Engineering training is a compulsory course in engineering majors in Chinese universities. It is an indispensable part of engineering practice teaching in the process of undergraduate education in China.
The main objective is to undergraduate student with intelligent manufacturing processing, including the knowledge points, relevant equipment and the handling methods. Through training, all trainees can:
(1)Get familiar with each section of the industrial production, and various of processing method;
(2)Improve your qualities in engineering;
(3)Help you understand the market, complex engineering systems and the innovation;
(4)Develop your organization and management skills.
In this process, you can achieve three preliminary transformations:
(1)From the compartmental learning to the engineering practice;
(2)From accumulating knowledge to developing abilities;
(3)From information inputs to innovative outputs.
Engineering training has highlight characteristics of practicality. Through the education of engineering practice, the understanding of industrial manufacturing, the experience of engineering culture and the inspiration of innovation and entrepreneurship, we can teach university students modern manufacturing engineering knowledge, cultivate engineering thinking and technical capability, and create and shape the value of creative labor.
01 Introduction
1.2 Learning Objectives and Course Contents
1.5 Cost Estimation of Part Manufacturing
1.4 Measurement tools and their usages
1.1 Introduction to Engineering Training
1.3 Notices for Engineering Training
01 Unit Detection of Introduction
02 Casting
2.9 Process of Sand Casting
2.1 Introduction of Casting
2.8 Excavation Sand Molding
2.5 Solid Pattern Molding
2.10 Common Defects and Reason Analysis
2.2 Sand Mold and Molding Materials
2.6 Parted Pattern Molding
2.4 Manual Molding and The Core Making
2.7 Loose Piece Molding
2.3 Gating System
02 Unit Detection of Casting
03 Milling
3.5 Milling of Gears
3.4 Milling of Planes
3.3 Accessories of Milling Machine
3.1 Overview of Milling Processing
3.2 Introduction of Milling Machines
03 Unit Detection of Milling
04 Turning
4.1 Lathe Operating Regulations
4.12 Die
4.4 The Three Elements of Cutting Parameter
4.10 Knurling
4.11 Grooving
4.2 Overview of Lathe Work
4.13 External Circular Cone Turning
4.8 Cylindrical Turning
4.9 Center Hole Drilling
4.7 Face Turning
4.6 Operating Method for Workpiece Clamping
4.14 Forming Surface Turning
4.3 The Structure of Lathe
4.5 Tools and Accessories
04 Unit Detection of Turning
05 Fitting
5.6 Tapping
5.3 Sawing
5.5 Drilling
5.2 Scribing
5.8 Disassembly and Assembly
5.4 Filing
5.1 The Basic Knowledge of Fitting
5.7 The Production of The Hammer Head
05 Unit Detection of Fitting
06 3D Printing
6.5 Operation of FDM 3D Printer
6.2 The Process Principles of FDM 3D Printing
6.3 Cura Software
6.1 Overview of 3D Printing Technology
6.4 The Basic Structure of A FDM 3D Printer
06 Unit Detection of 3D Printing
08 CNC Machining
8.6 Shaft Parts Machining on CNC Lathe
8.2 Coordinate System in CNC Machine
8.1 Introduction of CNC Machine
8.3 Programming Commands for CNC Lathe
8.5 Operating Procedures of CNC Lathe
8.4 Simulation of Shaft Parts Machining on CNC Lathe
08 Unit Detection of CNC Machining
Physics，Chemistry, Engineering Drawing, Material Science
Engineering Training
Professor
由高教社联手网易推出，让每一个有提升愿望的用户能够学到中国知名高校的课程，并获得认证。
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