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약 130 명의 구독자를 보유한 BASICS OF ELECTRICAL ENGINEERING의 유튜브. 약 50 개의 동영상이 있습니다. Hello friends... I am making this channel for discussing the concepts of...
약 7.7천 명의 구독자를 보유한 engineering classes의 유튜브. 약 370 개의 동영상이 있습니다. "ENGINEERING CLASSES" Helps the Non-medical Class 12, Engineering Diploma and B....
Dept. of Electrical and Computer Engineering, SNU
Fundamentals of Electrical Engineering - AC, Reactance, Impedance, Power, Power Factor, and Power Factor Correction.
약 6.9천 명의 구독자를 보유한 MAHI TECHNICAL CLASSES POLYTECHNIC & ENGINEERING의 유튜브. 약 560 개의 동영상이 있습니다. Engineering Mathematics for ELECTRICAL ENGINEERING...
Join Liberty University's BS in Electrical Engineering! Transform your passion into a career with hands-on learning and innovative projects. Enroll now!
Course, Credit/Hours ; Advanced Renewable Energy Ⅱ, 3/3 ; Electric Power System Analysis Ⅱ, 3/3 ; Advanced System Control Ⅱ, 3/3 ; Advanced Electromagnetics Ⅲ, 3/3 ; Power MEMS Ⅱ, 3/3 ; Operation of Electric Power System Ⅱ, 3/3 ; Applied Technology of Superconductive Materials Ⅱ (newly established course), 3/3 ; Modern Control & Optimization Ⅱ, 3/3 ; Numerical Analysis of Electromagnetic Field Ⅱ, 3/3 ; Energy Harvest Ⅱ (newly established course), 3/3 ; Thesis Research on Energy Electricity Ⅱ (newly established course), 3/3 ; Advanced Superconductive Engineering Ⅱ, 3/3 ; MEMS Nano Ⅱ (newly established course), 3/3 ; High Efficiency Electric al Instruments Ⅱ, 3/3 ; Total : classes, /
Undergraduate learners may learn skills in: Problem-solving · Project management · Critical thinking · Math and physics · Engineering design · Computer-aided design · Simulation software · Automation controllers, Graduate learners may learn skills in: Organization and leadership · Communication · Innovation · Advanced math and physics · Systems theory · Operational planning · Circuit design · Instrumentation and measurements · Programming
Class: Partial Differential Equations, Code: EN7101 ; Class: Electrical Energy Conversion, Code: EN7104 ; Class: Applied Superconductivity, Code: EN7105 ; Class: Power Electronics, Code: EN7107 ; Class: Advanced Electromagnetics Ⅰ, Code: EN7108 ; Class: Advanced Electric Circuit Analysis, Code: EN7114 ; Class: Power System Analysis, Code: EN7115 ; Class: Advanced System Control Engineering, Code: EN7117 ; Class: Embedded Control Engineering, Code: EN7119 ; Class: Industrial Control System Engineering, Code: EN7120 ; Class: Adaptive Control Systems, Code: EN7157 ; Class: Direct Energy Conversion, Code: EN7161 ; Class: Advanced Electrical Machinery, Code: EN7162 ; Class: Data Communication, Code: EN7310 ; Class: Power System, Code: EN7110 ; Class: Advanced Electromagnetics Ⅱ, Code: EN7112 ; Class: Power System Operation, Code: EN7116 ; Class: Modern Control Theory, Code: EN7121 ; Class: Intelligent Control System, Code: EN7122 ; Class: Industrial Control System Engineering, Code: EN7123 ; Class: Interpreting Measures of Electromagnetic Field(전자장수치해석), Code: EN7124 ; Class: Superconducting Electrical Machines, Code: EN7150 ; Class: Electrical Machines with High Efficiency, Code: EN7155 ; Class: Cryogenics, Code: EN7156 ; Class: Advanced Power Electronics, Code: EN7160 ; Class: Engineering Super Conductivity, Code: EN7163 ; Class: Digital Signal in progress, Code: SE7305 ; Class: Servo Motor Applications, Code: SE7307 ; Class: Sensor Engineering, Code: SE7357 ; Class: 창의적공학설계, Code: SE7206 ; Class: 30classes, Code: