Study Program Magistrate

IPB's Master of Computer Science Study Program has a mandate to develop knowledge, methods and technology in the field of computer science in solving problems in agriculture, marine and tropical biosciences based on legal principles and computational ethics. The objectives of holding the IPB Computer Science Masters Study Program are 1. To produce graduates in the computer field who are capable in the following matters: a. Conducting a study of a computational model both theoretically and algorithmically for the development of a more efficient, accurate, up-to-date and fast methodology. b. Translate problems and formulate solutions in the fields of agriculture, marine and tropical biosciences through the application of theory, methods and technology in computer science. c. Following further studies in a doctoral education program in the field of computers or other fields of science that require mastery of quantitative and computational methods. 2. Creating a conducive academic climate for improving the quality of education and research in the field of Computer Science. 3. Building cooperation with various parties in the development of technology in the field of computer science in order to improve the quality of education and research implementation."

Vision

Become a master education program that develops innovative methods and technologies in the field of computer science to support various fields, especially agriculture, marine and modern tropical biosciences through education, research and community service activities.

Mission

Organizing quality Master of Computer Science education, especially in producing Computer Science graduates who are reliable, responsive, adaptive and innovative to support the realization of modern agriculture, marine and tropical biosciences.

Num Course Credit Precondition Semester Course Category
Code Name
1 KOM1622 Pattern Recognition 3(2-1) - 2 In-depth Courses
2 KOM1521 Computational Intelligence 3(2-1) - 1 In-depth Courses
3 KOM1501 Mathematics and Statistics for Computing 3(3-0) - 1 Academic Core Courses
4 KOM1531 Advance Software Engineering 3(2-1) - 1 In-depth Courses
5 KOM1502 Algorithm Design and Analysis 3(3-0) - 1 Academic Core Courses
6 KOM1691 Colloquium 1(0-1) - 2 Final Year Project
7 KOM1692 Thesis Proposal 2(0-2) - 2 Final Year Project
8 PPS1695 International Scientific Publication 3(0-3) - 3 In-depth Courses
9 KOM1693 Thesis Exam 2(0-2) - 3 Final Year Project
10 KOM1694 Thesis 6(0-6) - 3 Final Year Project
11 KOM1511 Computer Network Analysis 3(2-1) - 1 In-depth Courses
12 KOM1503 Scientific Writing and Presentation Method 3(2-1) - 2 Academic Core Courses
13 KOM1624 Topics in Bioinformatics 3(2-1) - 2 In-depth Courses
14 PPS1503 English 3(3-0) - 1 Academic Core Courses
15 KOM1504 Topics in Smart Agriculture 2(2-0) - 1 Academic Core Courses
16 KOM1633 Expert System and Decision Support Systems 3(2-1) - 2 In-depth Courses
17 KOM1634 E-government 3(2-1) - 2 In-depth Courses
18 PPS1692 National Scientific Publication 2(0-2) - 3 In-depth Courses
19 PPS1698 International Seminar Proceedings 2(0-2) - 3 In-depth Courses
20 PPS1691 Thesis Seminar 1(0-1) - 3 Academic Core Courses
21 KOM1631 Knowledge Management 3(3-0) - 2 In-depth Courses
22 KOM1632 Software Testing and Quality Assurance 3(2-1) - 2 In-depth Courses
23 KOM1612 Special in Network Application Design 3(2-1) - 2 In-depth Courses
24 KOM1611 Information Security 3(3-0) - 2 In-depth Courses
25 KOM1613 Topics in Parallel Computing 3(2-3) - 2 In-depth Courses
26 KOM1623 Topics in Applied Data Mining 3(2-1) - 2 In-depth Courses
27 KOM1621 Topics on Geoinformatics 3(2-1) - 2 In-depth Courses

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