Course
Title |
Number of Projects to be Learned |
Class Hours to be Learned |
Course Category |
Experiment, Practice
and Training Name |
Class
Hours |
Compulsory
Course |
Elective
Course |
Project Type |
| Mechanical Engineering Testing Technology Engineering Testing Technology |
5 |
10 |
Experiment |
Foil Strain gauge Performance
and Measurement Circuit |
2 |
√ |
|
Basic |
Comprehensive Measurement
of Displacement I |
2 |
√ |
|
Comprehensive |
Comprehensive Measurement
of DisplacementⅡ |
2 |
√ |
|
Comprehensive |
Comprehensive Measurement
of Vibration |
2 |
√ |
|
Comprehensive |
Comprehensive Measurement
of Speed |
2 |
√ |
|
Comprehensive |
| Instrument Circuit |
3 |
6 |
Experiment |
Signal Operation
Circuit Experiment |
2 |
√ |
|
Designable |
Modulation and
Demodulation Experiment |
2 |
√ |
|
Designable |
Phase Sensitive
Detection Experiment |
2 |
√ |
|
Designable |
| Principle and Application of Microcomputer (Mechanical)）A |
3 |
6 |
Experiment |
Assembly Language Design I |
2 |
√ |
|
Designable |
|
| Principle and Application of Microcomputer (Mechanical)）B |
4 |
8 |
|
| Principle and Application of Microcomputer B (Transportation) |
3 |
6 |
Assembly Language Design II |
2 |
√ |
|
Designable |
| Assembly Language Design III |
2 |
√ |
|
Designable |
| Principle and Application of Microcomputer C |
4 |
8 |
Digital Tube Display
Program Design Experiment |
2 |
√ |
|
Designable |
Parallel Interface
Programming ExperimentI |
2 |
√ |
|
Designable |
| Microcomputer System and Interface Technology |
3 |
6 |
Parallel Interface
Programming ExperimentII |
2 |
√ |
|
Designable |
Serial Interface
Programming Experiment |
2 |
√ |
|
Designable |
| Principle and Application of Microcomputer |
3 |
6 |
Microcomputer System
Application Design |
2 |
√ |
|
Comprehensive |
| Digital Signal Processing |
5 |
12 |
Experiment |
Program Design of Digital
Signal Processing Simulation System |
4 |
√ |
|
Designable |
Research on System Response
and System Stability |
2 |
√ |
|
Designable |
Time Domain Sampling and
Frequency Domain Sampling Program Design |
2 |
√ |
|
Designable |
| Spectrum Analysis Program Design |
2 |
√ |
|
Designable |
| Digital Filter Design |
2 |
√ |
|
Designable |
| Single Chip Microcomputer Technology |
4 |
8 |
Experiment |
Assembly Language Design |
2 |
√ |
|
Designable |
| Marquee Programming |
2 |
√ |
|
Designable |
Car Turning Light Control
Program Design (Newly Opened) |
2 |
√ |
|
Designable |
Industrial Sequence Control
Program Design |
2 |
√ |
|
Designable |
| Non-destructive Testing |
3 |
6 |
Experiment |
Optical Test |
2 |
√ |
|
Comprehensive |
| Acoustic Test |
2 |
√ |
|
Comprehensive |
| Magnetic Test |
2 |
√ |
|
Comprehensive |
| Automatic Control and Instrument |
3 |
6 |
Experiment |
Sensor Structure, Working
Principle and Application I |
2 |
√ |
|
Comprehensive |
Sensor Structure, Working
Principle and Application II |
2 |
√ |
|
Comprehensive |
Process Control, Connection
Control Experiment |
2 |
√ |
|
Comprehensive |
| Chemical Instrumentation and Automation |
4 |
10 |
Experiment |
Comprehensive Cognition of
Process Control System |
2 |
√ |
|
Comprehensive |
Sensor Structure, Working
Principle and Application I |
2 |
√ |
|
Comprehensive |
Sensor Structure, Working
Principle and Application II |
2 |
√ |
|
Comprehensive |
First-order Single Capacitor
and Tuning to Liquid PID |
4 |
√ |
|
