Chương trình đào tạo ngành Công nghệ bán dẫn 2025 | Faculty of Physics & Engineering Physics

1. General information

1.1. Program name:

- Vietnamese: Công nghệ bán dẫn

- English: Semiconductor Technology

1.2. Major code: 7440108

1.3. Degree training: Bachelor

1.4. Program name: Bachelor of Science Honor Program in Semiconductor Technology

1.5. Type of education: Regular

1.6. Learning time: 4 years

1.7. Name of diploma after graduation:

- Vietnamese name: Cử nhân Chương trình tài năng Công nghệ bán dẫn

- English name: Bachelor of Science Honor Program in Semiconductor Technology

1.8. Language of instruction: Vietnamese

1.9. Locations:

- Campus 1: 227 Nguyen Van Cu, Cho Quan Ward, Ho Chi Minh City

- Campus 2: National University-HCM City, Dong Hoa Ward, Ho Chi Minh City

2. General Program Objectives

The program aims to train graduates in Semiconductor Technology who possess a strong foundation of professional knowledge, proficient practical skills, and a high capacity for innovation, together with effective teamwork and communication skills. Graduates are expected to demonstrate proficiency in professional English, strong professional ethics, and a high degree of professionalism. They will also develop the adaptability, self-directed learning skills, and lifelong learning capacity required to meet the evolving demands of national economic development in the context of industrialization and modernization.

3. Program Structure

No.	KNOWLEDGE BLOCK		CREDITS			Total Cumulative Credits upon Graduation (1+2+3+4)
No.	KNOWLEDGE BLOCK		Compulsory (C)	Elective (E)	Total	Total Cumulative Credits upon Graduation (1+2+3+4)
1	General Education (excluding National Defense and Security Education, Physical Education, Basic Informatics, and Foreign Languages) (1)		47	4	51	137
2	Specialized Education	Major Fundamentals (2)	39	0	39
		Major Courses (3)	0	37	37
		Graduation Requirements (4)	10	0	10

