AutoCAD Mechanical 2D/3D
AutoCAD Mechanical 2D/3D
AutoCAD Mechanical 2D/3D
- AutoCAD Commands, Use of mouse and keyboard, File extensions, Limits (Li), Units (UN), selection, Views.
- 2d drafting: Drawing toolbar, Point (Po), Co-ordinate system, Line (L), Construction Line (XL), Polyline (PL), Ray, Point style.
- Circle (C), Ellipse (EL), Arc (A), Polygon (POL), Rectangle (Rec)
- Spline (SPL), Divide (Div), Measure (Mea),
- AutoCAD Commands, Use of mouse and keyboard, File extensions, Limits (Li), Units (UN), selection, Views.
- 2d drafting: Drawing toolbar, Point (Po), Co-ordinate system, Line (L), Construction Line (XL), Polyline (PL), Ray, Point style.
- Circle (C), Ellipse (EL), Arc (A), Polygon (POL), Rectangle (Rec)
- Spline (SPL), Divide (Div), Measure (Mea), Donut (Do), Hatch (H), etc.
- Drafting Setting Tool bar
- Modifying tool bar
- Editing tool bar
- Annotations
- Styles manager
- Layer
- Properties
- Tool Palettes
- Parametric constraints
- Linking & Extraction
- Plotting
- 3d Modeling tools
- Solid editing tools
SOLID WORKS
AutoCAD Mechanical 2D/3D
AutoCAD Mechanical 2D/3D
- Student will be starting from the GUI features, Design tree, Feature manager, keyboard & mouse uses.
- Sketch Entities
- Sketch modifying tools
- Part modeling
- Extrude, Extrude cuts, Revolve & Revolve cut
- Sweep, Sweep cut, Loft & Loft cut, fillet & chamfer.
- Reference Geometry - Plane, Point, Axis
- Rib, Shell, Draft, Patterns
- Curves, composite curve,
- Student will be starting from the GUI features, Design tree, Feature manager, keyboard & mouse uses.
- Sketch Entities
- Sketch modifying tools
- Part modeling
- Extrude, Extrude cuts, Revolve & Revolve cut
- Sweep, Sweep cut, Loft & Loft cut, fillet & chamfer.
- Reference Geometry - Plane, Point, Axis
- Rib, Shell, Draft, Patterns
- Curves, composite curve, Project curves, Helix & spiral
- Wrap, dome, mirror
- Assembly modeling
- Coincident, parallel, perpendicular, tangent etc
- Smart mates
- Replace, rotate, move component
- Mechanical mates
- Advance mates
- Dimensioning - Horizontal, Vertical, chamfer dimension center mark, Centerline.
- Surface modeling
- Sheet metal design
- Drafting module
CATIA
AutoCAD Mechanical 2D/3D
NX-CAD
- Catia is a higher end software used widely in Automotive, Aerospace, transportation & Marine.
- Sketcher profile - Lines, Circle, rectangle, spline, ellipse, geometrical & dimensional constraints.
- Operations: Corner, chamfer, trim, mirror. Constraints, Fix together, Edit multi constraint
- Sketch based features - Pad, Multi-pad, pocket, shaft,
- Catia is a higher end software used widely in Automotive, Aerospace, transportation & Marine.
- Sketcher profile - Lines, Circle, rectangle, spline, ellipse, geometrical & dimensional constraints.
- Operations: Corner, chamfer, trim, mirror. Constraints, Fix together, Edit multi constraint
- Sketch based features - Pad, Multi-pad, pocket, shaft, groove, hole, rib, slot, solid combine, multi section solid, remove multi section solid.
- View - Fly mode, fit all, Pan, rotate, zoom in/out, normal view, view manager, visual style
- Materials, Apply materials, Type of materials
- Reference elements
- Transformation features
- Boolean operations
- Assembly module
- Constraints
- Wireframe & Surface
- Generative sheet metal
- Annotations
- Drafting
NX-CAD
NX-CAD
NX-CAD
- Basic Layout NX CAD and its uses
- Interface of NX CAD, Mouse function, Basic commands (Save, Open, Import, Export.)
- Sketch, Sketch environment, Sketch curve
- Design features (Extrude, Revolve, datum plane, datum axis, datum CSYS)
- Design features (Block, Cylinder, cone, sphere, hole, boss, pocket)
- Design features (Pad, Emboss, Slot, groove, rib,
- Basic Layout NX CAD and its uses
- Interface of NX CAD, Mouse function, Basic commands (Save, Open, Import, Export.)
- Sketch, Sketch environment, Sketch curve
- Design features (Extrude, Revolve, datum plane, datum axis, datum CSYS)
- Design features (Block, Cylinder, cone, sphere, hole, boss, pocket)
- Design features (Pad, Emboss, Slot, groove, rib, draft, etc.)
- Design feature (Trim body, split body, trim sheet, extend sheet, un-trim, divide face, delete edge, delete body)
- Assembly (Basics, add, create new, pattern, mirror)
- Assembly (move constraints, assembly constraints, Exploded Views)
- Assembly (connections drop down, exploded view)
- Sheet metal (Basic introduction, bend, flange, counter flange, hem flange, lofted flange, jog)
- Sheet metal (Corner basic, closed corner, three bend corner, break corner, chamfer etc.)
