program:
| No | Higher Education Level | Class | Admission Type | Tuition Fee Level | Tuition Fees per Semester |
| 1 | Master | Regular | Regular | 13 | IDR 11,000,000 |
| 2 | Master | Regular | International | 7 | IDR 35,750,000 |
| 3 | Master | Specific | Regular/International | 16 | IDR 12,500,000 |
ADMISSION REQUIREMENTS
Applicant Requirements
Registration Flow
IMPORTANT DATES
Intake 1 (Pre-Masters Program):
Intake 2 (Without Pre-Masters Program):
INQUIRIES
Dr. Tri Kuntoro Priyambodo, M.Sc.
Email: mastri@ugm.ac.id
Aina Musdholifah, S.Kom., M.Kom., Ph.D.
Email: aina_m@ugm.ac.id
Address:
Magister/Doctorate (S2/S3) Building, 4th Floor
Faculty of Mathematics and Natural Sciences
Universitas Gadjah Mada
Sekip Utara, Bulaksumur, Yogyakarta 55281
Phone (0274) 555133
Email: mkom@ugm.ac.id
Website:
MASTER IN PHYSICS
The Masters in Physics Study Program at Universitas Gadjah Mada University was officially established in 1993. Since its establishment until now the UGM Physics Master Program has always received A accreditation from the Indonesia National Accreditation Board of Higher Education. This program is one of the first several Physics Masters programs in Indonesia. The UGM Physics Master Program offers Masters level education in the field of Physics with many options of specialties. Studying the smallest and most basic things such as the study of Particle Physics, to macro objects such as Earth Physics, to very large ones such as Cosmology. Currently the UGM Physics Master Program has 37 qualified lecturers who were Doctorate graduates from well-known universities, with expertise in various fields of Physics, grouped in four groups of expertise:
Theoretical and Computational Physics, Functional Material Physics, Applied Physics, and Geoscience.
Graduates of the UGM Physics Master program will obtain a Master of Science (M.Sc.) degree in Physics. In the last five years the average number of graduates is above 50 students per year and the number of active students per year is around 100 students. Until 2018 UGM Physics Master Program has produced more than 1000 graduates. Most of the graduates have career in academics as lecturers in state and private universities, or become teachers at secondary education, while others become researchers in various government-owned research institutions or become experts in government institution or national private companies. Some of them become entrepreneurs based on science-technology.
In order to improve the quality of education, the UGM Physics Master Program offers students the opportunity to take part in the Double Degree program. The Dual Degree program currently underway is with the Department of Medicine and Computational Science, Kanazawa University. This year the Dual Degree program will also begin with the Department of Physics, National Central University, Taiwan, and with the Department of Applied Physics at Tunghai University, Taiwan. In addition to the Dual Degree program, students also get various opportunities to conduct Student Exchange programs or Short Course programs in several Foreign Universities, including in Japan, Taiwan, and France.
The UGM Physics Master Program can be completed normally in four semesters (two years) by completing 40 credits including 8 thesis credits and 11 credits in compulsory subjects. But for students who have more capabilities, the 40 credits can also be completed within two semesters. The following is a list of subjects in the UGM Physics Master program.
| Code | Subject | Category | Credit | Semester |
| MFF 5001 | Research Methodology | Compulsory | 2 | Even/Odd |
| MFF 5033 | Quantum Mechanics | Compulsory | 3 | Even/Odd |
| MFF 5401 | Classical Mechanics | Compulsory | 3 | Even/Odd |
| MFF 5411 | Electrodynamics | Compulsory | 3 | Even/Odd |
| MFF 6001 | Thesis | Compulsory | 8 | Even/Odd |
| MFF5002 | Special Topics in Theoretical and Mathematical Physics | elective | 3 | even/odd |
| MFF5010 | Logic and Symbolic Computation in Physics | elective | 2 | even/odd |
| MFF5032 | Computation of Celestial Body Mechanics | elective | 2 | even/odd |
| MFF5039 | Special Topic in Computational Physics | elective | 3 | even/odd |
| MFF5514 | Condensed Matter Electronics Structure Computation | elective | 3 | even/odd |
| MFF5005 | Group Theory for Physicist | elective | 2 | odd |
| MFF5007 | Topology and Geometry for Physicist | elective | 2 | odd |
| MFF5009 | Mathematical Physics | elective | 3 | odd |
| MFF5027 | Computational Physics | elective | 3 | odd |
