NCKU Curriculum Map
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Electrical Engineering    [Course Catalog of this Semester]
Goal   
  • Establish solid professional knowledge: to educate students in professional knowledge, and equip them with the ability to innovate, analyze, design and to practice, in order to develop professional knowledge in Electrical Engineering, academic research, and interdisciplinary integration.
  • Enhance teamwork skills: to educate students in a wide range of knowledge, communication skills, and teamwork, in order to meet the challenges of different career developments, and be cognizant of the necessity of lifelong learning.
  • Practice multi-field learning: to provide students with enough high-quality educational content to adapt to international and social needs, and to educate students to understand the roles and responsibilities of the electrical engineer in the society, environment, and ethics.
  • Principle Literacy and Competence   
    [Competence]
  • The ability to apply mathematics, physics, chemistry and electrical engineering.
  • Design and perform experiments, and analyze and interpret data.
  • Practice the necessary technical skills for engineering, and the ability to use modern engineering tools.
  • The ability to design an engineering system, component, or process.
  • The ability to manage projects, communicate efficiently and work in teams.
  • The ability to discover, analyze and solve engineering problems.
  • Learn about contemporary issues and understand the impact of engineering on the environment, society and the world, and develop lifelong learning.
  • The ability to understand professional ethics and social responsibility.
  • Course Classification
    Course Classification Course Name
    A. School common required course
    []PHYSICAL EDUCATION (1), [MATH1061]CALCULUS (1), [MATH1061]CALCULUS (1), [MATH1062]CALCULUS (2), [MATH1062]CALCULUS (2), [PHYS1071]GENERAL PHYSICS (1), [PHYS1072]GENERAL PHYSICS (2), [PHYS1081]GENERAL PHYSICS LABORATORY (1), [PHYS1082]GENERAL PHYSICS LABORATORY (2), [EE1200]LOGIC SYSTEM PRACTICE, [EE1510]INTRODUCTION TO COMPUTERS (1), [EE1520]INTRODUCTION TO COMPUTER SCIENCE, [EE50]MILITARY TRAINING (1), [EE51]MILITARY TRAINING (2), [EE60]HISTORY
    B. General education courses
    [EE4670]TECHNOLOGY INDUSTRY ANALYSIS
    C. Faculty core courses
    [EE2100]ELECTRONICS, [EE2300]ELECTRIC CIRCUITS
    D. Department/Institute core courses