4. Curriculum Content

Semester(s)	Code	Title	Credit	Part Number			Module type
Semester(s)	Code	Title	Credit	Theory	Practice	Exercise	Module type
1	BAA00101	Marxism-Leninism Philosophy	3	45	0	0	C
	BAA00102	Marxist-Lenin Political Economy	2	30	0	0	C
	BAA00004	Introduction to Vietnamese Law System	3	45	0	0	C
	MTH00003	Calculus 1B	3	45	0	0	C
	MTH00081	Practice for integral calculus 1B	1	0	30	0	C
	PHY00001	General Physics 1 (Mechanics and Thermodynamics)	3	45	0	0	C
	SEM00001	Introduction to Semiconductor Technology	3	15	60	0	C
	ADD00031	English 1	3	30	30	0
	BAA00021	Physical Education 1	2	15	30	0	C
TOTAL SEMESTER 1 (excluding English)			20
2	CHE00001	General chemistry 1	3	30	0	30	C
	MTH00004	Calculus 2B	3	45	0	0	C
	MTH00030	Linear algebra	3	45	0	0	C
	PHY00002	General physics 2 (Electromagnetism – Optics)	3	45	0	0	C
	PHY00004	Modern physics (Quantum – Atom – Nucleus)	3	45	0	0	C
	PHY00081	Lab Work on general physics	2	0	60	0	C
	CSC00003	Basic Computing	3	15	60	0	C
	ADD00032	English 2	3	30	30	0	C
	BAA00022	Physical Education 2	2	15	30	0	C
TOTAL SEMESTER 2 (excluding English)			22
3	BAA00103	Science Socialism	2	30	0	0	C
	BAA00104	History of Vietnamese Communist Party	2	30	0	0	C
	MTH00040	Probability statistics	3	45	0	0	C
	BAA00005	General economic	2	30	0	0	E
	BAA00006	General psychology	2	30	0	0	E
	BAA00007	Innovative methodology	2	30	0	0	E
	SEM00002	Python programming	3	30	30	0	C
	SEM10001	Solid State Physics and Semiconductors	3	45	0	0	C
	PHY10003	Computational Mathematics	3	30	30	0	C
	BAA00030	National Defense Education	4				C
	ADD00033	English 3	3	30	30	0
TOTAL SEMESTER 3 (excluding National Defense Education)			18
4	BAA00003	Ho Chi Minh's Ideology	2	30	0	0	C
	GEO00002	Earth science	2	30	0	0	E
	ENV00001	General Environment	2	30	0	0	E
	BAA00015	Introduction to climate change and sustainable development	2	30	0	0	E
	PHY10005	Basic Electronics	3	30	30	0	C
	PHY10007	Quantum Mechanics 1	3	45	0	0	C
	SEM10002	Physical semiconductor devices	3	45	0	0	C
	SEM10003	Basic semiconductor Manufacturing technology	3	30	30	0	C
	SEM10010	Introduction to Artificial Intelligence	2	30	0	0	C
	ADD00034	English 4	3	30	30	0
TOTAL SEMESTER 4 (excluding English)			18
5	SEM10004	Microfabrication Technology	3	15	60	0	C
	SEM10005	Physical Properties of Semiconductors	3	45	0	0	C
	SEM10006	Electronic and Digital Circuits	4	45	30	0	C
	SEM10007	Measuring device	3	30	30	0	C
	SEM10008	Technology of semiconductor device packaging	3	45	0	0	C
	SEM10009	Semiconductor & Integrated Circuit Design	3	30	30	0	C
TOTAL SEMESTER 5			19
6	SEM10101	Micro electronic mechanical devices	3	30	30	0	E
	SEM10102	Electric circuit analysis	2	30	0	0	E
	SEM10104	Thermal management for electronics devices	3	45	0	0	E
	SEM10105	Semiconductor Devices Manufacturing and Process Control	3	30	30	0	E
	SEM10106	Semiconductor testing	3	45	0	0	E
	SEM10116	Materials and Semiconductor Memory Devices	3	30	30	0	E
	SEM10118	Sensor Manufacturing Technology	4	30	60	0	E
	SEM10119	Advanced lighting technology, laser and photonics	3	45	0	0	E
	SEM10120	Materials for energy conversion	4	45	30	0	E
	SEM10126	Physical Design	3	30	30	0	E
	SEM10127	Research and Development	3	45	0	0	E
	SEM10128	Creativity and Innovation	3	45	0	0	E
	SEM10130	Vacuum and Thin-Film Technology	3	45	0	0	E
	SEM10134	Computer-Aided Engineering Graphics	3	30	30	0	E
	PHY10618	Machine learning	3	30	30	0	E
	PHY10620	Embedded Systems and Internet of Things	3	30	30	0	E
	PET10212	Analog Integrated Circuit Design	3	30	30	0	E
TOTAL SEMESTER 6			19
7	SEM10103	Advanced packaging technology	3	45	0	0	E
	SEM10107	Equipment safety management	3	45	0	0	E
	SEM10108	Semiconductor device modeling	3	30	30	0	E
	SEM10109	Simulation techniques	3	30	30	0	E
	SEM10110	Simulation Plasmaductor fabrication technologies	3	30	30	0	E
	SEM10111	Simulation on energy band structure in semiconductor materials	3	45	0	0	E
	SEM10112	Simulation of semiconductor fabrication technologies	3	45	0	0	E
	SEM10113	Very Large-Scale Integration (VLSI) Technology	3	45	0	0	E
	SEM10114	Programmable Logic Design	3	45	0	0	E
	SEM10115	Semiconductor optoelectronic	3	30	30	0	E
	SEM10117	Semiconductor material analysis techniques	3	30	30	0	E
	SEM10121	Characterization techniques for defects in Semiconductor materials	3	45	0	0	E
	SEM10122	Semiconductor Electrochemistry	3	30	30	0	E
	SEM10123	Introduction to Display Science and Technology	3	45	0	0	E
	SEM10124	Application of radiation technology in semiconductor materials	3	45	0	0	E
	SEM10125	Fuel cell and new technology in energy storage	3	45	0	0	E
	SEM10129	IP core design	3	30	30	0	E
	SEM10131	Nanobiophotonics	2	30	0	0	E
	SEM10132	Optoelectronic System Design	3	30	30	0	E
	SEM10133	Laser Engineering	2	30	0	0	E
	SEM10135	Solar Photovoltaic Technology	3	30	30	0	E
	SEM10136	PCB Design Technology	3	30	30	0	E
	SEM10137	Printed Circuit Board Technology in Electronic Packaging	3	45	0	0	E
	SEM10138	High-Density Interconnect Technology in Electronic Packaging	3	45	0	0	E
	SEM10139	Quality Testing and Reliability in Semiconductor Packaging	3	45	0	0	E
	SEM10140	Emerging Topics in Semiconductor Technology	3	45	0	0	E
	PHY10614	Internship	2	0	60	0	E
	PET10206	Design for Test	3	30	30	0	E
	PET10208	Physical Design of VLSI	3	30	30	0	E
	PET10211	System-on-chip (SoC) design	3	30	30	0	E
TOTAL SEMESTER 7			18
8	SEM10995	Graduation thesis	10	Perform thesis: 300 (part number)
TOTAL SEMESTER 8			10

UNDERGRADUATE PROGRAM IN SEMICONDUCTOR TECHNOLOGY 2025