Comprehensive |
| Testing Technology A |
7 |
14 |
Experiment |
Electronic Scale Design |
2 |
√ |
|
Comprehensive |
Comprehensive Measurement
of Displacement |
2 |
√ |
|
Comprehensive |
Eddy Current Sensor
Application Measurement |
2 |
√ |
|
Comprehensive |
| Hall Sensor Application Measurement |
2 |
√ |
|
Comprehensive |
Piezoelectric and Temperature
Sensor Application Experiment |
2 |
√ |
|
Comprehensive |
Photoelectric Sensor
Comprehensive Experiment |
2 |
√ |
|
Comprehensive |
Comprehensive Experiment of
Gas Sensor and Humidity Sensor |
2 |
√ |
|
Comprehensive |
| Robot Technology |
3 |
6 |
Experiment |
Familiar with Ability Storm
Robot and Escape Experiment |
2 |
√ |
|
Comprehensive |
Robot Avoiding Obstacle (or Following)
and Chasing Light Experiment |
2 |
√ |
|
Innovative |
Build a Specific Path Walking
Experiment of the Car |
2 |
√ |
|
Comprehensive |
| Microcomputer Control Technology |
4 |
8 |
Experiment |
A/D, D/A Conversion Experiment |
2 |
√ |
|
Designable |
Integral Separation PID
Control Experiment |
2 |
√ |
|
Designable |
| Minimum Beat Control System Experiment |
2 |
√ |
|
Designable |
Comprehensive Experiment of
Closed Loop Control of Electric Oven |
2 |
√ |
|
Designable |
| Modern Instrument Design Method |
2 |
4 |
Experiment |
Principle of ATOS Raster Scanner |
4 |
√ |
|
Comprehensive |
Comprehensive Experiment of
Laser Testing and Processing System |
4 |
√ |
|
Comprehensive |
| Signals and Systems |
4 |
8 |
Experiment |
Simulation of Step Response,
Impulse Response and Continuous
Time System |
2 |
√ |
|
Designable |
Transient Response of
Circuit System |
2 |
√ |
|
Designable |
Signal Sampling, Recovery
and Convolution |
2 |
√ |
|
Designable |
| Signal Synthesis and Decomposition |
2 |
√ |
|
Comprehensive |
| EDA Technology (Mechanical) |
5 |
10 |
Experiment |
Decoder Design |
2 |
√ |
|
Designable |
| Trigger Design |
2 |
√ |
|
Designable |
| Instrument EDA Technology |
3 |
6 |
Counter Design |
2 |
√ |
|
Designable |
Digital Tube Display
Circuit Design |
2 |
√ |
|
Comprehensive |
| Digital Timer Design |
2 |
√ |
|
Comprehensive |
| SOC System Design |
2 |
|
√ |
Comprehensive |
| Smart Instrument |
3 |
6 |
Experiment |
Process Control
System Experiment |
2 |
√ |
|
Comprehensive |
Three-coordinate
Manipulator Experiment |
2 |
√ |
|
Comprehensive |
Automatic Quantitative
System Experiment |
2 |
√ |
|
Comprehensive |
| Geometric Tolerance and InspectionⅠ |
4 |
8 |
Experiment |
Size Measurement |
2 |
√ |
|
Comprehensive |
| Surface Roughness Measurement |
2 |
√ |
|
Comprehensive |
| Geometric Error Measurement |
2 |
√ |
|
Comprehensive |
| Gear Measurement |
2 |
√ |
|
Comprehensive |
| Geometric Tolerance and InspectionⅡ |
3 |
6 |
Experiment |
Size Measurement |
2 |
√ |
|
Comprehensive |
| Surface Roughness Measurement |
2 |
√ |
|
Comprehensive |
| Geometric Error Measurement |
2 |
√ |
|
Comprehensive |
| Interchangeability and Technical Measurement |
3 |
6 |
Experiment |
Size Measurement |
2 |
√ |
|
Comprehensive |
| Surface Roughness Measurement |
2 |
√ |
|
Comprehensive |
| Geometric Error Measurement |
2 |
√ |
|
Comprehensive |
| Interchangeability and Geometric Measurement |
5 |
10 |
Experiment |
Size Measurement |
2 |
√ |
|
Comprehensive |
| Surface Roughness Measurement |
2 |
√ |
|
Comprehensive |
| Geometric Tolerance and Inspection B |
5 |
10 |
Thread Measurement |
2 |
√ |
|
Comprehensive |