    [EE1580]LOGIC SYSTEM LABORATORY, [EE2000]ELECTRIC ENGINEERING ETHICS, [EE2061]ENGINEERING MATHEMATICS (1), [EE2062]ENGINEERING MATHEMATICS (2), [EE2110]ELECTRONICS (1), [EE2120]ELECTRONICS (2), [EE2200]LINEAR ALGEBRA, [EE2310]ELECTRIC CIRCUITS (1), [EE2320]ELECTRIC CIRCUITS (2), [EE2620]LINEAR ALGEBRA AND VECTOR ANALYSIS, [EE3130]ELECTRONICS (3), [EE3330]INTRODUCTION TO ELECTRICAL MACHINERY, [EE3430]ELECTROMAGNETIC FIELDS AND WAVES (1), [EE3440]ELECTROMAGNETIC FIELDS AND WAVES (2), [EE3730]ELECTRIC INSTRUMENTS, [EE3740]ELECTRIC INSTRUMENTATION LABORATORY, [EE5690]TECHNICAL COMMUNICATION IN ENGLISH
    E. Interdisciplinary courses
    F. Incorporating Service-Learning into the course
    [EE0101]SERVICE STUDY (1), [EE0102]SERVICE STUDY (2), [EE103]SERVICE STUDY (3), [EE2101]ELECTRONICS LABORATORY
    G. Electric Engineering
    [EE1070]ELECTRICAL ENGINEERING LABORATORY, [EE1190]DIGITAL LABORATORY, [EE1400]ELECTRIC MACHINE SHOP PRACTICE, [EE2061]ENGINEERING MATHEMATICS (1), [EE2062]ENGINEERING MATHEMATICS (2), [EE2110]ELECTRONICS (1), [EE2120]ELECTRONICS (2), [EE2130]ELECTRONICS LABORATORY (1), [EE2140]ELECTRONICS LABORATORY (2), [EE2150]DIGITAL ELECTRONICS, [EE2180]ELECTRONICS CIRCUIT LABORATORY(1), [EE2200]LINEAR ALGEBRA, [EE2290]STATISTICAL THERMODYNAMICS, [EE2301]ELECTRIC CIRCUITS EXPERIMENTS, [EE2310]ELECTRIC CIRCUITS (1), [EE2320]ELECTRIC CIRCUITS (2), [EE2410]DIGITAL CIRCUIT AND SYSTEMS, [EE2420]PROBABILITY AND STATISTICS, [EE2430]AN INTRODUCTION TO COMMUNICATION, [EE2431]INTRODUCTION TO COMMUNICATION, [EE2510]COMPUTER ORGANIZATION, [EE2510]INTRODUCTION TO DATA STRUCTURES, [EE2520]COMPUTER PROGRAMMING., [EE3030]ENGINEERING MATHEMATICS (3), [EE3030]ENGINEERING MATHEMATICS (3), [EE3130]ELECTRONICS (3), [EE3170]ELECTRONICS CIRCUIT LABORATORY(2), [EE3200]CONTROL ENGINEERING, [EE3210]CONTROL ENGINEERING LABORATORY, [EE3211]UNDERGRADUATE PROJECT FOR CIRCUIT AND SYSTEMS(1), [EE3221]UNDERGRADUATE PROJECT FOR CIRCUIT AND SYSTEMS(2), [EE3330]INTRODUCTION TO ELECTRICAL MACHINERY, [EE3430]ELECTROMAGNETIC FIELDS AND WAVES (1), [EE3440]ELECTROMAGNETIC FIELDS AND WAVES (2), [EE3501]DIGITAL CIRCUIT, [EE3730]ELECTRIC INSTRUMENTS, [EE3740]ELECTRIC INSTRUMENTATION LABORATORY, [EE4140]ULSI TECHNOLOGY, [EE4180]COMPLEX VARIABLES, [EE4230]NUMERICAL ANALYSIS, [EE4401]PRINCIPLES OF COMMUNICATIONS, [EE4590]OPERATIONS RESEARCH, [EE4600]DISCRETE MATHEMATICS, [EE4890]ELECTRONIC INSTRUMENTATION, [EE4900]SEMINAR, [EE4910]SEMINAR (1), [EE4930]PROJECT MANAGEMENT, [EE5290]LINEAR ELECTRONIC DESIGN, [EE5510]NETWORK ANALYSIS & SYNTHESIS, [EE5651]VLSI SYSTEM DESIGN, [EE5910]THESIS (1), [EE5920]SEMINAR (2), [EE5920]THESIS (2)
    H. Microelectronics
