MAGISTER TEKNIK INFORMATIKA
Year-by-years Curriculum Structure

Year-by-years Curriculum Structure

The curriculum structure for the Master of Informatics Engineering Program 2025 with a total load of 46 credits, divided into "By Course" and "By Research" tracks, is shown in the following table based on the image reference.

Master of Informatics Engineering Program 2025
Semester By Course By Research
Course Code Course Name Credits Remarks Course Code Course Name Credits Remarks
I 25D08210102Research Methodology and Ethics2Mandatory 25D08210602Orientation2Mandatory
25D08210202Computational Algorithms2Mandatory 25D08210810Literature Review10Mandatory
25D08210302Artificial Intelligence Algorithms2Mandatory 25D08210702Research Proposal Seminar2Mandatory
25D08210402Big Data Technology2Mandatory
25D08210502Capita Selecta2Mandatory
Elective Course Code 12
Elective Course Code 22
25D08210702Research Proposal Seminar2Mandatory
Total16 Total14
II Elective Course Code 32 25D08211906Reputable International Seminar6Mandatory
Elective Course Code 42 25D08211806Research and Research Results Seminar6Mandatory
Elective Course Code 52
Elective Course Code 62
Elective Course Code 72
25D08211806Research and Research Results Seminar6Mandatory
Total16 Total12
III 25D08220108Reputable International Publication8Mandatory 25D08220108Reputable International Publication8Mandatory
25D08220208Publication of Reputable International Seminar Results6Mandatory
Total8 Total14
IV 25D08220306Final Project and Final Exam6Mandatory 25D08220306Final Project and Final Exam6Mandatory
Total6 Total6
Grand Total46 Grand Total46

An alternative curriculum structure for the Master of Informatics Engineering Program (total 56 credits) is shown in the table below based on the image reference.

Master of Informatics Engineering Program
Semester By Course By Research
Course Code Course Name Credits Remarks Course Code Course Name Credits Remarks
I 24D08210103Research Methodology and Ethics3Mandatory 24D08210603Orientation3Mandatory
24D08210203Computational Algorithms3Mandatory 24D08210203Progress Seminar I3Mandatory
24D08210303Artificial Intelligence Algorithms3Mandatory 24D08210302Thesis Research Proposal Seminar2Mandatory
24D08210403Big Data Technology3Mandatory 24D08210412Scientific Article I12Mandatory
Elective Course Code 12
Elective Course Code 22
Elective Course Code 32
24D08210502Thesis Research Proposal Seminar2Mandatory
Total20 Total20
II Elective Course Code 42 24D08230704Progress Seminar II4Mandatory
Elective Course Code 52 24D08220212Scientific Article II12Mandatory
Elective Course Code 62 Mandatory
Elective Course Code 72
24D08210612Scientific Article12Mandatory
Total20 Total16
III 24D08220108Thesis Research Results Seminar8 24D08220104Progress Seminar III4Mandatory
24D08220108Thesis Research Results Seminar8
Total8 Total12
IV 24D08220208Thesis and Thesis Exam8 24D08220208Thesis and Thesis Exam8Mandatory
Total8 Total8
Grand Total56 Grand Total56

The full distribution of compulsory courses per semester can be seen in the table below based on the image reference.

Table 6.1 Distribution of Compulsory Courses per Semester
Semester
(1)		 Course Code
(2)		 Course Name
(3)		 Credit Weight
(4)		 Remarks
(5)
I 19DXX210103 Research Methodology and Statistics 3 Mandatory
19DXX210202 Design and Analysis of Algorithms 2 Mandatory
19DXX210302 Machine Learning 2 Mandatory
19DXX210402 Cloud Computing and IoT 2 Mandatory
19DXX210502 Thesis Research Proposal Seminar 2 Mandatory
II Elective Course Code Elective Course 1 2
Elective Course Code Elective Course 2 2
Elective Course Code Elective Course 3 2
Elective Course Code Elective Course 4 2
Elective Course Code Elective Course 5 2
Elective Course Code Elective Course 6 2
III 19DXX220105 Scientific Article 5 Mandatory
19DXX220204 Thesis Research Results Seminar 4 Mandatory
IV 19DXX220309 Thesis and Thesis Exam 9 Mandatory
Total 41