| Geometric Error Measurement |
2 |
√ |
|
Comprehensive |
| Gear Measurement |
2 |
√ |
|
Comprehensive |
| Engineering Graphics A |
3 |
6 |
Experiment |
Parts Mapping One |
2 |
√ |
|
Comprehensive |
| Parts Mapping Two |
2 |
√ |
|
Comprehensive |
| Assembly Mapping |
2 |
√ |
|
Comprehensive |
| Engineering Graphics B |
2 |
4 |
Experiment |
Parts Mapping One |
2 |
√ |
|
Comprehensive |
| Assembly Mapping |
2 |
√ |
|
Comprehensive |
| Engineering Graphics C |
1 |
2 |
Experiment |
Parts Mapping One |
2 |
√ |
|
Comprehensive |
| Chemical Drawing A |
1 |
2 |
Experiment |
Parts Mapping One |
2 |
√ |
|
Comprehensive |
| Modern Optical Experiment I |
13 |
30 |
Experiment |
Demonstration Experiment of
Basic Knowledge of Fiber Optics |
2 |
√ |
|
Basic |
Optical Fiber and Light Source
Coupling Method |
2 |
√ |
|
Basic |
Multimode Fiber Numerical
Aperture (NA) Measurement |
3 |
√ |
|
Comprehensive |
Optical Fiber Transmission
Loss Properties and Measurement |
2 |
√ |
|
Comprehensive |
Optical Fiber Splitter
Parameter Measurement |
2 |
√ |
|
Comprehensive |
Adjustable Optical Attenuator
and Parameter Measurement |
3 |
√ |
|
Comprehensive |
Optical Fiber Isolator and
Parameter Measurement |
3 |
√ |
|
Comprehensive |
| Fiber Optic Switch Experiment |
2 |
√ |
|
Comprehensive |
Principle Experiment of Wavelength
Division Multiplexing (WDM) |
2 |
√ |
|
Comprehensive |
| M－Z Fiber Interference Experiment |
3 |
√ |
|
Comprehensive |
Optical Transmitter Extinction
Ratio Measurement |
2 |
√ |
|
Basic |
Principle Experiment of
Erbium-doped Fiber Amplifier |
2 |
√ |
|
Comprehensive |
Open Circuit Audio Analog
Signal Transmission |
2 |
√ |
|
Comprehensive |
| Semiconductor Physics |
1 |
3 |
Experiment |
Raman Spectrum Analysis of
Semiconductor Materials |
3 |
|
√ |
Comprehensive |
| Optical Fiber Communication Technology |
2 |
5 |
Experiment |
Simple Fiber Optic System Assembly |
2 |
√ |
|
Comprehensive |
Simple Optical Communication
System Design |
3 |
√ |
|
Comprehensive |
| Guided Wave Optics |
1 |
3 |
Experiment |
M-line Measurement of Optical
Waveguide Refractive Index Experiment |
3 |
|
√ |
Comprehensive |
| Modern Optical Experiment II |
10 |
30 |
Experiment |
Laser Raman Spectroscopy Experiment |
3 |
√ |
|
Comprehensive |
| Single Photon Counting Experiment |
3 |
√ |
|
Comprehensive |
| Fiber Grating Sensing Experiment |
3 |
√ |
|
Comprehensive |
Fourier Transform
Spectroscopy Experiment |
3 |
√ |
|
Comprehensive |
Electronic Speckle
Interference Experiment |
3 |
√ |
|
Comprehensive |
| Optical Transfer Function Measurement |
3 |
√ |
|
Comprehensive |
Laser Fluorescence
Spectroscopy Experiment |
3 |
√ |
|
Comprehensive |
| Evaluation of Digital Lens Image Quality |
3 |
√ |
|
Comprehensive |
| Laser Beam Analysis Experiment |
3 |
√ |
|
Comprehensive |
| Precision Film Thickness Measurement |
3 |
√ |
|
Comprehensive |
| Engineering Optics Foundation |
3 |
8 |
Experiment |
Design and Assembly of Telescope,
Projection and Microscope Systems |
3 |
√ |
|
Comprehensive |
Determination of Optical System
Node and Focal Length |
2 |
√ |
|
Basic |
Abbe Imaging Principle and
Spatial Filtering |
3 |
√ |
|
Comprehensive |
| Modern Optoelectronic Testing Technology |
2 |
5 |
Experiment |
Measurement of Transmission
Loss of Optical Waveguide |
2 |
√ |
|
Comprehensive |
Optical Crystal Absorption
Spectrum Measurement |
3 |
√ |
|
