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电路(上) electrical circuit (I). D8 C% j# M% r3 G
金工实习 machinery practice. m8 J: [5 C# K& A
电机(上) electrical machinery (I)% r W" |% A9 |6 G& r) q
电工实验与测试 electrical experiment & test - D v9 a# Y" ]4 }
电路(下) electrical circuit (II)
7 L. M* _+ N4 K* o电子综合实践 integrated electronic practice
/ Y' e/ r6 b4 C' b( Y+ V8 k信号与系统 signal & system
/ W9 R4 d! b' V2 @5 o电子技术基础(模拟) fundamentals of electronic (analog)
# r) |9 N, U) k; l/ z电磁场electromagnetic field9 x, s8 f/ {2 }
电子技术实验 electronic experiment(I) t: `2 t$ o5 d) v: }5 n
电子辅助设计EDA Electronic Design Automatic(I)9 H8 ~! S0 K9 g2 l: X
发电厂动力工程基础 Heat power engineering in generating plant$ C$ h7 n7 g& B
企业管理 enterprise management3 H6 S" ]2 y3 F" y3 h
电力电子课程设计 Power electronics course design) g, J+ G0 _' e( K4 S/ q1 M
电气主系统electrical system principle % J4 J" ?+ r, I" T% O$ s
高压电器 high-voltage apparatus
) m) s- d( R: y- V4 l电机(下) electrical machinery (II)
& e- u# S6 _8 Y2 l. G$ `% Q微机原理 microcomputer principle$ G' v/ p C1 e& g! R8 x
电子技术基础(数字) fundamentals of electronic (digital)
j( I9 u2 q, M% K3 A自动控制 automatic control theory
/ B. U1 c/ s( x3 u电力系统分析 electric power system analysis 8 {# e$ l! A2 n/ d
电子技术基础实验electronic experiment(II)
1 u b5 o; B' T- K) z电气主系统课程设计 electrical system principle-course design3 H( O8 v) [, E) v; h
电子辅助设计EDA Electronic Design Automatic(II)+ E, X) M' l' \
通信与计算机网络 communication & computer networks! w/ Z6 h, ]9 k2 ~
电力系统继电保护 electric power system relaying' b0 \# F! n) Z# ?+ y
电力系统远动技术electric power system remote protocol
) b9 m5 T" |- M生产实习productive practice
- y2 C" w4 Q A" P8 k继电保护课程设计 electric power system relaying-course design
, {" F6 O: A8 Y! R" C( O/ U电力电子技术 power electronics4 T- S9 N+ C; Y- L9 z" G P
电力系统自动控制 electric power system control & automation) o2 i1 o$ u& N6 J8 p
高电压技术 High voltage engineering
7 ?+ ^7 o1 P& o! Y+ E5 y变电站自动化 substation automation
* C7 ^8 D+ z, C% ~+ |- w/ U, X电力经济 electric power system economics/ W& S# T# S5 H2 d
电能质量控制 electric power quality control& N1 `$ J' a2 Z* S
配电网自动化 distribution system automation
! W4 ?% }8 _2 p9 |电力系统新技术 new techniques on electric power system
1 d$ T/ m3 O% ^- O控制电机 electrical machine control
/ a+ B3 g& |3 N调度自动化与能量管理 energy management & automation
+ t: U, k8 J; ]( H. N; z x灵活交流输电系统 flexible AC transmission system2 W0 ^7 J$ C; M5 p2 @! ^
计算机保护 computer protection
- v8 p/ ^! W! Y' X2 e电力系统电磁兼容 EMC in electric power system
9 n$ A. {5 D. g3 c+ ?毕业实习graduation practice+ l, ^% O/ ]; n$ N5 B
毕业设计graduation dissertation
" a0 _' w [# W0 m* i4 o* d0 o
0 @" e& V$ l1 g+ | Z; V; ]) E9 i4 W*补充1 r! I- E& l( r8 e4 X/ [/ I/ v$ h" ?
