1

Basics of Electric Circuit

1. Properties and functions of electronic components   such as resistors, capacitors and inductors;

2. Basics of simple DC circuit analysis, sinusoidal AC   circuit analysis and three-phase AC circuit analysis.

2

Analog Circuit

1. Theory analysis and performance test of basic   semiconductor components;

2. Analysis and test of basic amplifying circuit;

3. Analysis and test of negative feedback amplifier   circuit;

4. Analysis and test of basic application circuit of   integrated operational amplifier;

5. Analysis, manufacture and debugging of audio power   amplifier circuit.

3

Digital Circuit

1. Number system and code system;

2. Fundamentals of logic algebra;

3. Logic gate circuit;

4. Analysis and design of combinational logic circuit;

5. Commonly used medium-sized integrated circuits;

6. Analysis and design of sequential logic circuit.

4

PCB Design

1.Basic   use of Altium Designer software;

2. Design   of circuit schematic diagram;

3.PCB   layout design;

4.PCB   design output.

5

C Language Programming

1.   Basic concepts of C language;

2.   Data type; Operators and expressions; Sequence structure programming;

3.   Selected structure programming;

4.   Programming of cyclic structure; Array and its application;

5.   Function; Compilation pretreatment; Pointer; And a common body;

6.   Standard library function; document system;

7.   Analysis and design of C Language programming examples.

6

Sing Chip Microcomputer Application   Technology

1.   Basic concepts and grammar rules of C language programming;

2.   Data types, structured programming methods, arrays and functions of C language;

3.   Keil C development environment and the usage of PROTEUS simulation software;

4.   Structure and working principle of MCS-51 single chip microcomputer;

5.   The application of parallel I/O interface of Sing Chip Microcomputer;

6.   Application of key recognition and digital tube display.

7

Embedded System Development

1.   the working mechanism of Cortex-M3 core and common peripherals;

2.   The composition and usage of STM32 common library functions;

3.   The method of creating, editing and downloading STM32 single chip   microcomputer project under Keil4 environment;

4.   The design method of STM32 hardware circuit;

5.   The compilation and setting method of STM32 interruption service program;

6.   The programming method of STM32 common peripherals.

8

Development and Application of   Programmable Logic Devices.

1.   Overview of programmable logic devices and introduction to Altera common   chips;

2.   The usage of Quartus II software, debugging and simulation;

3.   Basic grammar knowledge of Verilog HDL;

4.   CPLD-based Basic logic circuit design’

5.   CPLD-based Design of common sequential circuits;

6.   CPLD-based Comprehensive case design of music player.

9

Python and Artificial Intelligence

1.   Basics of Python programming;

2.   Transplanting Micropython with STM32 Single-Chip Microcomputer;

3.   Micropython-based STM32 Single-Chip Microcomputer common interface Driving   and controlling;

4.   Micropython-based STM32 single-chip Microcomputer Serial port communication   programming;

5.   Micropython-based intelligent car control design case.

10

Application Technology of Virtual Instruments.

1. basic concepts of   virtual instrument;

2. Basics of data   collection;

3. Introduction of NI   hardware products;

4. LabVIEW software   programming environment;

5. Basic types of   data;

6. structure of Basic   programs;

7. Debugging methods   and tips;

8. Effective data   expression and document saving;

9. virtual   instrument-based measurement and control products;

10. System design and   debugging methods.

11

Basic Training of Electronic Technology

1.   Identification of common components;

2.   Usage of common components;

3.   Use of common welding tools;

4.   Welding of circuit boards;

5.   Allocation and debugging of circuit boards.

12

Comprehensive Training of Electronic Technology

1.   circuit schematic diagram and PCB design;

2.   Software rules and design;

3.   Circuit board mounting.

4.   Circuit debugging;

5.   Document writing.