Comprehensive |
| Optoelectronic Device Preparation and Test Technology Experiment |
15 |
45 |
Experiment |
LD/LED Light Source
Characteristic Experiment |
3 |
√ |
|
Comprehensive |
Prism Coupling Method for Measuring
Film Thickness and Refractive Index |
3 |
√ |
|
Comprehensive |
Measurement of Waveguide Transmission
Loss by Prism Coupling Method |
3 |
√ |
|
Comprehensive |
Crystal Electro-optical
Modulation Experiment |
3 |
√ |
|
Comprehensive |
| Silicon Photocell Experiment |
3 |
√ |
|
Comprehensive |
Principle and Application Experiment
of Linear CCD |
3 |
√ |
|
Comprehensive |
Characteristic Experiment of
Photosensitive Two Junction Tube |
3 |
√ |
|
Comprehensive |
| Pyroelectric Sensor Experiment |
3 |
√ |
|
Comprehensive |
Use of URE-2000/17 UV
Lithography Machine |
3 |
√ |
|
Comprehensive |
| Processing of Fine Patterns |
3 |
√ |
|
Comprehensive |
Optical Fiber Processing, Cutting
and welding Experiment |
3 |
√ |
|
Comprehensive |
Using Spectral Analyzer (AQ6370) and
AQ2200-211 Power Meter to
Measure Spectral Power |
3 |
√ |
|
Comprehensive |
Optical Fiber Spectrometer to Measure
the Spectrum of Mercury Lamp |
3 |
√ |
|
Comprehensive |
Optical Multichannel
Analyzer Experiment |
3 |
√ |
|
Comprehensive |
| Grating Monochromator Experiment |
3 |
√ |
|
Comprehensive |
| Hydraulic and Pneumatic Transmission TechnologyⅠ |
6 |
8 |
Experiment |
Liquid Resistance Characteristics |
2 |
|
√ |
Basic |
| Hydraulic Pump Performance |
1 |
√ |
|
Basic |
| Hydraulic and Pneumatic Transmission TechnologyⅡ |
5 |
7 |
Oil Pump and Motor Structure
Disassembly and Assembly |
1 |
√ |
|
Basic |
| Relief Valve Performance |
1 |
√ |
|
Basic |
| Hydraulic and Pneumatic Transmission TechnologyⅢ |
5 |
7 |
Hydraulic Valve Structure Disassembly |
1 |
√ |
|
Basic |
| Throttle Speed Regulation Performance |
2 |
√ |
|
Basic |
Multi-cylinder Full Pneumatic Control
Sequence Action Circuit Design |
2 |
|
√ |
Designable |
| Control Engineering Foundation |
3 |
6 |
Experiment |
Time Domain Response of
a Typical Analog System |
2 |
√ |
|
Basic |
Frequency Response of
a Typical Analog System |
2 |
√ |
|
Basic |
| Automatic Control Theory |
3 |
6 |
System Series Correction |
2 |
√ |
|
Designable |
| Modern Control Engineering |
2 |
4 |
Experiment |
System State Equation and Feedback |
2 |
√ |
|
Basic |
| Sampling System Analysis |
2 |
√ |
|
Basic |
| Electro-hydraulic Control Technology |
2 |
4 |
Experiment |
Cognition of Hydraulic Integrated
Control Experimental Device |
2 |
√ |
|
Basic |
Electro-hydraulic Proportional (Servo)
Closed-loop Position/Force/Speed
Computer Control |
4 |
√ |
|
Comprehensive |
| Industrial Robot |
3 |
6 |
Experiment |
Initial Application of Robots |
2 |
√ |
|
Basic |
| FESTO FDLG-R-3 Assembly Robot |
2 |
√ |
|
Basic |
| Mitsubishi Robot Programming Teaching |
2 |
√ |
|
Comprehensive |
| Robot technology |
1 |
2 |
Experiment |
FANUC Assembly Robot/MPS |
2 |
|
√ |
Basic |
| Electromechanical Drive Control |
2 |
4 |
Experiment |
AC Motor Frequency Conversion
Speed Regulation Control |
2 |
√ |
|
Basic |
| MPS Control System |
2 |
√ |
|
Basic |
| Machinery Manufacturing Automation |
1 |
2 |
Experiment |
Industrial Robot |
2 |
√ |
|
Basic |
| Fluid Power Technology |
3 |
5 |
Experiment |
Disassembly and Assembly of
Hydraulic Components |
2 |
√ |
|
Basic |
Hydraulic Pump Performance, Relief
Valve Performance (Static) |
