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Academics

The course’s credits table for NTUEE undergraduate students

 (Administered from 2018 fall semester) 

Compulsory Credits for Department   

Common Courses

Required courses

Required courses(optional)

Year

Course name / credits

Course name / credits

Course name / credits

Freshman  fall semester

CALCULUS (GENERAL MATHEMATICS) (A)(1) 4

GENERAL PHYSICS (A)(1) 3 

[GENERAL CHEMISTRY (C) 3 /

GENERAL CHEMISTRY LAB. 1]or

[INTRODUCTION OF

BIOLOGICAL SCIENCES 4 ]

COMPUTER PROGRAMMING 3

SWITCHING CIRCUIT

AND LOGIC DESIGN 3

 

CHINESE (1) 3

FRESHMAN

Credits subtotal  17

 

Credits subtotal 3

Freshman  spring  semester

CALCULUS (GENERAL MATHEMATICS) (A)(2) 4

GENERAL PHYSICS (A)(2) 3

GENERAL PHYSICS LAB.(2) 1

ELECTRONIC CIRCUITS 3

ELECTRONIC CIRCUITS EXPERIMENT 1

 

CHINESE (2) 3

FRESHMAN

 

Credits subtotal 12

 

Credits subtotal 3

Sophomore  fall  semester

ELECTRONICS (I) 4

ELECTRONICS EXPERIMENT (I)1

ELECTROMAGNETICS (I) 3

ENGINEERING MATHEMATICS-

DIFFERENTIAL EQUATION 2

ENGINEERING MATHEMATICS-

LINEAR ALGEBRA 3

 

ENGLISH / SECOND FOREIGN LANGUAGE (1) 3

 

 

 

 

 

Credits subtotal 13

 

Credits subtotal 3

Sophomore  spring  semester

ELECTRONICS (II) 4

ELECTRONICS EXPERIMENT (II)1

ELECTROMAGNETICS (II) 3

SIGNALS AND SYSTEMS 3

ENGINEERING MATHEMATICS-

PROBABILITY AND STATISTICS

 

ENGLISH / SECOND FOREIGN LANGUAGE (2) 3

Credits subtotal 14

 

Credits subtotal 3

Junior  fall  semester

ALGORITHM 3

DEPARTMENT COLLOQUIUM 1   

MATH

ENGINEERING MATHEMATICS-

COMPLEX VARIABLES 2

DISCRETE MATHEMATICS 2

 

GENERAL COURSES

(Students should take the courses for 15 credits)

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Category

 

 

A.

Science

B.

Device Circuit Integration

C.

Data Integration

BASICS

 

MODERN PHYSICS 3

ELECTRONIC CIRCUIT DESIGN 3

 

DATA STRUCTURE 3

INITIATION

FUNDAMENTALS OF ELECTRO-OPTICS 3

SOLID STATE ELECTRONICS 3

RF MICROWAVE WIRELESS SYSTEMS 3

INTRODUCTION TO BIOMEDICAL ENGINEERING 3

INTEGRATED CIRCUIT DESIGN 3

INTRODUCTION TO POWER ENGINEERING 3

 

PRINCIPLE OF COMMUNICATIONS3

CONTROL SYSTEMS 3

COMPUTER STRUCTURE 3

INTRODUCTION TO ELECTRONIC DESIGN AUTOMATION 3

 

Credits subtotal 4

 

 

 

 

Junior  spring  semester,Senior

 

Credits subtotal: 12

LAB

(A):

ELECTRICAL ENGINEERING LAB

(ELECTRIC MACHINERY) 2

ELECTRICAL ENGINEERING LAB (AUTOMATIC CONTROL) 2

(B):

ELECTRICAL ENGINEERING LAB

(DIGITAL CIRCUIT) 2

ELECTRICAL ENGINEERING LAB

(EMBEDDED SYSTEM)2

(C):

ELECTRICAL ENGINEERING LAB (ELECTROMAGNETIC WAVES) 2

ELECTRICAL ENGINEERING LAB (SEMICONDUCTOR) 2

(D):

ELECTRICAL ENGINEERING LAB

(TOPICS ON COMMUNICATION SYSTEM) 2

ELECTRICAL ENGINEERING LAB

(NETWORKING AND MULTINMEDIA) 2

(E):

ELECTRICAL ENGINEERING LAB

(BIOMEDICAL ENGINEERING )2

ELECTRICAL ENGINEERING LAB

(PHOTOELECTRIC) 2

(F): Other course topics certified by department

 

Credits subtotal: 4

Credits subtotal 15

 

Credits total 60

Credits total 18

Credits total 24

 

★  Besides the 102 required credits in the table, there also have 18 credits for the required electives courses ,

 and 17 credits for the general elective courses. Total number of credits needed for graduation: 137

★    Required elective courses (including Math, Basics and Initiation) minimum credits are 14, among which at least one course from Math, and a Basic or Initiation course from each category.

★    Required elective labs minimum credits are 4, among which at least 2 from different category (A-F).