Kurikulum 2024

Semester 1			Semester 2
Kode	Mata Kuliah	SKS	Kode	Mata Kuliah	SKS
NT6001	Surface and Interfaces Science of Material	4	NT6004	Nanomaterial Characterization	4
NT6002	Nanomaterial Processing	4	NT5009	Basic Applied Research ^[1]	4
NT5003	Research Methodology	3	NT6054	Monitored Independent Case Study and Research 2 ^[2]	5
NT5001	Concept of Advance Nanotechnology ^[1]	4	NT5002	Nanotechnology Seminar ^[1]	4
NT6053	Monitored Independent Case Study and Research 1 ^[2]	5	NT6051	Research proposal ^[2]	4
NT5006	Socio-economic and Nanotechnology ^[1]	4
Semester 3			Semester 4
Kode	Mata Kuliah	SKS	Kode	Mata Kuliah	SKS
NT6055	Monitored Independent Case Study and Research 3 ^[2]	5	NT6010	Masters Defense	2
NT6006	Thesis I ^[1]^[2]	6	NT6007	Thesis II ^[2]^[1]	6

[1] Khusus Magister Berbasis Kuliah dengan Tesis Riset

[2] Khusus Magister Berbasis Riset (MBR)

Fakultas	No Prodi	Program Studi

Battery Material (29 SKS)

The ITB Battery Materials Multidisciplinary Masters Program is a multidisciplinary program involving the Metallurgical Engineering Masters Study Program-FTTM and the Nanotechnology Masters Program-SPs.

Kode	Mata Kuliah	SKS
MG5001	Metallurgical Process Engineering	4
MG5011	Advanced Metallurgical Thermodynamics	4
MG5015	Advanced Metallurgical Transport Phenomena	3
MG5002	Modeling and Simulation of Metallurgical Processes	4
MG5013	Advanced Extractive Metallurgy	2
NT6042	Battery Material Synthesis	4
NT6031	Nanomaterials for Energy	4
NT6041	Battery Materials and Characterization	4

Kode	Mata Kuliah	Kategori	SKS
NT5001	Concept of Advance Nanotechnology	Lecture	4
NT5002	Nanotechnology Seminar	Lecture	4
NT5003	Research Methodology	Lecture	3
NT5006	Socio-economic and Nanotechnology	Lecture	4
NT5009	Basic Applied Research	Lecture	4
NT5091	Monitored Independent Study	Lecture	4
NT5093	Special Topics of Nanotechnology	Lecture	4
NT6001	Surface and Interfaces Science of Material	Lecture	4
NT6002	Nanomaterial Processing	Lecture	4
NT6003	Computational Material Design	Lecture	4
NT6004	Nanomaterial Characterization	Lecture	4
NT6005	Standardization and Safety in Nanotechnology	Lecture	4
NT6006	Thesis I	Final Project / Thesis / Dissertation	6
NT6007	Thesis II	Final Project / Thesis / Dissertation	6
NT6010	Masters Defense	Final Project / Thesis / Dissertation	2
NT6022	Advanced Applied Research	Lecture	3
NT6031	Nanomaterials for Energy	Lecture	4
NT6032	Advance Nanomaterials Processing	Lecture	4
NT6033	Nanodevice Technology	Lecture	4
NT6034	Advance Material Characterization	Lecture	4
NT6035	Drugs Delivery and Biology System	Lecture	4
NT6041	Battery Materials and Characterization	Lecture	4
NT6042	Battery Material Synthesis	Lecture	4
NT6051	Research proposal	Final Project / Thesis / Dissertation	4
NT6053	Monitored Independent Case Study and Research 1	Lecture	5
NT6054	Monitored Independent Case Study and Research 2	Lecture	5
NT6055	Monitored Independent Case Study and Research 3	Lecture	5
NT6056	Monitored Independent Case Study and Research 4	Lecture	5
NT6091	Nanofluids Engineering	Lecture	4
NT6092	Capita Selecta of Nanotechnology	Lecture	3
NT6094	Scientific Journal Writing	Lecture	3
NT6301	Independent Study Nanotechnologi 1	Lecture	3
NT6302	Independent Study Nanotechnologi 2	Lecture	3
NT6303	Independent Study Nanotechnologi 3	Lecture	3
NT6304	Independent Study Nanotechnologi 4	Lecture	3
NT6305	Independent Study Nanotechnologi 5	Lecture	3
NT6306	Independent Study Nanotechnologi 6	Lecture	3

Kurikulum 2024 Nanotechnology (287)

Battery Material (29 SKS)