2 |
√ |
|
Basic |
Throttle Speed Regulation,
Hydraulic System Circuit |
1 |
√ |
|
Basic |
| Mechanical Principle and Design A |
4 |
8 |
Experiment |
Mapping and Analysis of Mechanism
Motion Diagram |
2 |
√ |
|
Basic |
Measurement of Mechanical Motion
Parameters |
2 |
|
√ |
Basic |
Intelligent five (four) linkage
Experiment |
2 |
|
√ |
Designable |
| Dynamic Balance of Rigid Rotor |
2 |
|
√ |
Basic |
| Balance of Mechanism on the Base |
2 |
|
√ |
Basic |
Mechanical Structure Innovation
Experiment |
2 |
√ |
|
Designable |
Unit Operation and Flywheel
Adjustment |
2 |
|
√ |
Basic |
| Gear Generating Principle Experiment |
2 |
|
√ |
Basic |
Space Parallel Mechanism
Robot Experiment |
2 |
|
√ |
Designable |
| Mechanical Principle and Design B |
4 |
8 |
Experiment |
Belt Drive Experiment |
2 |
√ |
|
Basic |
Measurement of Static and Dynamic
Friction Coefficient and
Crawling Motion Mechanism |
2 |
|
√ |
Basic |
The Measurement of the Efficiency
of Microcomputer Controlled
Machinery |
2 |
|
√ |
Designable |
Experiments on Hydrodynamic
Lubrication of Radial Sliding Bearings |
2 |
|
√ |
Basic |
| On-site Teaching of Mechanical Design |
2 |
|
√ |
Basic |
Assembly, Disassembly and Structural
Analysis of the Reducer
(including Creative Combination
Shafting Structure Experiment) |
2 |
√ |
|
Comprehensive |
| Bolt Connection Experiment |
2 |
√ |
|
Basic |
Comprehensive Experiment of
Mechanical Transmission Scheme |
2 |
|
√ |
Comprehensive |
| Sealing Performance Test |
2 |
|
√ |
Designable |
| Precision Mechanical Design |
5 |
10 |
Experiment |
Mechanical Structure Cognition |
2 |
|
√ |
Basic |
Measurement of Mechanical
Motion Parameters |
2 |
√ |
|
Basic |
| Fundamentals of Mechanical Design |
5 |
10 |
Unit Operation and Flywheel Adjustment |
2 |
|
√ |
Basic |
| Belt Drive Experiment |
2 |
|
√ |
Basic |
| Fundamentals of Mechanical Engineering A |
5 |
10 |
Disassembly, Assembly and
Structure Analysis of Reducer |
2 |
√ |
|
Comprehensive |
Mechanical structure
Innovation Experiment |
2 |
|
√ |
Designable |
| Gear Generation Principle Experiment |
2 |
|
√ |
Basic |
| Space Parallel Mechanism Robot Experiment |
2 |
|
√ |
Designable |
| Comprehensive Experiment of Mechanical Design |
2 |
15 |
Experiment |
Analysis of Structure, Principle
and Function of Modern
Electromechanical System |
4 |
√ |
|
Comprehensive |
| Robotics and Application Development |
11 |
√ |
|
Comprehensive |
| Mechanical System Design |
3 |
6 |
Experiment |
Cognition of Mechanical Systems |
2 |
√ |
|
Comprehensive |
| Transmission System Design |
2 |
√ |
|
Basic |
| Actuator Design |
2 |
√ |
|
Basic |
| Mechanical Dynamics |
3 |
6 |
Experiment |
Dynamic Balance Experiment
of Crank Slider Mechanism |
2 |
√ |
|
Basic |
Hammering Method to Measure
Natural Frequency of Cantilever Beam |
2 |
√ |
|
Basic |
Resonance Experiment of
Eccentric Motor System |
2 |
√ |
|
Comprehensive |
| Single Chip Microcomputer Application System |
4 |
8 |
Experiment |
Operation and Use of Single
Chip Microcomputer Experimental System |
2 |
√ |
|
Basic |
| Data Sorting |
2 |
√ |
|
Basic |
| I /O Port Application |
2 |
√ |
|
Basic |
| Timer/Counter, Interrupt Application |
2 |
√ |
|
Comprehensive |
| Thermal Energy and Power Engineering Testing Technology |
3 |
6 |
Experiment |
Sensor Calibration |
2 |
√ |
|
Comprehensive |
| Calibration Data Processing |
2 |
√ |
|
Basic |
