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 |
| Metalworking Practice A (Metal Cutting Training ) |
7 |
120 |
Basic Engineering Training |
Basic Training for Turning Machining |
22 |
√ |
|
Basic |
| Comprehensive Training for Turning Machining |
8 |
√ |
|
Comprehensive |
| Milling, Planing and Grinding Technology |
30 |
√ |
|
Basic |
| Basic Training for Fitter Technology |
22 |
√ |
|
Basic |
| Innovative Production for Fitter Technology |
8 |
√ |
|
Innovative |
| Numerical Control (NC) Machining |
18 |
√ |
|
Comprehensive |
| Special Machining |
12 |
√ |
|
Innovative |
| Metalworking Practice (Material Forming and Heat Treatment) |
6 |
120 |
Basic Engineering Training |
Basic Training for Casting Technology |
22 |
√ |
|
Basic |
| Innovative Production for Casting Technology |
8 |
√ |
|
Innovative |
| Forging and Pressing Technology |
30 |
√ |
|
Basic |
| Basic Training for Welding Technology |
22 |
√ |
|
Basic |
| Innovative Production for Welding Technology |
8 |
√ |
|
Innovative |
| Heat Treatment Technology |
30 |
√ |
|
Basic |
| Metalworking Practice B (Metal Cutting Training) |
7 |
80 |
Basic Engineering Training |
Basic Training for Turning Machining |
16 |
√ |
|
Basic |
| Comprehensive Training for Turning Machining |
4 |
√ |
|
Comprehensive |
| Milling, Planing and Grinding Technology |
20 |
√ |
|
Basic |
| Basic Training for Fitter Technology |
16 |
√ |
|
Basic |
| Innovative Production for Fitter Technology |
4 |
√ |
|
Innovative |
| NC Machining |
12 |
√ |
|
Comprehensive |
| Special Machining |
8 |
√ |
|
Innovative |
| Metalworking Practice A,B (Material Forming and Heat Treatment) |
6 |
80 |
Basic Engineering Training |
Basic Training for Casting Technology |
16 |
√ |
|
Basic |
| Innovative Production for Casting Technology |
4 |
√ |
|
Innovative |
| Forging and Pressing Technology |
20 |
√ |
|
Basic |
| Basic Training for Welding Technology |
16 |
√ |
|
Basic |
| Innovative Production for Welding Technology |
4 |
√ |
|
Innovative |
| Heat Treatment Technology |
20 |
√ |
|
Basic |
| Metalworking Practice C (Metal Cutting Training) |
4 |
40 |
Basic Engineering Training |
Turning Technology |
10 |
√ |
|
Basic |
| Fitter Technology |
10 |
√ |
|
Basic |
| Milling Technology |
10 |
√ |
|
Basic |
| NC Machining, Special Machining |
10 |
√ |
|
Basic |
| Metalworking Practice C (Material Forming and Heat Treatment) |
4 |
40 |
Basic Engineering Training |
Casting Technology |
10 |
√ |
|
Basic |
| Forging and Pressing Technology |
10 |
√ |
|
Basic |
| Welding Technology |
10 |
√ |
|
Basic |
| Heat Treatment Technology |
10 |
√ |
|
Basic |
| Metalworking Practice D (Metal Cutting,Material Forming and Heat Treatment) |
2 |
40 |
Basic Engineering Training |
Turning and Fitter technology, NC Machining |
20 |
√ |
|
Basic |
| √ |
|
Basic |
| Casting, Forging and Pressing, Welding as well as Heat Treatment Technology |
20 |
√ |
|
Basic |
| Electrical Technology Practice (Electrical Major) |
5 |
40 |
Basic Engineering Training |
Overview of Electric Power System, Common Kwonledge of Safety Utilization of Electric Power |
4 |
√ |
|
Basic |
| Emergency Services Training for Preventing Electric Shock |
2 |
√ |
|
Basic |
| Installation and Debugging of Indoor Lighting Circuit |
12 |
√ |
|
Comprehensive |
| Installation and Commissioning of Machine Tool Control Circuit |
20 |
√ |
|
Comprehensive |
| Visit MPS, Logistics, Electrical Control, Hydraulic Control, etc. |
2 |
√ |
|
Basic |
| Electrical Technology Practice (Non-electrical Major） |
