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电路(上) electrical circuit (I)
& J( a9 B" e( J5 ?! N金工实习 machinery practice
9 x# \; t1 l2 n电机(上) electrical machinery (I)
# u8 w7 S7 S9 B0 Q/ i电工实验与测试 electrical experiment & test 7 o) z5 G4 w3 I4 L
电路(下) electrical circuit (II)
, B2 q4 P! Q1 I电子综合实践 integrated electronic practice 9 r) ^7 a+ U7 o3 S$ I& I9 W
信号与系统 signal & system; Q e5 r3 j) y8 u
电子技术基础(模拟) fundamentals of electronic (analog), v$ j, j% ?! E
电磁场electromagnetic field
/ {* m" {/ D: r* z6 D9 q/ b电子技术实验 electronic experiment(I)
6 U2 e% w. Q3 x& J Q9 P电子辅助设计EDA Electronic Design Automatic(I)
& y- t8 T5 r& K发电厂动力工程基础 Heat power engineering in generating plant5 ^: B7 E" S* R/ r; J
企业管理 enterprise management
* c3 B5 [$ ]$ U% {1 p5 k电力电子课程设计 Power electronics course design9 K- P* O# \, w; y8 G- L
电气主系统electrical system principle # q1 [. S6 i4 \9 [$ L8 t: J9 I
高压电器 high-voltage apparatus2 r* \) V/ D' P6 R6 Y9 d
电机(下) electrical machinery (II)8 C! G9 h: z# f/ k/ h& |" T# M
微机原理 microcomputer principle
& h4 ^$ I" J. O0 f8 H电子技术基础(数字) fundamentals of electronic (digital)
' k/ n8 o0 v/ K6 E% k Z自动控制 automatic control theory
$ b" I$ ~) q. m R电力系统分析 electric power system analysis ; o0 A- P& o: c/ p8 x
电子技术基础实验electronic experiment(II)
7 i9 g. z- \7 s, q/ A电气主系统课程设计 electrical system principle-course design* I3 a3 b. l$ a j" S, |
电子辅助设计EDA Electronic Design Automatic(II)# X4 A, j8 d( X5 T6 r6 [( y' @
通信与计算机网络 communication & computer networks
, G+ r* c; B& O电力系统继电保护 electric power system relaying# G& t$ C, p; [- n
电力系统远动技术electric power system remote protocol1 b# W7 M1 ]* X2 B6 \9 @
生产实习productive practice
+ U4 M6 `% Y7 ], R继电保护课程设计 electric power system relaying-course design2 z# W/ O1 a" g& E
电力电子技术 power electronics9 T h1 D1 O3 i7 P5 C( l
电力系统自动控制 electric power system control & automation. a8 p4 B' c+ I( o6 ?) _7 [
高电压技术 High voltage engineering; J* d2 ?. c$ Q1 g' `- o
变电站自动化 substation automation" P8 r `: k, \" U5 A4 ^* m
电力经济 electric power system economics
; c% H/ Y0 j- R电能质量控制 electric power quality control: @7 O' u4 v6 M3 F4 x. N, G$ _
配电网自动化 distribution system automation
5 g) [5 Q4 b2 @' e& v3 N2 b; I电力系统新技术 new techniques on electric power system# C4 k6 _8 t! S0 n3 Y" h
控制电机 electrical machine control, n4 o1 K0 d4 s+ i% ]( v
调度自动化与能量管理 energy management & automation6 m5 e5 s- N; a o
灵活交流输电系统 flexible AC transmission system: r% X9 A7 p) j6 ^8 D
计算机保护 computer protection
1 p2 l9 d& p% s4 X4 _: D+ C. ^电力系统电磁兼容 EMC in electric power system
" ~3 e& D! _' D# I4 m9 v毕业实习graduation practice
% ?7 F+ A) {4 L \4 Q w( d8 S毕业设计graduation dissertation7 K( b, Y1 a* Z6 |9 W
) T k8 e; w P& \! |*补充
! K6 Q* k, f: V" y) W% l h计算机文化 ; Q( y, i) k8 [( |
Introduction of Computer Technology
, Q: z, x8 `6 R9 P微机原理与接口 % Z' Z4 ^: c9 m# [3 Q: y4 t+ @
Principle of Microcomputer and Interface
; M$ l O3 ?# k软件工程
* p4 q! o1 P6 h3 x; e' C" N, xSoftware Engineering
# F3 B2 P! O" I9 E+ \4 d( Y9 ]现代化学导论(选) ; x/ z8 A. ]2 T
Introduction to Modern Chemistry
8 b6 G0 T5 v, _+ s# E; K现代生物学导论(选) 2 Q% M2 L I. I9 n9 _
Introduction to Life science
' Q& Y% t- |. R0 ]" C计算机绘图基础
( ` i3 G3 M* v: N8 k' bFundamentals Graphics With Computer
1 E! v/ G T) t8 q- z数字信号处理 8 Z- y Q! @; \9 |7 M5 m& h
Digital Signal Processing
2 ]# ]+ W( {& J' {基本电路理论
4 h9 c. K' L" p: ^/ |Basic Circuits(Theory)
0 Y# U2 t/ A3 i% C基本电路理论实验
& Q1 f! D8 @6 z% L- b8 G* {Basic Circuits Experiment " v& Q5 J! {% x& r* [