| Sensor Structure Analysis |
2 |
√ |
|
Basic |
| Mechanical Design |
3 |
6 |
Experiment |
Printer Function System Analysis |
2 |
√ |
|
Comprehensive |
Functional System Analysis
of Coin Sorting Machine |
2 |
√ |
|
Basic |
| Product Functional Principle Design |
2 |
√ |
|
Basic |
| Creative Design of Electromechanical Model |
3 |
30 |
Public Elective Courses |
Mechanism and Drive Components
Recognition and Structural Assembly |
8 |
√ |
|
Comprehensive |
Sensor, Controller and Interface
Technology and Programming Application |
8 |
√ |
|
Comprehensive |
Integrated Creative Design
of Fischertechnik Model |
14 |
√ |
|
Comprehensive |
| Fundamentals of Mechanical Manufacturing Technology A |
5 |
10 |
Experiment |
Geometric Angle Measurement
of Cutting Tools A |
2 |
√ |
|
Basic |
| Factors Affecting Cutting Force |
2 |
√ |
|
Basic |
| Special Fixture Analysis A |
2 |
√ |
|
Basic |
Computer-aided Error
Measurement and Analysis A |
2 |
√ |
|
Comprehensive |
Machine Tool Spindle Rotation
Accuracy Inspection A |
2 |
√ |
|
Basic |
| Fundamentals of Mechanical manufacturing technologyB |
2 |
4 |
Experiment |
Geometric Angle Measurement
of Cutting Tools B |
2 |
√ |
|
Basic |
| Universal Fixture |
2 |
√ |
|
Basic |
The Influence of Cutting
Amount on Surface Roughness |
2 |
|
√ |
Comprehensive |
| Automobile Manufacturing Technology |
2 |
4 |
Experiment |
Special Fixture Analysis B |
2 |
√ |
|
Basic |
Statistical analysis
of Processing Errors B |
2 |
√ |
|
Comprehensive |
Machine Tool Spindle Rotation
Accuracy Inspection B |
2 |
|
√ |
Basic |
| Power Machinery and Equipment Manufacturing Technology |
2 |
4 |
Experiment |
Special Fixture Analysis C |
2 |
√ |
|
Basic |
Computer-aided Error
Measurement and Analysis C |
2 |
√ |
|
Comprehensive |
Machine Tool Spindle
Rotation Accuracy Inspection C |
2 |
|
√ |
Basic |
| Mechanical Manufacturing Equipment Design |
2 |
4 |
Experiment |
Machine Tool Noise Test A |
2 |
√ |
|
Comprehensive |
Transmission and Structure
of Ordinary Lathe A |
2 |
√ |
|
Basic |
| Modular Fixture A |
2 |
|
√ |
Basic |
| Precision and Special Processing |
2 |
4 |
Experiment |
Laser Cutting |
2 |
√ |
|
Comprehensive |
| Laser Marking |
2 |
|
√ |
Comprehensive |
Wire Electrical
Dischage Machining (WEDM) |
2 |
√ |
|
Comprehensive |
| Advanced Manufacturing Technology |
1 |
4 |
Experiment |
Fused Deposition Manufacturing |
4 |
√ |
|
Comprehensive |
| Rapid Prototyping Technology and Application |
1 |
4 |
Experiment |
Rapid Prototyping
Experiment of FDM and SLS |
4 |
√ |
|
Comprehensive |
| Plastic Forming Equipment |
1 |
2 |
Experiment |
Thermoplastic Injection Molding A |
2 |
√ |
|
Comprehensive |
| Mold Manufacturing Technology |
2 |
4 |
Experiment |
Programming and Simulation
Drawing of CNC WEDM |
2 |
√ |
|
Comprehensive |
The Selection of Electrical
Standards for EDM Machine Tools |
2 |
√ |
|
Comprehensive |
Evaluation of Processed
Surface Quality of EDM |
| Stamping Process and Die Design |
1 |
2 |
Experiment |
Stamping Die Experiment |
2 |
√ |
|
Comprehensive |
| Plastic Molding Process and Mold Design |
1 |
2 |
Experiment |
Plastic Mold Disassembly |
2 |
√ |
|
Comprehensive |
| Machinery Manufacturing Automation |
2 |
4 |
Experiment |
Industrial Robot Experiment |
2 |
√ |
|
Comprehensive |
Collaborative Manufacturing
System Experiment |
2 |
√ |
|
Comprehensive |
| Mechanical Fault Diagnosis Technology |