    [EE1090]GENERAL CHEMISTRY, [EE2160]QUANTUM PHYSICS, [EE2170]QUANTUM MECHANICS, [EE3110]TOPIC ON SEMICONDUCTOR(1), [EE3111]UNDERGRADUATE PROJECT FOR MICROELECTRONICS AND MATERIALS(1), [EE3120]TOPIC ON SEMICONDUCTOR(2), [EE3121]UNDERGRADUATE PROJECT FOR MICROELECTRONICS AND MATERIALS(2), [EE3440]COMMUNICATION INTEGRATED CIRCUIT DESIGN, [EE3750]ADVANCED SOLID STATE PHYSICS, [EE4100]SEMICONDUCTOR PHYSICS, [EE4120]SOLID STATE PHYSICS, [EE4500]INTRODUCTION OF MEDICAL SOC, [EE4610]LINEAR INTEGRATED CIRCUITS, [EE5100]PHYSICS OF SEMICONDUCTOR DEVICES, [EE5110]SEMICONDUCTOR DEVICES, [EE5120]OPTOELECTRONICS ENGINEERING, [EE5130]OPTOELECTRIC DEVICE, [EE5140]INTEGRATED CIRCUITS ENGINEERING, [EE5150]INTRODUCTION TO OPTICAL ELECTRONICS SEMICONDUCTOR, [EE5160]MOBILE COMPUTING AND GREATIVE APPLICATIONS, [EE5230]SEMICONDUCTOR DEVICE NUMERICAL SIMULATION, [EE5470]INTRODUCTION AND IMPLEMENTATION FOR SOFTWARE-DEFINED RADIO, [EE5620]INTRODUCTION TO VLSI DESIGN, [EE5630]INTEGRATED CIRCUITS ENGINEERING, [EE5680]VLSI TECHNOLOGY
    I. Electronic materials
    [EE1090]GENERAL CHEMISTRY, [EE2850]ELECTRICAL ENGINEERING MATERIALS, [EE2860]INTRODUCTION TO ELECTRONIC MATERIALS, [EE2870]INTRODUCTION TO MATERIALS SCIENCE, [EE3220]TOPIC ON ELECTRONIC MATERIALS(2), [EE3810]TOPIC ON ELECTRONIC MATERIALS(1)
    J. automatic control
    [EE3210]TOPIC ON CONTROL SYSTEM(1), [EE3320]TOPIC ON CONTROL SYSTEM(2), [EE4200]SYSTEM THEORY, [EE4690]DIGITAL CONTROL, [EE5200]FUZZY CONTROL, [EE5210]PRINCIPLE OF ROBOTICS, [EE5220]LINEAR SYSTEM, [EE5290]PRINCIPLES OF SEQUENTIAL MACHINES
    K. power systems
    [EE2350]INTRODUCTION TO ENERGY TECHNOLOGIES, [EE3310]TOPIC ON POWER TECHNOLOGY(1), [EE3340]BASIC ELECTRICAL MACHINERY LABORATORY, [EE3420]TOPIC ON POWER TECHNOLOGY(2), [EE4300]INTRODUCTION TO POWER ELECTRONICS, [EE4310]ELECTRIC POWER SYSTEMS (1), [EE4310]POWER ELECTRONICS, [EE4320]ELECTRIC POWER SYSTEMS (2), [EE4330]ELECTRICAL MACHINERY, [EE4340]POWER ELECTRONICS, [EE4350]ELECTRIC POWER EQUIPMENTS, [EE4360]INDUSTRIAL ELECTRONICS, [EE4370]POWER SYSTEM PLANNING, [EE4380]INTRODUCTION TO POWER SYSTEM ANALYSIS, [EE5300]INDUSTRIAL ELECTRONICS, [EE5310]POWER CONVERTER DESIGN, [EE5320]POWER ENGINEERING, [EE5330]HIGH VOLTAGE ENGINEERING, [EE5330]EXPERT SYSTEM, [EE5340]ELECTRIC POWER PLANT EQUIPMENTS, [EE5390]SPECIAL TOPICS ON POWER SYSTEM ANALYSIS
    L. Computer and networking
    [EE1500]LOGIC SYSTEM, [EE2550]INTRODUCTION AND PRACTICES OF ARTIFICIAL INTELLIGENCE, [EE2560]COMPUTER ASSEMBLY PROGRAMMING, [EE3251]UNDERGRADUATE PROJECT FOR COMPUTER AND COMMUNICATION(1), [EE3252]UNDERGRADUATE PROJECT FOR COMPUTER AND COMMUNICATION(2), [EE3350]INTRODUCTION TO OPTICS, [EE3360]PRACTICAL APPLICATIONS OF ELECTRONIC CIRCUITRY, [EE3370]WEB PROGRAMMING, [EE3380]INTRODUCTION TO BIOMEMS, [EE3390]DESIGNS AND APPLICATIONS OF SOLAR PHOTOVOLTAIC ELECTRONIC SYSTEMS, [EE3400]DATA MINING AND MACHINE LEARNING, [EE3405]SOCIAL WEB DESIGN, [EE3500]COMPUTER NETWORKS, [EE3502E]INTERNET OF THINGS, [EE3510]TOPIC ON COMPUTER AND NETWORK(1), [EE3520]TOPIC ON COMPUTER AND NETWORK(2), [EE3600]ADVANCED JAVA PROGRAMMING, [EE4130]INTRODUCTION TO RFIC DESIGN, [EE4300]RENEWABLE ENERGY CONVERTER EXPERIMENT, [EE4410]THE