MASTER DEGREE (S2)

MASTER DEGREE (S2)

Postgraduate Chemistry Study Program in ITS was began in the 2004/2005 academic year, after the Bachelor Study Program established more than two decades. Chemistry Department is the chosen and trusted chemical education institution, with its own advantages, proven to have received a block grant of Technogical Skill Development Sector Project Bath III and the Institution Competition Grant Program. The ITS Postgraduate Chemistry Study Program also won the trust of the Directorate of Vocational Secondary Education to improve widaswara stratafication, vocational teachers and the Education Quality Assurance Institution throughout Indonesia in the Chemistry Masters Program. Similar cooperation programs were also carried out with the Ministry of Religion for chemistry teachers, and with the Directorate of Education Personnel for lecturers and prospective lecturers from the 3T (outermost, frontier, and disadvantaged) regions.

Some alumni graduated through the Double Degree Masters Program with the first year education scheme at ITS and the second year of study abroad with the following details of the study program partners:

  • The Chemical Engineering Department, National Taiwan University of Science and Technology, comprises four alumni
  • Food Engineering and Bioresources Technology Department, Asian Institute of Technologym, Thailand as many as three alumni
  • Chemical Transformations of Naturals Resource, Chemistry Department, Université de Picardie Jules Verne, France as many as one alumni
  • The Master 2 of SERP-Chem, Université Paris-sud, France is one alumni

Alumni of the Double Degree Masters Program receive master’s degrees from ITS and partner universities. In addition, there was one alumni who graduated with a student exchange for one semester in the School of Chemistry, Aristotle University of Thessaloniki, Greece.

Program Overview

Chemistry Master Program is accredited by the National Accreditation Board-Higher Education (BAN-PT) with an A grade. The program is prepared with a weight of 36 credits and is scheduled in four semesters which allows it to be completed in three semesters. Areas of interest:

  • Analytical Chemistry
  • Inorganic Chemistry
  • Physical Chemistry
  • Organic Chemistry
  • Biochemistry

VISION-MISSION MASTER DEGREE (S-2)


Programme Vision

ITS’s master degree as a center for chemistry learning produces master graduates who are recognized globally and act as agents for the development of chemistry in supporting the vision of ITS

Programme Mission

  • Organizing Postgraduate education oriented to the development and discovery of science and technology.
  • Participate actively in scientific activities at national and international levels.
  • Implement an effective quality assurance system in all Postgraduate Study Programs in order to achieve educational quality standards.
  • Increasing the capacity of resources that can be utilized by the Postgraduate

Programme Objective

Graduates from Master of Chemistry (MoC) program are prepared to be:

  • Graduates who able to use their knowledge, skills, and competence in the area of chemistry for their professional career (PEO1).
  • Graduates who able to develop themselves through further studies (doctoral degree) both domestic and abroad by training or research (PEO2)
  • Graduates who can carry out their profession responsibly, ethically, have leadership characteristics and are able to develop a network system (PEO3)
Educational Learning Outcomes
Attitudes Values LO 1 Show moral, ethical, responsibility and good personality in completing their duties
LO 2 Show a spirit of independence and team work in completing their duties.
Manegarial Skill  LO 3 Able to solve complex problem and analyze them to be developed using logical thinking based on scientific principles.
LO 4 Able to develop leadership attitudes, creativity and communication skills in solving a chemistry-related problem .
LO 5 Able to show responsibility of their individual and team work
Mastered Knowledge LO 6 Able to analyze and synthesis the concept of structure, properties and substance changes at the micro- or marcomolecular level based on the dynamic and energetic phenomenon.
LO 7 Able to analyze and synthesis the concept, theories and methods on the analysis and synthesis of chemical substances by consider the right instrument and the substance side effect in order to develop the chemistry
Working 

Capacities 

LO 8 Able to identify, formulize and solved the science and technology problems related to structure and chemical change through the accurate and innovative theoretical, -experimental or -computational approach
LO9 Able to build a chemical knowledge especially in the energy, environmental, marine and medical in order to develop the research, industry and employment creation

Qualification Profile

The graduates of MoC are expected to:

  • Have devotion to God Almighty, have noble morals and character, and are aware and able to implement local wisdom.
  • Be recognized for their competence internationally.
  • Be ready to keep up with the times and be able to develop themselves. 
  • Be ready to involve in research and community service activities to participate in advancing and applying national resources chemical based science .
  • Be able to develop the quality, competence and career of lecturers and educational staff in a sustained manner so that they can provide the best service.

 

Master Leading to Doctoral Program for Honour Bachelor (Program Magister menuju Doktor untuk Sarjana Unggul)

PMDSU is a program with 28-30 credits at the master level scheduled for one year (two semesters). Students who successfully complete the first year program can either continue at the doctoral level (without completing the master program) scheduled for three years (six semesters) with 42-44 credits including a dissertation (30 credits).

STAFF

The teaching staff of the ITS Chemistry Postgraduate Study Program consists of 23 S3 graduate lecturers from various foreign and domestic universities, with 7 of them having attained professorship.

FACILITIES

ITS’s Postgraduate Chemistry Study Program as part of the ITS Chemistry Department occupies a four-storey K building and a J building with two ITS campuses; which is used as a lecture room, discussion room, seminar room, lecturer room, administration room, laboratory, and library. The lecture hall and seminar room are equipped with air condition and LCD projector. The discussion room, lecturer room, library, and administration room are also equipped with air condition. The Chemistry Department is equipped with Wi-Fi internet networks that are connected to international journal access via ScienceDirect, EbscoHost, Gale Cengage Learning, etc.