3 |
40 |
Basic Engineering Training |
Overview of Electric Power System, Common Kwonledge of Safety Utilization of Electric Power |
4 |
√ |
|
Basic |
| Installation and Debugging of Machine Tool Control Circuit |
16 |
√ |
|
Comprehensive |
| PLC Control Circuit Training |
20 |
√ |
|
Comprehensive |
| Electronic Technology Practice |
6 |
40 |
Basic Engineering Training |
Parameters, Performance, Functions and Testing Training of Commonly used Electronic Components |
8 |
√ |
|
Basic |
| Soldering Method and Manual Soldering Training of Printed Circuit Board |
8 |
√ |
|
Basic |
| Using and Testing of Electronic Product Assembly Tools |
4 |
√ |
|
Basic |
| Installation Technology and Training of Discrete Electronic Products |
12 |
√ |
|
Comprehensive |
| Installation, Debugging Process and Training of Surface Mount Electronic Product |
4 |
√ |
|
Comprehensive |
| Debugging and Troubleshooting of Typical Electronic Products |
4 |
√ |
|
Comprehensive |
| Electrical and Electronic Technology Practice |
6 |
40 |
Basic Engineering Training |
Overview of Electric Power System, Safety Utilization of Electric Power and Emergency Services Training for Preventing Electric Shock |
4 |
√ |
|
Basic |
| Electrical Installation Technology |
2 |
√ |
|
Basic |
| Installation and Debugging of Indoor Lighting Circuit |
8 |
√ |
|
Comprehensive |
| Parameters, Performance, Functions and Testing Training of Commonly used Electronic Components |
4 |
√ |
|
Basic |
| Manual Welding Training |
6 |
√ |
|
Basic |
| Installation and Debugging of Electronic Product |
16 |
√ |
|
Comprehensive |
| Numerical Control Practice A |
3 |
80 |
Basic Engineering Training |
NC Programming Training |
32 |
√ |
|
Basic |
| NC Machining Operation Training |
24 |
√ |
|
Basic |
| Comprehensive Training of NC Machining |
24 |
√ |
|
Comprehensive |
| Numerical Control Practice B |
3 |
40 |
Basic Engineering Training |
NC Programming Training |
20 |
√ |
|
Basic |
| NC Machining Operation Training |
12 |
√ |
|
Basic |
| Comprehensive Training of NC Machining |
8 |
√ |
|
Comprehensive |
| Production Process Flow A |
3 |
80 |
Basic Engineering Training |
Turning, Milling, Fitter technologyand NC machining |
34 |
√ |
|
Basic |
| Casting, Forging and pressing, Welding as well as Heat Treatment Technology |
16 |
√ |
|
Basic |
| Enterprise Management Process |
30 |
√ |
|
Basic |
| Production Process Flow B |
3 |
40 |
Basic Engineering Training |
Turning, Milling, Fitter technology and NC Machining |
16 |
√ |
|
Basic |
| Casting, Forging and pressing, Welding as well as Heat Treatment Technology |
16 |
√ |
|
Basic |
| Enterprise Management Process |
8 |
√ |
|
Basic |
| Excellent Basic Engineering Training I (Basic Skill Training) |
4 |
160 |
Basic Engineering Training |
Turning, Milling and Fitter technology |
48 |
√ |
|
Basic |
| NC Machining, Special Machining |
28 |
√ |
|
Comprehensive |
| Casting, Forging and pressing, Welding as well ad Heat Treatment Technology |
48 |
√ |
|
Basic |
| Electronic and Electrical Engineering |
36 |
√ |
|
Basic |
| Excellent Basic Engineering Training II (Comprehensive Technology Training) |
4 |
80 |
Basic Engineering Training |
Parts Measurement and Mapping |
16 |
√ |
|
Designable |
| Process Development |
16 |
√ |
|
Designable |
| Parts Processing |
32 |
√ |
|
Comprehensive |
| Assembly and Debugging |
16 |
√ |
|
Comprehensive |
| Excellent Basic Engineering TrainingⅢ |
1 |
40 |
Innovation Training |
Design and Manufacture of Carbon Free Car |
40 |
√ |
|
Innovative |