| MFF5041 | General Theory of Relativity | elective | 3 | odd |
| MFF5051 | Statistical Mechanics | elective | 3 | odd |
| MFF5115 | Quantum Field Theory | elective | 3 | odd |
| MFF5211 | Nuclear Physics | elective | 3 | odd |
| MFF5893 | Nonlinear and Complex System Physics | elective | 3 | odd |
| MFF5951 | Astrophysics | elective | 3 | odd |
| MFF5004 | Stochastic process for Physicist | elective | 2 | even |
| MFF5022 | Functional Analysis for Physicist | elective | 2 | even |
| MFF5034 | Advanced Quantum Mechanics | elective | 3 | even |
| MFF5056 | Fractal and Chaos in Physics | elective | 2 | even |
| MFF5114 | Particle Physics | elective | 3 | even |
| MFF5404 | Fluid Mechanics | elective | 3 | even |
| MFF5982 | Cosmology | elective | 3 | even |
| MFF5061 | Methods of Experimental Physics | elective | 3 | odd |
| MFF5281 | Radiation Physics | elective | 3 | odd |
| MFF5321 | Atomic and Molecular Spectroscopy | elective | 3 | odd |
| MFF5423 | Laser Spectroscopy | elective | 2 | odd |
| MFF5431 | Theoretical Acoustics | elective | 2 | odd |
| MFF5841 | Microwave Theory and Applications | elective | 2 | odd |
| MFF5873 | Digital Image | elective | 3 | odd |
| MFF5424 | Biomedical Optics | elective | 2 | even |
| MFF5426 | Laser Physics | elective | 2 | even |
| MFF5434 | Photoacoustic and Photothermal | elective | 2 | even |
| MFF5876 | Imaging Methods in Physics | elective | 3 | even |
| MFF5878 | Image Reconstruction | elective | 3 | even |
| MFF5071 | Physics of Instrumentation | elective | 3 | odd |
| MFF5073 | Data Acquisition System | elective | 3 | odd |
| MFF5601 | Soft Condensed Matter Physics | elective | 3 | odd |
| MFF5611 | Crystal Physics | elective | 3 | odd |
| MFF5617 | Nanophysics | elective | 2 | odd |
| MFF5701 | Condensed Matter Physics | elective | 3 | odd |
| MFF5711 | Methods of Material Physics Computation | elective | 3 | odd |
| MFF5853 | Spintronics Material | elective | 3 | odd |
| MFF5412 | Applied Electromagnetic | elective | 3 | even |
| MFF5710 | Physics of Electronics Material | elective | 3 | even |
| MFF5750 | Condensed Matter Magnetics | elective | 3 | even |
| MFF5780 | Condensed Matter Optics | elective | 3 | even |
| MFF5814 | Material Characterization Methods | elective | 3 | even |
| MFF5870 | Biomaterial Physics | elective | 2 | even |
| MFF5073 | System of Data Acquisition | elective | 3 | odd |
| MFF5831 | Advanced Mechanics of Continuous Medium | elective | 3 | odd |
| MFF5881 | Advanced Geothermal Exploration | elective | 2 | odd |
| MFF5891 | Hazard Mitigation | elective | 2 | odd |
| MFF5911 | Physics of Earth/ Earth Physics | elective | 3 | odd |
| MFF5931 | Electromagnetics Survey | elective | 3 | odd |
| MFF5923 | Method of Data Analysis and Visualization | elective | 3 | odd |
| MFF5933 | Geophysical Inversion | elective | 2 | odd |
| MFF5935 | Quantitative Seismology | elective | 3 | odd |
| MFF5937 | Petroleum Exploration | elective | 2 | odd |
| MFF5939 | Geoscience Field course | elective | 2 | odd |
| MFF5910 | Geological Physics | elective | 2 | even |
| MFF5916 | Advanced Rock Physics | elective | 2 | even |
| MFF5918 | Volcanology | elective | 2 | even |
| MFF5924 | Advanced Environmental Geophysics | elective | 2 | even |
| MFF5930 | Advanced Seismology | elective | 3 | even |
| MFF5932 | Potential Field Theory | elective | 3 | even |
| MFF5934 | Non-electromagnetics Survey | elective | 2 | even |
| MFF5936 | Mineral Exploration | elective | 2 | even |
Acceptance of new students in the UGM Physics Master program is conducted in both semesters, odd semester (August – January) and even semester (February – July). The UGM Physics Master Program can accept students with previous educational backgrounds from Bachelor of Physics and Physics Education. The program also accept prospective students with a Bachelor’s educational background from fields close to physics such as from Geophysics, Astronomy, Engineering Physics, Instrumentation Electronics and other branches of engineering or science. Student admission requirements and complete information on registration procedures and tuition fees can be found on the UGM webpage http://um.ugm.ac.id.
Questions and Contacts
Dr. Arief Hermanto
Email: arief_hermanto@ugm.ac.id
Mirza Satriawan, Ph.D.
Email: mirza@ugm.ac.id
Address:
Department of Physics
Faculty of Math and Science
Sekip Utara Bulaksumur Yogyakarta 55281
Tel / Fax: (0274) 545 185
Departemen Fisika – Fakultas Matematika dan Ilmu Pengetahuan Alam UGM
Email: dep-fisika.mipa@ugm.ac.id