Research on Chemistry Postgraduate students is mainly carried out in one of the research laboratories as follows: Laboratory of Chemical Materials and Energy, Natural Material Chemistry and Synthesis, Instrumentation and Analytical Science, Chemical Microorganism, Molecular Organic Geochemistry. Supporting facilities are available at the ITS Energy Laboratory, as well as partner institutions at home and abroad. Almost all researches of the Chemical Postgraduate Program students received financial support from lecturers who received research grants sourced from within and outside the country, even some of the research was also conducted by students abroad (Japan, Malaysia, Taiwan, Thailand).

SCHOLARSHIP

  • Fresh Graduate Scholarship
  • Scholarship for Distinctive Student
  • Scholarship for Excellent Lecturer
  • Educational Fund Management Institution Scholarship
  • Master Degree Scholarship Towards Doctoral for Bachelor Degree

The following is the 2018-2022 Syllabus Masters Degree (S2)

The guide book of Magster Program click here

1. Course Title Analytical Chemistry

No. Code Courses Title Credits
SEMESTER 1
1 SK255101 Research Methodology 3
2 SK255102 Solid State Spectroscopy 3
3 SK255111 Chemical Instrumentations 2
4 SK255112 Chemoinformatics 2
Total 10
SEMESTER 2
1 SK255201 Research Proposal 2
2 SK255211 Electroanalysis 2
3 SK255212 Micro Project 2
4 SK255213 Separation and speciation 2
5 SK255214 Thermal Analysis 2
Total 10
SEMESTER 3
1 SK255311 Bioanalytical Chemistry 2
2 SK255312 Electrochemical Sensors 2
3 SK2553XX Elective courses 6
Total 10
SEMESTER 4
1 SK255401 Thesis 6
Total 6
Total Credits 36

2. Course Title Inorganic Chemistry

No. Code Courses Title Credits
SEMESTER 1
1 SK255101 Research Methodology 3
2 SK255102 Solid State Spectroscopy 3
3 SK255121 Structureand Reactivities of Inorganic Compounds 2
4 SK255223 Inorganic Solids 3
Total 11
SEMESTER 2
1 SK255201 Research Proposal 2
2 SK255122 Inorganic Materials Characterization I 2
3 SK255222 Properties and Performance of Materials 2
Total 6
SEMESTER 3
1 SK255221 Inorganic Materials Characterization II 2
2 SK2553XX Elective courses 11
Total 13
SEMESTER 4
1 SK255401 Thesis 6
Total 6
Total Credits 36

3.Course Title Physical Chemistry

No. Code Courses Title Credits
SEMESTER 1
1 SK255101 Research Methodology 3
2 SK255102 Solid State Spectroscopy 3
3 SK255141 Quantum Chemistry 2
Total 8
SEMESTER 2
1 SK255201 Research Proposal 2
2 SK255241 Molecular Dynamics 2
3 SK255242 Statistical Thermodinamics 2
4 SK255243 Molecular Computation 2
Total 8
SEMESTER 3
1 SK2553XX Elective courses 14
Total 14
SEMESTER 4
1 SK255401 Thesis 6
Total 6
Total Credits 36

4. Course Title Organic Chemistry

No. Code Courses Title Credits
SEMESTER 1
1 SK255101 Research Methodology 3
2 SK255102 Solid State Spectroscopy 3
3 SK255151 Advanced Physical Organic Chemistry 2
Total 8
SEMESTER 2
1 SK255201 Research Proposal 2
2 SK255251 Advanced Organic Synthesis 3
3 SK255252 Natural Products Chemistry 3
4 SK255253 Organic Geochemistry 3
Total 11
SEMESTER 3
1 SK255351 Structural Elucidation of Organic Compounds 3
2 SK2553XX Elective courses 8
Total 11
SEMESTER 4
1 SK255401 Thesis 6
Total 6
Total Credits 36

5. Course Title Biochemistry

No. Code Courses Title Credits
SEMESTER 1
1 SK255101 Research Methodology 3
2 SK255102 Solid State Spectroscopy 3
3 SK255131 Bioinformatics 3
Total 9
SEMESTER 2
1 SK255201 Research Proposal 2
2 SK255231 Advanced Biochemistry 3
3 SK255232 Metabolism of Microorganisms 3
Total 8
SEMESTER 3
1 SK255331 Biosynthesis 3
2 SK2553XX Elective courses 10
Total 13
SEMESTER 4
1 SK255401 Thesis 6
6
Total Credits 36

 

Elective courses

No. Code Courses Title SKS
1 SK255301 Green Chemistry 2
2 SK255313 Nanomaterials for Chemicals Sensors 2
3 SK255314 Miscellaneous Techniques in Analytical Chemistry 2
4 SK255315 Corrotion Analysis 2
5 SK255321 Organometallic Chemistry 2
6 SK255322 Catalysis 2
7 SK255323 Coordination Chemistry 2
8 SK255324 Porous Materials 2
9 SK255325 Advanced Inorganic Synthesis 2
10 SK255326 Materials for Energy Storage 2
11 SK255327 Modern Ceramic 2
12 SK255328 Physical Inorganic Chemistry 2
13 SK255332 Biodegradation 2
14 SK255333 FoodChemistry 2
15 SK255334 Bioassay 2
16 SK255341 Surface Structure and Analysis 2
17 SK255342 Synthesis of Membranes 2
18 SK255343 Carbon Materials 2
19 SK255344 Photochemistry 2
20 SK255354 Petroleum Chemistry 2
21 SK255353 Chemistry of Dyes 2