计算机文化 ! l; |3 F, G7 r& y
Introduction of Computer Technology ! s# w% {" u' N3 e- G
微机原理与接口
, P1 O3 j& ]; _8 `! N8 E' ^Principle of Microcomputer and Interface
7 C y7 b7 k0 t% c; |0 _9 E2 M软件工程
3 Z. Y) L7 u( r3 z KSoftware Engineering
& L/ R2 U! ^: Y6 i/ |% u现代化学导论(选) ! X/ t) Q, v* ^' p$ w
Introduction to Modern Chemistry
% }2 u( K/ h, u' S9 S现代生物学导论(选) . ?! Y! x. [) i: L, T s9 u" M: T
Introduction to Life science / ]9 z9 @+ j7 P! [2 h2 U
计算机绘图基础 6 e( |6 ?) ~1 n2 @( h$ Y
Fundamentals Graphics With Computer 5 L& J$ o" V3 N4 I Z3 S
数字信号处理
& O% ?1 S/ ?+ k# W1 ^; vDigital Signal Processing + m/ i! V* ~* j( n/ g3 \
基本电路理论 * D; X& V! q+ C
Basic Circuits(Theory)
( Z" D$ k8 X" O k基本电路理论实验 . l9 q2 }1 s# I
Basic Circuits Experiment ' i: w3 U' ?* G2 F7 e8 Y1 f0 y
电子技术 I,II,III 1 F: U4 @# d% j! l H) B$ u
Fundamentals of Electronics Technology I, II, III F' S. R! O R7 [5 Z
电子技术(I,II,III)实验 : h5 v& W6 |# _
Experiment in Fundamentals of Electronics Technology ! [& I7 C! @, A
电力电子技术基础
! R( |4 h7 h- sFundamentals of Electronics Power Technology
; T% N. d, G' l& K, H4 Z" O电机学 5 ]" R* [" N7 a9 _5 `2 U
Electrical Machinery Theory
$ N+ o* ^3 p, i6 V& ~. K6 J- j' \电机学实验
5 R6 r1 R( M6 T9 rExperiments in Electric Machinery Theory
, z0 d' u: C' t4 n, N+ m, z自动控制理论 7 u5 l8 D+ p' i A- W- Z5 B& s
Automatic Control Theory * i1 o6 w. r9 I) W& I2 L/ O
电气工程基础 * ]* `- }2 s1 g7 @4 }1 e3 _0 \
Fundamentals of Electrical Engineering
2 @2 e4 [1 C f专业外语
% v7 c$ s6 }! h8 {Professional English 2 a: B; v" z% ?) j+ _+ V
计算机通信与网络
) S% E9 v+ B' l0 @Computer Communication and Network
5 ^9 |5 B" P' L5 T s% n0 U; C数据库应用基础
+ b; H2 f8 a1 {2 h1 yFundamentals of Database Applications
) X7 k" ^' U" ]* E, ?% g/ r电磁场概论 3 i# v. B3 ^9 S7 r) G- r
Introduction to Electro-Magnetic Field 4 O6 w1 k) w* m8 A
微机控制技术及应用 $ Q- m) K, |/ M; T4 w* e
Microprocessor Control Technology and Applications . D: y9 v Q* M& A% e' s
现代电气检测技术 7 P, |' x3 w/ I; c5 x
Modern Technology Electrical Monitor and Measurement Theory
" t. ?! K% N6 a* [) _发电技术 $ P% z6 {/ I/ t" f4 G9 V: `
Power Generation Technology 4 }4 w) g. W0 T2 F
现代电力系统管理 1 ?: M" A' J! T3 j, i
Modern Power System Management
# b- K/ ]7 X, u% v0 ^. Y计算机继电保护 + f: W: ]* c; ]8 o' h- o, z7 B- P- F
Microcomputer-Based Relaying Protection
1 Q& A2 \0 d% {/ z6 O& S, x电气设备的绝缘检测与故障诊断
) |* {' A8 W' ?Insulation Diagnostics and Troubl-Shooting for Electrical Installations
6 ]# r# ~7 c1 R. d电网规划
' W, y# v' G8 G) ?" S- ^Power System Planning " ^2 N) C( F+ S
可编程控制器原理及应用 ) s8 c5 m6 N7 g
Principles of PLC (Programmable logic
+ I+ j/ R( [, [Controller) And Application
. g+ e6 w6 N! I) u* K4 r9 b高电压新技术
3 w, @3 k0 |6 e |6 ONew of High-Voltage Technology
5 Q5 r4 S3 r1 ^: u介质工程与光纤技术
( r7 c: W4 _! [3 n- o8 g8 A$ kMedium Engineering and Optical Fiber Technology
. i( P5 b6 m; Z6 S% _7 w; h7 k现代电气技术讲座 * E( F0 R ^) ~. [8 d3 I% L- u6 c
Modern Electrical Technology ' `) v5 B T1 W. V* `
电磁场数值计算
" b$ w1 ~2 C9 x/ A! u ]1 jNumerical Computation of Electro-Magnetic Field - x8 g+ M) `! T
人工智能基础
: `/ i+ C5 K( ?: u; ?" z5 ^4 ?Fundamentals of Artificial Intelligence
- U. }# j0 m4 q! e Q电力系统继电保护 ' Q6 \, m. z X/ F/ s
Relay Protection of Power System
$ |% Y$ W. C/ E; {, {0 M7 y电力系统自动装置原理 The Principle of Electric Power System Automatic Equi
2 A6 h2 t) w6 K% `pment
* w6 T5 r6 g% O0 l8 G$ g$ }/ f" L( m高电压试验技术
, a( Z- z' Q+ B1 B$ K. ^High-Voltage Testing Technology ) }7 p) L0 }. q& ^" V/ T
电机控制技术 2 Y( C9 r- \/ x0 b, |+ x
Control Technique of Electrical Machinery ( O9 r( t# F- Z0 u7 X V
电力系统暂态分析 4 d) ^% U) M/ e% ?* F* j
Transient Analysis of Power System
& |( j( F) d5 \8 y# A( Z# e电磁兼容技术
! N1 A* J9 X2 S* M) S8 A& LFundamentals of Electromagnetic
+ z8 K2 }* C, f/ G/ c- U2 _1 oCompatibility
4 P+ D! w# c1 E! \5 ~, }电机设计 % y4 `- U* C$ D# K
Design of Electrical Machinery
' Q; ?2 Z6 n0 R8 iCAD技术基础
3 y; d/ a) s2 `- PFundamentals of CAD ; t. H/ I' S9 x7 D' l6 M
电力系统潮流计算机分析
. N$ z( F3 B+ N7 q; ^/ e( u. O% \Computer Analysis of Power Flow 3 M8 G/ z8 D6 [" s* \
电力通信系统及调度自动化 3 a7 I0 Q+ I' q1 ?4 }
Power System Communication and Dispatching Automatic
2 [: B2 S% m4 T; Z4 g$ a2 G: a3 z3 r
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