BASIC ARCHITECTURES AND PRINCIPLES OF PACKET SWITCHES, [EE4510]MICRO-COMPUTER & INTERFACE DESIGN, [EE4520]MICRO-COMPUTER & INTERFACE DESIGN, [EE4521]MICRO-COMPUTER & INTERFACE DESIGN LABORATORY, [EE4530]PROGRAMMING LANGUAGES, [EE4540]COMPUTER GRAPHICS, [EE4550]EMBEDDED SOFTWARE DESIGN AND PRACTICE, [EE5500]IP TELEPHONY TECHNOLOGY AND IMPLEMENTATION, [EE5540]COMPUTER COMMUNICATIONS, [EE5550]COMPILER SYSTEM, [EE5560]DATA BASE, [EE5570]EMBEDDED SYSTEMS, [EE5580]SOFTWARE ENGINEERING, [EE5590]OVERVIEW ON WIRED COMMUNICATION TECHNOLOGIES, [EE5591]OPERATING SYSTEM, [EE5720]TECHNOLOGY EDUCTION AND EDUCTIONAL TOY DESIGN, [EE5720]IMAGE PROCESSING, [EE5721]MULTIMEDIA INTERNET, [EE5740]SYSTEM PROGRAMMING, [EE5810]INTRODUCTION TO SOFTWARE ENGINEERING
    M. Communication system and networking
    [EE3410]TOPIC ON COMMUNICATION AND NETWORK(1), [EE3450]SIGNALS AND SYSTEMS, [EE3480]COMMUNICATION LABORATORY, [EE3620]TOPIC ON COMMUNICATION AND NETWORK(2), [EE4400]ANALOG COMMUNICATION, [EE4410]NETWORK SECURITY PRACTICAL, [EE4450]COMMUNICATION LABORATORY, [EE4570]SWITCHING SYSTEMS, [EE4760]STARTUP EXPLORATION, [EE4770]USER INTERFACE DESIGN AND DEVELOPMENT, [EE5320]INNOVATION AND ENTREPRENEURSHIP, [EE5400]STATISTICAL COMMUNICATION, [EE5400]DIGITAL COMMUNICATION, [EE5410]MICROWAVE ENGINEERING, [EE5420]FIBER OPTICAL COMMUNICATIONS, [EE5430]DIGITAL COMMUNICATION, [EE5440]ELECTROMAGNETIC WAVE & ANTENNAS, [EE5450]DIGITAL SIGNAL PROCESSING, [EE5460]NETWORKS SECURITY AND STANDARDS, [EE5480]TELECOMMUNICATION ENGINEERING, [EE5490]INDUSTRIAL POWER DISTRIBUTION, [EE5520]NETWORK ENGINEERING
    N. computer-aided design
    [EE2610]INTRODUCTION TO VLSI DESIGN, [EE2870]FUNDAMENTAL OF ELECTRONIC DESIGN AUTOMATION, [EE3500]THIN CLIENT SYSTEM ANALYSIS AND DESIGN METHODOLOGY, [EE3601]FIELD PROGRAMMABLE GATE ARRAY (FPGA) DESIGN, [EE3610]TOPIC ON VLSI/CAD(1), [EE3720]TOPIC ON VLSI/CAD(2), [EE4580]IC DESIGN PRACTICE, [EE4630]INTRODUCTION AND IMPLEMENTATION OF BIOS TECHNOLOGY, [EE4640]DESIGN AND APPLICATION OF PLL/DLL, [EE4660]APPLICATION SPECIFIC VLSI CHIP DESIGN, [EE5530]COMPUTER ALGORITHM, [EE5600]INTRODUCTION TO VLSI CAD, [EE5610]ANALOG IC DESIGN, [EE5640]INTRODUCTION TO VLSI DESIGN, [EE5650]VLSI SYSTEM DESIGN, [EE5660]DIGITAL INTEGRATED CIRCUITS, [EE5670]DIGITAL INTEGRATED CIRCUITS
    O. instrumentation and chip systems
    [EE3660]SINGLE CHIP SYSTEM DESIGN & APPLICATION, [EE3710]TOPIC ON INSTRUMENTATION SYSTEM(1), [EE3820]TOPIC ON INSTRUMENTATION SYSTEM(2), [EE4750]INTRODUCTION TO FLAT PANEL DISPLAY, [EE5710]INTRODUCTION OF BIOMEDICAL INSTRUMENETS, [EE5730]INTRODUCTION TO BIOMEDICAL ELECTRONICS, [EE5730]TECHNOLOGIES AND APPLICATIONS FOR WIRELESS SYSTEMS, [EE5740]DESIGN OF ELECTRONIC SYSTEMS
    Development
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