Description of the main subjects
Subject Hours Main topics
C Language Programming 40 Data types, Operators and Expressions of C
Language, Sequential Programming, Structured
Programming, Looping, Functions
Calculus 168 Limits, Functions, Derivatives, Integrals,
Infinite series
Introduction of Automation 16
Branches, History and Essence of Automation

Technology
Linear Algebra 40
System of Linear Equations, Method of

Substitution, Gaussian Elimination,
Gauss-Jordan Elimination, Matrix Methods,
Linear Independence, Matrix Algebra, Inverse
Determinants, Cramer’s Rule, Eigenvalues and
Eigenvectors
Physics 136 Classical mechanics, Electromagnetism,
Statistical mechanics, Thermodynamics,
Quantum mechanics, Relativity
Circuit Theory 80 Circuit Basics, Resistive Circuit Analysis, Energy
Storage Elements, AC Analysis, Laplace and
Fourier Transform, 3-Phase Power, Two Port
Networks
Analogue electronics 64 Operational Amplifiers, Diodes, Bipolar Junction
Transistors, Field Effect Transistors
Functions of Complex Variables and Integral Transformation 40 Complex Numbers , Complex Functions,
Residue Theory, Fourier Transform, Laplace
Transform, Z Transform
Probability Theory 40
The Counting Principle, Probability Spaces,

Mathematical Review, Combinatorics,
Conditional Probability, Random Variables
MATLAB 40 Basic usage of MATLAB
Power Electronic Circuits 48
Diodes, Schottky Diodes, Power Bipolar

Junction Transistors, MOSFETs, Silicon
Controlled Rectifier, Thyristors, Converter:
AC-to-DC, DC-to-AC, DC-to-DC, AC-to-AC
Principle and Towage of Electrical Machinery 88 Vectors and Fields, Magnetic Field Concepts,
AC Motors and Generators, DC Motors and
Generators
Digital Electronic Technology 56 Boolean Logic, Logic Gates, Trigger, VHDL, Logic
Circuit, Programmable Logic Controller
Microcomputer Technology 72 16bit and 32bit Microprocessors (Intel 8086),
RAM, ROM, Data Transmission, Serial and
Parallel Interfaces, Interrupt Controller, D/A and
A/D Conversion, Counter and Timer, Single Chip
Microcomputer (SCM)
Principles of Automatic Control 80 Mathematical Model of Automatic Control
System, Time-Domain Analysis, Root Locus,
Frequency-Domain Analysis, Revise of
Automatic Control System, Nonlinear
Automatic Control System
Power Supply of Industrial Enterprise 48 Calculation of Electrical Load, Short-Circuit
Current and its Calculation, Electrical
Substation and Power Supply Network,
Overload Protection
Computer Control System 64 Fourier Transform, Z Transform, Stability
Analysis of Computer Control System, Analog
Design Method of Digital Controller(PID
Controller, Smith Predictive Control ), Direct
Design Method of Digital Controller
Process Control System 48 Detection of Process Parameters, Control
Instrument, Mathematical model of controlled
process, Single-loop control system, Cascade
Control System, Feedforward and composite
control system, Time delay control system
Modern Control Theory 48
State-Space Equations, Solutions of State-Space

Equations, Controllability, Observability,
Lyapunov Stability Methods
DC Automatic Control System 64 Single-Loop DC Motor Control System,
Multi-Loop DC Motor Control System,
Reversible DC Motor control System
Robotics 32 Introduction of Robotics, Physical Construction,
Components
Assembly Language 48 x86 Basics, Data Transfer Instructions, Control
Flow Instructions, Arithmetic Instructions, Logic
Instructions, Shift and Rotate Instructions,
Usage of Microsoft Macro Assembler (MASM)