Master Degree - Curriculum - Departemen Teknik Mesin

Need Help?

Please contact us here:

2018
2023

2018

Curriculum (2018-2023)

This curriculum is in effect from 2018 to 2023

The structure of the curriculum of the Mechanical Engineering Graduate Program refers to the Rector’s Decree No. 32 of 2019 which provides a minimum study load of 36 credits with additional activities, equivalent to 120 ECTS. The MoME program offers four areas of specialization, namely:

Mechanical Systems Design
Manufacturing
Energy conversion technology
Metallurgy

The structure of the curriculum for each department follows the same pattern, namely a load of 36 credits (SKS) scheduled for four semesters, with 11 credits of required courses, 15 credits of electives, and 10 credits of thesis (2 credits of thesis proposal and 8 credits of thesis).

Curriculum (2018-2023)
No	Code	Course	Credit	ECTS	Percentage
Semester I
1	TM185100	Research Methods and Scientific Communication	2	3.2	3%
2	TM185101	Advance Engineering Mathematics	3	4.8	4%
3	TM185102	Numerical Methods for Mechanical Engineering	3	4.8	4%
4	TM185103	Design of Experiments	3	4.8	4%
Semester 2
1	TM1852xx	Elective Course 1	3	4.8	4%
2	TM1852xx	Elective Course 2	3	4.8	4%
3	TM1852xx	Elective Course 3	3	4.8	4%
4	TM1852xx	Elective Course 4	3	4.8	4%
Semester 3
1	TM1852xx	Elective Course 5	3	4.8	4%
2	TM185300	Thesis Proposal	2	3.2	3%
Semester 4
1	TM185400	Thesis	8	12.8	11%
Total Credits of Courses			36	57.6	48%

No	Code	Course	Credit	ECTS	Percentage
Co-Curricular Activities
1		TOEFL (SMT 1)	2	3.2	3%
2		Compulsory and Elective Course (SMT 1-3)	26	41.6	35%
3		Literature Review (SMT 2-3)	2	3.2	3%
4		Thesis - Proposal (SMT 3)	2	3.2	3%
5		Thesis - Support Works (SMT 3-4)	3	4.8	4%
6		Thesis - Publication (SMT 4)	2	3.2	3%
7		Thesis - Final Defense	2	3.2	3%
Total Credits of Co-Curricular Activities			39	62.6	52%
Total Credits			75	120.0	100%

2023

Curriculum (2023-2028)

This curriculum is in effect from 2023 to 2028

The structure of the curriculum of the Mechanical Engineering Graduate Program refers to the Rector’s Decree No. 18 of 2023 which provides a minimum study load of 36 credits with additional activities, equivalent to 120 ECTS. The MoME program offers four areas of specialization, namely:

Mechanical Systems Design
Manufacturing
Energy conversion technology
Metallurgy

Curriculum (2023-2028)
No	Code	Course	Credit	ECTS	Percentage
Semester I
1	TM235100	Research Methods and Scientific Communication	2	3.2	3%
2	TM235101	Advance Engineering Mathematics	3	4.8	4%
3	TM235102	Numerical Methods for Mechanical Engineering	3	4.8	4%
4	TM235103	Design of Experiments	3	4.8	4%
Semester 2
1	TM2352xx	Elective Course 1	3	4.8	4%
2	TM2352xx	Elective Course 2	3	4.8	4%
3	TM2352xx	Elective Course 3	3	4.8	4%
Semester 3
1	TM2352xx	Elective Course 4	3	4.8	4%
2	TM2352xx	Elective Course 5	3	4.8	4%
Semester 4
1	TM235400	Thesis	10	16.0	11%
Total Credits of Courses			36	57.6	48%

No	Code	Course	Credit	ECTS	Percentage
Co-Curricular Activities
1		TOEFL (SMT 1)	2	3.2	3%
2		Compulsory and Elective Course (SMT 1-3)	26	41.6	35%
3		Literature Review (SMT 2-3)	2	3.2	3%
4		Thesis - Proposal (SMT 3)	2	3.2	3%
5		Thesis - Support Works (SMT 3-4)	3	4.8	4%
6		Thesis - Publication (SMT 4)	2	3.2	3%
7		Thesis - Final Defense	2	3.2	3%
Total Credits of Co-Curricular Activities			39	62.6	52%
Total Credits			75	120.0	100%

Mata Kuliah Pilihan S2

No.	Kode MK	Nama Mata Kuliah Pilihan	sks
1	TM185201	Mekanika Fluida Lanjut	3
2	TM185202	Termodinamika Lanjut	3
3	TM185203	Perpindahan Panas dan Masa	3
4	TM185204	Kinematika & Dinamika Lanjut	3
5	TM185205	Mekanika Material Lanjut	3
6	TM185206	Getaran Mekanis	3
7	TM185207	Proses Pemesinan	3
8	TM185208	Desain Produk	3
9	TM185209	Dinamika Mesin Perkakas	3
10	TM185210	Teknik Pembakaran	3
11	TM185211	Dinamika Kendaraan	3
12	TM185212	Pemodelan Sistem Dinamis	3
13	TM185213	Ekonomi dan Manajemen Energi	3
14	TM185210	Teknik Pembakaran	3
15	TM185215	Keandalan dan Manajemen Pemeliharaan	3
16	TM185216	Riset Operasional	3
17	TM185220	Analisa Kegagalan Material	3
18	TM185221	Metode Elemen Hingga	3
19	TM185222	Rekayasa Kualitas	3
20	TM185223	Metalurgi Manufaktur	3
21	TM185224	Mekanika Komposit	3
22	TM185225	Sistem Pengendalian Linier	3
23	TM185226	Mekanika Fluida	3
24	TM185227	Aliran Viscous	3
25	TM185301	Komputasi Fluida & Perpan	3
26	TM185302	Energi Surya	3
27	TM185303	Aliran Dua Fase	3
28	TM185304	Manajemen dan Ekonomi Energi	3
29	TM185305	Optimasi Desain	3
30	TM185306	Teori Pengendalian Modern	3
31	TM185307	Analisa Kegagalan Material	3
32	TM185310	Aerodinamika Profil	3
33	TM185311	Analisa Pencemaran Lingkungan	3
32	TM185316	Topik Khusus 1	3
35	TM185317	Topik Khusus 2	3
36	TM185318	Topik Khusus 3	3

Mata Kuliah Wajib S2


Semester I				Semester II
No	Kode	Nama Mata Kuliah	SKS	No	Kode	Nama Mata Kuliah	SKS
1	TM185100	Metode Penelitian dan Komunikasi Ilmiah	2	1	TM1852xx	Mata Kuliah Pilihan 1	3
2	TM185101	Matematika Rekayasa Lanjut	3	2	TM1852xx	Mata Kuliah Pilihan 2	3
3	TM185102	Metode Numerik untuk Rekayasa Mekanika	3	3	TM1852xx	Mata Kuliah Pilihan 3	3
4	TM185103	Desain Eksperimen	3	4	TM1852xx	Mata Kuliah Pilihan 4	3
TOTAL			11	TOTAL			12

Semester III				Semester IV
No	Kode	Nama Mata Kuliah	SKS	No	Kode	Nama Mata Kuliah	SKS
1	TM185300	Proposal Tesis	2	1	TM185400	TESIS	8
2	TM1852xx	Mata Kuliah Pilihan 5	3		TOTAL		8
TOTAL			5	TOTAL SKS			36