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한국어
  • 한국어
  • ENGLISH
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      Course Introduction
      Course Introduction
      • This course aims to understand the operating principles of electrical devices and to learn about the configuration and control methods of power conversion systems to control them.
      Learning Objectives
      • Understand the operating principles of electrical devices and learn about the configuration and control methods of power conversion systems to control them..

      Course Schedule
      • Application Period: 2026.08.24.(Tue) ~ 2026.11.30.(Mon)
      • Course Duration: 2026.09.01.(Tue) ~ 2026.12.21.(Mon) - 16 weeks
      Completion and Evaluation Criteria
      • Quiz 10%, Assignments 20%, Midterm Exam 30%, Final Exam 40%
      • Certificate of Completion issued upon achieving over 60%
      Syllabus

      Parking

      Parking Name(Topic)

      Session

      Session Name(Learning Content)

      Assessment Method

      1

      Self-circuit

      1-1

      Voltage Induction

      Quiz(3)

      1-2

      Inductance

      Quiz(3)

      1-3

      Sine Wave Female

      Quiz(3)

      2

      Transformer

      1-1

      Ideal Transformer

      Quiz(3)

      1-2

      Real Transformer

      Quiz(3)

      1-3

      Energy Conversion

      Quiz(3)

      3

      Direct Current Motor

      1-1

      Phasor

      Quiz(3)

      1-2

      Structure and Modeling

      Quiz(3)

      1-3

      Transient State Analysis

      Quiz(3)

      4

      Power Conversion

      1-1

      DC-DC, DC-AC

      Quiz(3)

      1-2

      PWM

      Quiz(3)

      1-3

      Synchronous and Asynchronous Machines

      Quiz(3)

      5

      Induction Motor

      1-1

      Starting of Induction Motor

      Quiz(3)

      1-2

      Slip

      Quiz(3)

      1-3

      Characteristics of Induction Motor

      Quiz(3)

      6

      Speed Control of Induction Motor

      1-1

      Speed Control of Induction Motor

      Quiz(3)

      1-2

      V/fConstant Control

      Quiz(3)

      1-3

      Voltage Equation of Induction Motor

      Quiz(3)

      7

      Coordinate Transformation of Induction Motor

      1-1

      Basic Principles of Coordinate Transformation

      Quiz(3)

      1-2

      Coordinate Transformation Using Matrices

      Quiz(3)

      1-3

      Coordinate Transformation Using Complex Vectors

      Quiz(3)

      8

      Midterm Exam

      9

      Modeling of Induction Motor

      1-1

      Inductance of Induction Motor

      Quiz(3)

      1-2

      Equivalent Circuit of Induction Motor

      Quiz(3)

      1-3

      Synchronous Torque Control of Induction Motor

      Quiz(3)

      10

      Control System of Induction Motor

      1-1

      Vector Control of Induction Motor

      Quiz(3)

      1-2

      Flux-Oriented Control of Induction Motor

      Quiz(3)

      1-3

      Controller of Induction Motor

      Quiz(3)

      11

      Design of Induction Motor Controller

      1-1

      Design of Current Controller for DC Motor(1)

      Quiz(3)

      1-2

      Design of Current Controller for DC Motor(2)

      Quiz(3)

      1-3

      Design of Current Controller for AC Motor

      Quiz(3)

      12

      Speed Control Design of Induction Motor and Modeling of Permanent Magnet Synchronous Motor

      1-1

      Speed Control Design of Induction Motor

      Quiz(3)

      1-2

      Modeling of Permanent Magnet Synchronous Motor(1)

      Quiz(3)

      1-3

      Modeling of Permanent Magnet Synchronous Motor(2)

      Quiz(3)

      13

      Role of Power Electronics

      1-1

      Modeling of Surface-mounted Synchronous Motord-qAxis

      Quiz(3)

      1-2

      Role and Future of Power Electronics

      Quiz(3)

      1-3

      Role of Power Electronics in Electric Vehicles

      Quiz(3)

      14

      Vector Control of Permanent Magnet Synchronous Motor

      1-1

      Surface-mounted Synchronous Motor

      Quiz(3)

      1-2

      Interior-mounted Permanent Magnet Synchronous Motor

      Quiz(3)

      1-3

      Electrical Control Methods for Wind Turbines

      Quiz(3)

      15

      Future of Power Electronics

      1-1

      Renewable Energy

      Quiz(3)

      1-2

      Future Power Systems

      Quiz(3)

      1-3

      Photovoltaic Power Generation Systems

      Quiz(3)

      16

      Final Exam


      Preview
      Course Operators
      • 연구활동(주요논문)

        • [논문] Sadeq Ali, Ibrahim Mohd Alsofyani, 이교범, Improved Adaptive CCS-MPCC for Distorted Model Parameters Mitigation of IPMSM Drives, IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS, pp. 3483-3493 (4월, 2024)
        • [논문] Laith M. Halabi, HAKAMI SAMER SALEH EBRAHIM, 이교범, Integrated Voltage Vector–Based SVPWM for Reliability and Performance Enhancement of Five-Level HANPC Inverters, IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS, pp. 1093-1103 (2월, 2024)
        • [논문] 최혜원, 이교범, Reduction Method of Circulating Current in Parallel Three-Level Inverters Using Modified Discontinuous Pulse-Width Modulation Basedon Interleaving Scheme, IEEE TRANSACTIONS ON POWER ELECTRONICS, pp. 2322-2333 (2월, 2024)
        • [논문] ALKAF HASAN ALI GAMAL, Laith M. Halabi, 이교범, A Generalized Integrated MPC-Fuzzy-Neural Network Approach for Multilevel Inverter Fed PMSMs, IEEE Transactions on Industrial Informatics, pp. 2751-2761 (2월, 2024)
        • [논문] 박준혁, 최혜원, 이교범, Improved Integrated Modulation Strategy for Dual-Parallel Three-Level Inverters to Suppress Leakage Currents, IEEE TRANSACTIONS ON POWER ELECTRONICS, pp. 898-910 (1월, 2024)

      • 아주대학교 전자공학과 석사과정


      FAQ

      Q 강좌 교재가 별도로 있나요?

      A 각 차시별로 학습자료를 확인할 수 있습니다.

      Q 이수증을 발급되는 강좌인가요?

      A 퀴즈, 과제, 중간고사, 기말고사 등 총 60% 이상 충족 시 이수증이 발급됩니다.

      Q 학습 중 궁금한 사항이나 오류가 나면 어떻게 해야하나요?

      A ajoumooc@ajou.ac.kr로 문의주시면 신속히 답변 드리겠습니다.

      Other / Inquiries
      아주대학교 교수학습개발센터(031-219-3609)

      Field Engineering (Electricity & Electronics)

      Difficulty advanced

      Operating Institute AJOU UNIVERSITY

      Certificate Issuance

      Week 16 Week

      Learning recognition time 50Hour 00Minute (19Hour 07Minute)

      Course Registration Period 26.08.24 ~ 26.11.30

      Course Duration 26.09.01 ~ 26.12.21

      Phone Number 031-219-3609

      Subtitle language 한국어 Others 1ea

      Course language 한국어(ko)

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