2 |
6 |
Experiment |
Mechanical Vibration Test
and Fault Diagnosis |
3 |
√ |
|
Comprehensive |
Machine Tool Noise Test
and Failure Analysis |
3 |
√ |
|
Comprehensive |
| Comprehensive Experiment of Mechanical Manufacturing |
5 |
15 |
Experiment |
Reverse Engineering
Product Development A |
4 |
√ |
|
Comprehensive |
CAD/CAM Practice of
Complex Products A |
4 |
√ |
|
Comprehensive |
| Special Processing Technology A |
2 |
√ |
|
Comprehensive |
| CIMS Integration Technology |
2 |
|
√ |
Comprehensive |
| Rapid Product Development A |
4 |
√ |
|
Comprehensive |
| Laser Welding Technology |
1 |
√ |
|
Comprehensive |
| Comprehensive Experiment of Mold Design and Manufacturing |
5 |
15 |
Experiment |
Reverse Engineering
Product Development B |
4 |
√ |
|
Comprehensive |
| CAD/CAM Practice of Complex Products B |
4 |
√ |
|
Comprehensive |
| Special Processing Technology B |
2 |
√ |
|
Comprehensive |
| Thermoplastic Injection Molding B |
2 |
√ |
|
Comprehensive |
| Rapid Product Development B |
3 |
√ |
|
Comprehensive |
| Mechanical and Electrical Equipment Design |
2 |
4 |
Experiment |
Machine Noise Test B |
2 |
√ |
|
Comprehensive |
Transmission and Structure
of Ordinary LatheB |
2 |
√ |
|
Basic |
| Modular fixture B |
2 |
|
√ |
Basic |
| Electromechanical Drive Control A |
5 |
10 |
Experiment |
Practical Machine Tool
Electrical Control |
2 |
|
√ |
Basic |
Single-phase Bridge Rectifier
Circuit Experiment |
2 |
|
√ |
Basic |
| Electromechanical Drive Control B |
3 |
6 |
DC Motor Experiment |
2 |
√ |
|
Basic |
| Handling Robot Control |
2 |
√ |
|
Designable |
| Automatic Feeding and Loading Control |
2 |
√ |
|
Basic |
AC Motor Frequency Conversion
Speed Regulation Control |
2 |
√ |
|
Basic |
| Control Motor Experiment |
2 |
√ |
|
Comprehensive |
| MPS Control System Experiment |
2 |
|
√ |
Comprehensive |
| Numerical Control Technology |
2 |
4 |
Experiment |
CNC Milling Machine
Programming and Operation A |
2 |
√ |
|
Basic |
Interpolation Principle
and Servo Control A |
2 |
√ |
|
Comprehensive |
| Automatic Programming and Processing A |
2 |
√ |
|
Comprehensive |
| Electric Servo and CNC Technology |
3 |
6 |
Experiment |
CNC Lathe Programming and Operation A |
2 |
√ |
|
Basic |
CNC Milling Machine
Programming and Operation B |
2 |
√ |
|
Basic |
Interpolation Principle
and Servo Control B |
2 |
√ |
|
Comprehensive |
| Automatic Programming and Processing B |
2 |
√ |
|
Comprehensive |
| Servo System Characteristics |
2 |
|
√ |
Basic |
| Single Chip Microcomputer Application System Design |
3 |
6 |
Experiment |
P1 Port Lighting Experiment |
2 |
√ |
|
Basic |
| Industrial Sequence Control Experiment |
2 |
√ |
|
Basic |
| Stepper Motor Control Experiment |
2 |
|
√ |
Designable |
| Keyboard Display Experiment |
2 |
|
√ |
Basic |
| 8255 Experiment |
2 |
√ |
|
Basic |
| A/D Conversion Experiment |
2 |
√ |
|
Comprehensive |
| D/A Conversion Experiment |
2 |
|
√ |
Comprehensive |
| CNC Machine Tool Servo and Detection Technology |
4 |
8 |
Experiment |
Encoder Experiment |
2 |
√ |
|
Basic |
| Resolver Experiment |
2 |
√ |
|
Basic |
| Stepping Motor Test |
2 |
√ |
|
Comprehensive |
| AC Servo Motor Experiment |
2 |
√ |
|
Comprehensive |
| CNC Principle and System |
3 |
6 |
Experiment |
Tool Compensation Principle Experiment |
2 |
√ |
|
Comprehensive |
Point-by-point Comparison
Method Interpolation Experiment |
2 |
√ |
|