- Drafting (Introduction, View creation wizard, base view, update view, section view)
- Introduction to surfacing, Through curve, swept, face blend, aesthetic, face blend, bridge, blend corner, 4 point surface, fill surface.
- Extract geometry, offset surface, trim sheet, trim body, extend sheet etc.
GD & T
NX-CAD
GD & T
- Traditional Tolerance approach
- 1st & 3rd angle Projections
- Cost of Drawing Error
- Methods of Dimensioning
(Linear, chain & Parallel)
- Understanding of Part, Production & Assembly drawings
- Concepts of Tolerance
- Types of representation of tol.
- Fits in Mechanical Assemblies
- Existence of GD & T
- Symbols of GD & T per ASME Y 14.5M
- Feature Control Frame
- Ba
- Traditional Tolerance approach
- 1st & 3rd angle Projections
- Cost of Drawing Error
- Methods of Dimensioning
(Linear, chain & Parallel)
- Understanding of Part, Production & Assembly drawings
- Concepts of Tolerance
- Types of representation of tol.
- Fits in Mechanical Assemblies
- Existence of GD & T
- Symbols of GD & T per ASME Y 14.5M
- Feature Control Frame
- Basic dimension & Basic size
- Geometric Tol Zone (Cylindrical, Prismatic & Profile Tol. zone)
- Feature of Size, Identifying feature of size
- Datum (Primary, Secondary & Tertiary)
- Selection of datum
- 3-2-1 Principle
- Rules of Gd & T
- Material Modifiers
- Bonus Tolerance (shaft & hole)
- RFS Condition
- Virtual Condition (Attribute Gauge, Variable Gauge, Worst case boundary)
- Tolerance Grades ISO 286 -1: 2021
- General Tol zone.
- Fits in Mechanical assembly
- Hole & Shaft basis system
- Surface Finish Symbols
- Lay Direction
- Surface Finish Indication
- Mechanical Properties & practical uses
- Stress Strain graph of steel
- Sheet metal design Considerations
- Welding & Weld representation in drawings
- Rivet & Fastening process
- Over all Engineering Process
- Reverse Engineering Laboratory Experience
- Student will be given Physical components (Engine block, Piston, Brackets, Gussets, articulation assembly etc) with scale, Calipers to create the models in the system.
6a. Powerful Placement Strategy
We follow a simple & powerful WIN WIN WIN Strategy. We encourage our students to make activities on daily basis, examination & Support in development of projects using the respective software's.
6b. Resume Writing Sessions
A good resume is important because it helps our CADDESk/ITDESK students to create first positive impression, demonstrate qualifications, and show a good fit for the job with all the the required skills
6c. Speed Up Examinations
6c. Speed Up Examinations
Speed up examinations makes the students to understand the Practical CAD Interview examinations
6d.Technical Sessions
6f. Awareness & Confidence Development Sessions
6c. Speed Up Examinations
Technical Sessions gives technical knowledge, practical awareness & important interview questions which a Design Engineer will be facing during the Interviews & Career.
6e. Aptitude Sessions
6f. Awareness & Confidence Development Sessions
6f. Awareness & Confidence Development Sessions
Aptitude sessions can be beneficial in a number of ways for our CADDESK/ITDESK Students.
Aptitude sessions make the student active and participative and develops the ability of problem-solving skills.
6f. Awareness & Confidence Development Sessions
6f. Awareness & Confidence Development Sessions
6f. Awareness & Confidence Development Sessions
General awareness sessions gives the career guidelines and directional advices of how important are appointment letters, relieving letters, exp. certificates etc. and how to avoid career gaps. Steps to take in the organization for fast and quick growth, there by develops the confidence to students.
Low Communication Skills
Lack of Technical Knowledge
Low Communication Skills
We observe few of the students have the issue with communication.
- Problem of fluency
- Problem of sentence formation
- Nervousness during Interview
- Stage fear
We give separately english communication classes to weak students in english
Lack of Sofware skills
Lack of Technical Knowledge
Low Communication Skills
Few students does not have software knowledge & Few students may have software knowledge in 1-2 softwares.
But the students who have basic software knowledge in 1-2 softwares lag in speed, accuracy & perfection which lead to Failure during interviews.
To avoid this failure, we make our students to practice the software every day and develop project works.
Lack of Technical Knowledge
Lack of Technical Knowledge
Lack of Technical Knowledge
Few students believe that with only software knowledge they can get the jobs, but practically majority of the organizations take the Technical Interviews.
Technical Interviews focus on overall grip in the Fundamentals & Practical knowledge.
To avoid failure in Technical area, we specailly teach Technical and practical aspects to the students included with the software course programs.
Career Gap
Lack of Technical Knowledge
Lack of Technical Knowledge
Many students knowingly or unknowingly enter into the trap of Career gap, due which majority of rejections are observed.
We give special sessions to the students, how to show in resumes and present during the Inteview's about career gap.