Electronics and Communications Engineering Technology

THAI NGUYEN UNIVERSITY

UNIVERSITY OF INFORMATION AND COMMUNICATION TECHNOLOGY

CURRICULUM
FIELD: ELECTRONIC – TELECOMMUNICATIONS TECHNOLOGY
MAJOR: MOBILE DEVICES AND TECHNOLOGY
(Implemented from K16, since 2017)

(Attached to Decision No. 809/QD-DHCNTT&TT dated on 01 August, 2017 by Rector of University of Information and Communication Technology; Decision No. 2572/QĐ-ĐHTN dated on 28 November, 2017 by the President of Thai Nguyen University)

TT Subjects Credits Periods Semester 1 2 3 4 5 6 7 8 9 Core Type of subjects
TQ/HT/SH
(0)/(2)/(1)
TS LT TH 15 16 16 16 17 15 15 15 15
General subjects
(Total credits: 40 credits/15 subjects)
1 Principles of Marxism and Leninism 1 2 30 30 0 1 2
2 Principles of  Marxism and Leninism 2 3 45 45 0 2 3 Principles of  Marxism and Leninism 1 (2)
3 Principles of Law 2 30 30 0 1 2
4 Linear Algebra 3 45 45 0 1 3 x
5 Analytics Analysis 4 60 60 0 2 4 x Linear Algebra (2)
6 Probability & Statistics 2 30 30 0 3 2 Linear Algebra (2); Analysis (2)
7 General Physics 2 30 30 0 1 2 x
8 Introduction to Informatics 3 60 30 30 1 3
9 English 1 3 45 45 0 1 3
10 English 2 3 45 45 0 2 3 English 1 (0)
11 English 3 3 45 45 0 3 3 English 2 (0)
12 English 4 3 45 45 0 4 3 English 3 (0)
13 Ho Chi Minh’s Ideology 2 30 30 0 6 2 Principles of  Marxism and Leninism 2 (2)
14 Revolution Lines of the Vietnamese Communist Party 3 45 45 0 7 3 Ho Chi Minh’s Ideology (2)
15 Soft Skills 2 30 30 0 6 2
Basic subjects
(Total credits: 49 credits/19 subjects)
16 Digital Signal Processing 3 45 45 0 3 3 x Analytics Analysis (2)
17 Analog Electronics Engineering 3 45 45 0 2 3 x General Physics (2)
18 Electronic Circuit Engineering 3 45 45 0 3 3 Analog Electronics Engineering (2); Digital Electronic Engineering (2)
19 Digital Electronics Engineering 3 45 45 0 2 3 x General Physics (2)
20 Electronic Measurement Technique 2 30 30 0 4 2 Electronic Circuit Engineering (2)
21 C Programming in Electronics Engineering 3 60 30 30 3 3 x Introduction to Informatics (2)
22 Advanced C Programming in Electronics Engineering 3 60 30 30 4 3 C Programming in Electronics Engineering (2)
23 Microprocessing Engineering and Applications 3 45 45 0 5 3 x Electronic Engineering(2); Digital Electronic Engineering (2); C Programming in Electronics Engineering (2)
24 Networks and Data Transmission 3 60 30 30 5 3 x Introduction to Informatics (2)
25 Wave Propagation and Antenna 3 45 45 0 4 3 General Physics (2)
26 Data Structure and Algorithms 3 60 30 30 5 3 x C Programming in Electronics Engineering (2)
27 Digital Communications 3 45 45 0 4 3 x Analysis (2); Digital Signal Processing (2)
28 Mobile Communications 2 30 30 0 5 2 Transmission Techniques (1); Optical Communications (1)
29 Optical Communications 2 30 30 0 5 2 Transmission Techniques (1); Mobile Communications (1)
30 Transmission Techniques 2 30 30 0 5 2 Digital Communictions(2)
31 Laboratory Practice 2 60 0 60 3 2 x Analog Electronics Engineering (2)
32 Analog and Digital Electronic Practice 2 60 0 60 4 2 x Electronic Circuit Engineering (2); Digital Electronic Engineering (2)
33 Microprocessing and Microcontrol Practice 2 60 0 60 6 2 x Microprocessing Engineering and Applications (2)
34 Basis Telecommunications Practice 2 60 0 60 5 2 x Digital Information (0)
Specialized subjects
(Total credits: 33, of which compulsory credits: 18/33 credits, Elective 15/33 credits)
Compulsory subjects: (18 credits/ 6 subjects)
35 Mobile Devices 3 45 45 0 6 3 x Microprocessing Engineering and Applications (2)
36 Basic Programming on Mobile Devices 3 60 30 30 6 3 x C Programming in Electronics Engineering (2); Data Structure and Algorithms (2)
37 Network Communications Programming with Java 3 60 30 30 6 3 x C Programming in Electronics Engineering (2); Data Structure and Algorithms (2); Networks and Data Transmission (2)
38 C++ Programming for Embedded Systems 3 60 30 30 7 3 x C Programming in Electronics Engineering (2)
39 Embedded System Practice 3 90 0 90 8 3 Microprocessing Engineering and Applications (2)
40 Special Subject 3 45 45 0 8 3
 Elective subjects (15 credits/ 5 subjects)
41 Elective 1 (3 credits): 3 7 3
1 Android Application Programming 3 60 30 30 7 Network Communications Programming with Java (2)
2 Windows Phone Application Programming 3 60 30 30 7 Data Structure and Algorithms (2)
3 IOS Application Programming 3 60 30 30 7 Data Structure and Algorithms (2)
42 Elective 2 (3 credits): 3 7 3
1 Design of Electronic Module for Collecting and Controlling Information 3 45 45 0 7 Mobile Devices (2); C++ Programming for Embedded Systems (2)
2 Communication Services Design with Mobile Devices 3 60 30 30 7 Basic Programming on Mobile Devices
43 Elective 3 (3 credits): 3 8 3
1 IoT and Mobile Devices 3 45 45 0 8 Mobile Devices  (2)
2 Wireless Communications Programming for Mobile Devices 3 60 30 30 8 Basic Programming on Mobile Devices
44 Elective 4 (3 credits): 3 8 3
1 Signal Processing on Mobile Devices 3 60 30 30 8 Digital Signal Processing (2); Basic Programming on Mobile Devices (2)
2 Multimedia Processing on Mobile Devices 3 60 30 30 8 Basic Programming on Mobile Devices
45 Elective 5 (3 credits): 3 8 3
1 Mobile Multiplatform Applications Development 3 60 30 30 8 Basic Programming on Mobile Devices
2 Mobile Device Security 3 60 30 30 8 Basic Programming on Mobile Devices
Internship, Graduation Thesis
(Total credits: 18 credits)
46 Specialized Internship 3 7 3
47 Graduation Internship 5 9 5 Specialized Internship (2)
48 Graduation Thesis 10 9 10
Alternative subjects to replace Graduation Thesis (10 TC)
1 Modern Mobile Device Technology 2 30 30 0 9 Graduation Internship (0; Mobile Devices (2)
2 Smart Mobile Service Deployment 3 60 30 30 9 Graduation Internship (0; Basic Programming on Mobile Devices
3 Mobile Cloud Computing 2 30 30 0 9 Graduation Internship (0; Networks and Data Transmission (2)
4 Performance Optimalization on Mobile Devices 3 60 30 30 9 Graduation Internship (0); Basic Programming on Mobile Devices
Total accumulative credits of the curriculum 140