Shenzhen Youdao Mechanical Design Training Inventor Industrial Product Design Training

Warm reminder: The teaching in this center is strict and is personally taught by authoritative practical experts with many years of project and design experience. One-on-one special teaching, all those who are diligent can come back with a full load!
Each course is offered throughout the year and is divided into day classes, evening classes and weekend classes, or you can study at any time to meet the flexible time needs of working people.
3. Out-of-town students can solve their accommodation problems through this center. The accommodation fee is 1 yuan per month, and it is an independent single room.
Contact person: Teacher Luo accepts consultation and registration calls throughout the day (as usual on holidays)
Telephone:
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Training content: r3D modeling design, surface design, assembly drawings, assemblies Exploded drawings, engineering drawings, advanced modeling, advanced mechanical coordination, sheet metal design, product rendering, product animation simulation renderings, etc.
Training time: No time limit, you can study at any time until you have mastered it.
Training objects: individual and corporate training (door-to-door training can be provided to corporate customers, and the training content can be customized according to needs)
Tuition fee: Yuan (for corporate training fees, please call us, or one-on-one training can be arranged)
Employment: Free employment recommendations! It is mainly recommended to work in companies that have project cooperation with our company. Employers from all walks of life are also welcome to call and contact us. All students in the center can master the above training content proficiently and be qualified for work needs!
r training outline
1. Introduction to r
, r user interface
, using project management to design data
Various file types and their templates in r
2. R sketching
, setting up the sketch environment
, drawing and modifying the sketch
adding or deleting geometric constraints
, placing dimensions
, projecting geometric primitives< br/> , Basic principles of sketching
, Three-dimensional sketch
3. Part modeling
, Part modeling overview
Part environment, part original coordinate system, creating positioning features , work plane, work axis, work point
, create sketch features
extrude, rotate, stiffener, loft, sweep, spiral sweep
create placement features
punch holes , Shelling, chamfering, filleting, threading, segmentation, draft angle, embossing, mapping
, Feature operations (mirror, array)
, Characteristics and materials
4. r Creation and editing of assembly drawings
, assembly overview
, adding components
, inserting existing components
, creating components in place
, inserting standard parts
br/> Assembly constraints
, component operations
, component array, copy
, component status control
, working characteristics of components
, interference check
/> 5. Create and use expression views
, Create expression views
Adjust component positions
, Assembly explosion
6. Engineering drawings
, Engineering drawing basics Knowledge
, creating views
Basic views, projected views, oblique views, section views, partial views, interrupted views, partial section views
View operations
, drawing settings
, Engineering drawing annotation
, Custom engineering drawing template
7. Sheet metal design
, Sheet metal environment
Create sheet metal parts
Convert ordinary parts to sheets Metal parts
, sheet metal styles
Define the basic parameters and creation rules of the sheet metal model
Various methods of sheet metal modeling
Flat plate, special-shaped plate, trimming, folding, convex Edge, hem, bend
, sheet metal unfolding mode
, sheet metal drawing
Create folded view
Create expanded view
8. Design of r welded parts
, Welded component environment
Create welded components
Convert existing components to welded components
, Create welding features
Create fillet welds, groove welds, and schematic welds Seam, add welding symbol
Welding engineering drawing
Welding preparation view, welding view, post-weld processing view
9. Product design example exercises