电子技术 I,II,III 7 p F2 K* K+ p3 Q1 Y
Fundamentals of Electronics Technology I, II, III
- K1 y/ o* {3 `. i( s. r+ y电子技术(I,II,III)实验 9 @# v+ m% g& L4 \* T/ @" Z4 b4 `) Q
Experiment in Fundamentals of Electronics Technology
" ?/ B+ Q6 f F& S) O; \% M电力电子技术基础
: t6 v _9 k [ BFundamentals of Electronics Power Technology ( S R- y) x/ e* N
电机学 4 J" ~7 ^9 U Z
Electrical Machinery Theory ( b2 ]# z# J3 L1 G2 A
电机学实验 3 H: ~) r+ P0 w( r
Experiments in Electric Machinery Theory
N2 d: s5 N& N' N自动控制理论 / {; U* u6 i* l" G3 h# F" y; ^$ q% l1 H
Automatic Control Theory
; @; K3 l/ O- U& }* d8 l电气工程基础 $ O" s$ W9 O9 X( z: {5 k0 Z
Fundamentals of Electrical Engineering : ?: f( c8 `/ N! U; ~
专业外语
+ |' z; ?; ~3 YProfessional English 0 A l5 Y2 ?2 L5 Z+ x
计算机通信与网络
4 F U2 P/ E! u0 ]/ x! V O VComputer Communication and Network ) W6 ?* W/ ~: `1 v; O, K# z# N( r
数据库应用基础 + K# z0 U5 U* i; m7 }
Fundamentals of Database Applications
: a) o7 b1 j; Y8 N电磁场概论
" t, C0 \/ H3 wIntroduction to Electro-Magnetic Field 2 ~" H* \& w4 M/ h1 X: ^- u* z
微机控制技术及应用
, a& ]+ |, A7 x: @Microprocessor Control Technology and Applications
+ i1 `1 U0 m2 t2 Y/ B9 L现代电气检测技术 0 [# v7 A( d: p) T7 P, W
Modern Technology Electrical Monitor and Measurement Theory
# c( w2 [" ^. S, R6 t/ D0 N发电技术 1 [- U% I2 O! ~- I/ S5 u' X2 }
Power Generation Technology 6 M; l" G. z( ]
现代电力系统管理
) I2 m. m1 Z9 i. ~: P7 N" {" KModern Power System Management 3 @ e* Z6 _% V6 P
计算机继电保护
; T) C0 t8 P* g& tMicrocomputer-Based Relaying Protection 5 j+ L4 L% O0 c' i" `1 m: e" t
电气设备的绝缘检测与故障诊断 , k% N/ f: L+ V* R4 y% W4 L% A
Insulation Diagnostics and Troubl-Shooting for Electrical Installations % A3 g1 i, z$ Z# ]' o4 D! \
电网规划 2 M- {( U- G' ~) R) c! e- z9 E
Power System Planning
8 H* n. b I. S7 \0 x$ W可编程控制器原理及应用
( Y4 B( P Q C, E# `9 X; v& l! U: E" bPrinciples of PLC (Programmable logic
% M% [: ~6 R8 n8 V' ]. M9 o8 lController) And Application
6 n% x# D" l/ ]5 B) d高电压新技术 / ~7 d( y& A' F3 F8 p& ?
New of High-Voltage Technology 6 ]; a0 V( F8 |- g5 g3 u _
介质工程与光纤技术
+ Z: _% S( ^/ c E. Z: eMedium Engineering and Optical Fiber Technology + G* Y2 s* f1 H/ `9 {
现代电气技术讲座
' Z0 t- D% b! Z* J- u/ D3 u9 RModern Electrical Technology ' ?2 y' \! c) m. T
电磁场数值计算
% X7 C: m" s8 ]: M# t2 g6 UNumerical Computation of Electro-Magnetic Field 6 J& |) ?: V$ n) V0 K* s3 K
人工智能基础
9 T3 R+ u6 j1 Y: x: Z0 N; X' [Fundamentals of Artificial Intelligence # ^( K* Y1 D# D( g# U, R% @
电力系统继电保护 3 M# S. a) {0 L$ e/ g
Relay Protection of Power System p; `# t. \7 A6 K D
电力系统自动装置原理 The Principle of Electric Power System Automatic Equi
/ v& y# J& \% |3 `2 a1 F0 s6 o6 e+ spment & H* I/ S D7 t* S; u" d
高电压试验技术
5 k. n4 O# l! x* IHigh-Voltage Testing Technology
4 t4 T9 C& D0 i [" n8 m电机控制技术
$ A& h% j. V8 g+ n, u) t! ?" JControl Technique of Electrical Machinery 2 l; _9 p# }( b% i2 u3 O
电力系统暂态分析 ; z" P' _0 \% X( L
Transient Analysis of Power System
! I' C, S; m% c8 P0 o, u电磁兼容技术
+ v! G/ u0 F3 V; M( BFundamentals of Electromagnetic # o, {7 x' I) i2 D
Compatibility
3 { |6 W8 W& q* d1 ]3 Q4 C; w电机设计
: ?+ ]# \ Y1 RDesign of Electrical Machinery 4 c! r8 A' d2 c4 ?8 V
CAD技术基础
& ]; U: Q( j* X% c( Q" g7 A$ e% {Fundamentals of CAD : |; @' s: l4 v2 d9 ?; w& W. G
电力系统潮流计算机分析
9 k1 [, [8 o4 BComputer Analysis of Power Flow
: O& ?% p9 H* E, D电力通信系统及调度自动化
+ R1 S6 j! ]9 K2 V; I f: _Power System Communication and Dispatching Automatic
. H1 F9 f+ W; Q6 E7 H1 a
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