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Chemical Science

Doctoral Program (S-3)

Learn more about various concentrations, explore the Curriculum adjust your Course Schedule to fit your time, know the required Tuition Fees, and understand the expected learning outcomes All the information you need to start your academic journey is here.

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Tuition Fee

Here are the study fees Doctoral Program In Chemical Science
Doctoral Program Single Tuition Fee
Regular Class IDR 17,500,000
Research Class IDR 17,500,000
UKT is paid every semester during the study period
Doctoral Program Institutional Development Fee (Independent Program Only)
Regular Class IDR 8,500,000
Research Class IDR 8,500,000
IPI is paid once at the time of initial registration as a student
Doctoral Program Education Development Contribution
IDR 17,500,000 Per student for 1 semester
Doctoral Program Academic Completion Fund
IDR 17,500,000 Per student for 1 semester
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Learning Outcomes

Chemistry is the main subject of several chemistry derivative sciences such as: Organic Chemistry, Inorganic Chemistry, Material and Physical Chemistry, Analytical Chemistry, Biochemistry, Chemistry of Biological Materials and others. The target learning outcomes are expected to be able to equip each Doctoral student of Chemical Science to be able to compete outside both socially and academically. Therefore, after participating in the learning process, graduates of the Doctoral Program in Chemical Science are able to:

Learning Outcomes
1 Mastering knowledge in the fields of: Analytical Chemistry, Organic Chemistry, Inorganic Chemistry, Physical Chemistry and Bioanorganics.
2 Mastering the research philosophy and scientific theory of research methodology in the field of excellence: materials, natural resources and agro-industry.
3 Mastering the application of instrumentation and error theory as well as the theory of chemical computing science in formulating observational data to analyze research results.
4 Mastering the philosophy in depth and providing solutions to the transformation process by applying the principles of superior fields: materials, natural resources and agro-industry in a sustainable manner.
5 Mastering new technology in the field of excellence through research and developing national and / or international research networks in accordance with scientific principles and publishing the results of research obtained in reputable journals at national and international levels.
6 Mastering the philosophy of bureaucratic science, cooperating, being adaptive, being proactive, and being an innovator in the application of chemistry in society.
7 Mastering communication science, guiding innovative and creative activities with an entrepreneurial spirit, so that they are able to be independent