Basic |
Digital Integration Method
Interpolation Experiment |
2 |
√ |
|
Basic |
Stepping Motor Automatic Speed
Up and Down Experiment |
2 |
|
√ |
Comprehensive |
| Motion Control Technology |
2 |
4 |
Experiment |
The Measurement of Parameters and
Link Characteristics of Thyristor
DC Speed Regulation System |
2 |
√ |
|
Basic |
Research on Static Characteristics
of Irreversible Single Closed Loop
DC Speed Control System |
2 |
√ |
|
Designable |
Double Closed Loop Tyristor
Irreversible DC Speed Control System |
2 |
|
√ |
Basic |
Double Closed Loop Three-phase
Asynchronous Motor Voltage and
Speed Regulation System |
2 |
|
√ |
Comprehensive |
| CNC Machining and Programming Technology |
2 |
4 |
Experiment |
CNC Lathe Programming and Operation B |
2 |
√ |
|
Basic |
CNC Milling Machine
Programming and Operation C |
2 |
√ |
|
Basic |
Interpolation Principle
and Servo Control C |
2 |
√ |
|
Comprehensive |
| Automatic Programming and Processing C |
2 |
|
√ |
Comprehensive |
| Electronic Circuit Design and Production |
3 |
40 |
Modern Engineering Training |
PCB Schematic and Layout Design |
16 |
√ |
|
Designable |
| Electronic System Design |
16 |
√ |
|
Designable |
Electronic Circuit Board
Production and Assembly |
8 |
√ |
|
Comprehensive |
| Comprehensive Training of Test System |
3 |
40 |
Modern Engineering Training |
Comprehensive Training of Test System |
16 |
|
√ |
Comprehensive |
Comprehensive Training of
Modern Instrument Design |
12 |
|
√ |
Comprehensive |
| Robot Comprehensive Training |
12 |
|
√ |
Comprehensive |
| Comprehensive Training of Single Chip Machine Application System |
4 |
40 |
Modern Engineering Training |
Design of Single Chip
Microcomputer Display System |
8 |
√ |
|
Designable |
| Single-chip Audio System Design |
12 |
√ |
|
Designable |
Single-chip Electromechanical
System Design |
8 |
√ |
|
Designable |
| 3D8 Light Cube Creative Design |
12 |
|
√ |
Creative |
| Independent Innovation Design |
12 |
|
√ |
Designable |
| Electromechanical Integrated Control Training |
3 |
40 |
Modern Engineering Training |
Electrical Control Comprehensive Training |
10 |
√ |
|
Comprehensive |
Pneumatic and Hydraulic
Comprehensive Training |
10 |
√ |
|
Comprehensive |
Comprehensive Training of Modular
Manufacturing System |
20 |
√ |
|
Comprehensive |
| Digital Design and Manufacturing Project Practice A |
1 |
40 |
Modern Engineering Training |
3D Digital Modeling of
Complex Products (Engines or
Other Typical Products) |
40 |
√ |
|
Designable |
| Product CAID Development |
40 |
√ |
|
Designable |
Rapid Development of
Reverse Engineering Products |
40 |
√ |
|
Designable |
| CAE Analysis and Simulation |
40 |
√ |
|
Designable |
| CAM CNC Automatic Programming |
40 |
√ |
|
Designable |
| Digital Design and Manufacturing Project PracticeB |
1 |
40 |
Modern Engineering Training |
Mold CAD (3D Digital Modeling) |
40 |
√ |
|
Designable |
| CAE Analysis and Simulation of Typical Processes |
40 |
√ |
|
Designable |
| Rapid Prototyping of Molds |
40 |
√ |
|
Designable |
| CAM CNC Automatic Programming |
40 |
√ |
|
Designable |
| Digital Design and Manufacturing Project PracticeC |
3 |
40 |
Modern Engineering Training |
3D Modeling and Design Training of Parts |
14 |
√ |
|
Designable |
Comprehensive Training of
CNC Programming and Machining |
20 |
√ |
|
Designable |
| Digital Measurement of Parts |
6 |
√ |
|
Designable |
