Davide

Rate $29
Response 1h

$29/h

See Engineering tutors

Unfortunately, this tutor is unavailable

Engineering
Industrial design
Mechanics
Technical drawing

SOLIDWORKS course: BASE, ANAZATO, SHEETS, 2D TABLES, 3D PRINTING, AUGMENTED REALITY with certificate and PRACTICE

Engineering
Industrial design
Mechanics
Technical drawing

Lesson location

- online

About Davide

It is essential to say that our goal is to train people and certify them towards mechanical design companies, technical offices, and industrial offices that require professionals from us every day. At the end of the course we will certify the successful preparation for design companies, also providing references and their names. If followed at the school you can also use our 3D printing tools. If followed online you will be provided with a virtualized environment to be able to better follow the lessons. Here is what you will learn in the SolidWorks BASIC course - 40 hours BASIC CONCEPTS • Introduction to the software; • Purpose of use; • Versions; • Additional modules; • Explanation of a method for 3D design; • Customization of the work environment; • Importance of the design origin; 3D ENVIRONMENT SKETCHES: • 2D sketch; • Sketch reports; • Quotas; • Lines; • Shorten the entity; • Mirror, repetitions, etc ..; • Spline curves; • Reference geometries: plane, point, axis, etc; • Use of equations and global variables; FUNCTIONS: • Hierarchy, relationships and dependencies between processes; • Base extrusion and extruded cut; • Revolution and cutting with revolution; • Base extrusion and cut with sweep; • Fillets / chamfers; • Creation of guide holes / threads; • Draft, empty and mirror; MEASURING INSTRUMENTS: • Measurement; • Mass properties; • Symmetry check; ASSEMBLIES: • Links to the origin; • Concealment and suspension; • Standard couplings; • Assembly suspension states; • Repetition and mirroring of components; • Opening / Assembly management; • Utilities for the transfer of assemblies (Pack & Go) • Creation of components in assembly (top-down) and external references; • Modification of components within the assembly; • Management of assembly configurations; • Management of display states; • Bill of materials in assembly; • Assembly workings; • Creation and management of exploded views starting from assembled assemblies; 2D ENVIRONMENT • Table setting; • Use of templates and management / creation of customized title blocks; • Automatic generation of views; • Orthogonal, axonometric, perspective and section views; • Creation and modification of the dimension; • Details; • General table annotations (welds, tolerances, shape and size symbols, etc.); • Sheet formats (title block management); • Tables (generic, bill of materials, drilling); • System options and document properties; • Tolerances; • BOM and shot peening; • Saving in DWG and DXF; SOLIDWORKS ADVANCED - 40 hours 3D ENVIRONMENT SKETCHES: • 3D sketches; FUNCTIONS: • Loft and cut with loft; • Extrusion and cut with delimitation; • Advanced forum; • Curve / sketch / table driven pattern, fill pattern and variable pattern; • Rib; • Wrap; • Coordinate system, center of mass and coupling rules; • Surfaces; • Mold tools; • Surfaces; • Welds; ASSEMBLIES: • Machine parts and motion transmission • Gear wheels with dedicated toolbox • Motion manager (animation, basic movement and motion analysis) SolidWorks LAMIERE - 20 hours 3D ENVIRONMENT • Basic sheet metal commands: • base flange; • edge flange; • flange for miter cuts; • hem; • closed edge; • welded edge; • bevels and fittings in sheet metal; • download corner; • Sheet metal reinforcement gusset; • Convert to sheet metal; • Flat pattern (sheet development); • Classic mistakes to avoid; • Advanced functions; • bending with loft • bending sketch • offset 2D ENVIRONMENT • Table of sheet metal pieces; • main differences with machined pieces • roughness and laser cutting • welds 3D printing - 20 hours 3D ENVIRONMENT • Basic concepts • Working in 2D and 3D • Advanced functions (3D) • Three-dimensional models and rendering • Fusion 360 • Printing, 3D Printing and Publishing

About the lesson

SOLIDWORKS course: BASE, ANAZATO, LAMIERE, 2D TABLES, 3D PRINTING, VIRTUAL REALITY with certificate and PRACTICE Fundamental to say that our goal is to train people and certify them towards mechanical design companies, technical studies, and industrial offices that we they require professionals on a daily basis. At the end of the course we will certify the successful preparation for design companies, also providing references and their names. If followed at the school you can also use our 3D printing tools. If followed online you will be provided with a virtualized environment to be able to better follow the lessons. Here is what you will learn in the SolidWorks BASIC course - 40 hours BASIC CONCEPTS • Introduction to the software; • Purpose of use; • Versions; • Additional modules; • Explanation of a method for 3D design; • Customization of the work environment; • Importance of the design origin; 3D ENVIRONMENT SKETCHES: • 2D sketch; • Sketch reports; • Quotas; • Lines; • Shorten the entity; • Mirror, repetitions, etc ..; • Spline curves; • Reference geometries: plane, point, axis, etc; • Use of equations and global variables; FUNCTIONS: • Hierarchy, relationships and dependencies between processes; • Base extrusion and extruded cut; • Revolution and cutting with revolution; • Base extrusion and cut with sweep; • Fillets / chamfers; • Creation of guide holes / threads; • Draft, empty and mirror; MEASURING INSTRUMENTS: • Measurement; • Mass properties; • Symmetry check; ASSEMBLIES: • Links to the origin; • Concealment and suspension; • Standard couplings; • Assembly suspension states; • Repetition and mirroring of components; • Opening / Assembly management; • Utilities for the transfer of assemblies (Pack & Go) • Creation of components in assembly (top-down) and external references; • Modification of components within the assembly; • Management of assembly configurations; • Management of display states; • Bill of materials in assembly; • Assembly workings; • Creation and management of exploded views starting from assembled assemblies; 2D ENVIRONMENT • Table setting; • Use of templates and management / creation of customized title blocks; • Automatic generation of views; • Orthogonal, axonometric, perspective and section views; • Creation and modification of the dimension; • Details; • General table annotations (welds, tolerances, shape and size symbols, etc.); • Sheet formats (title block management); • Tables (generic, bill of materials, drilling); • System options and document properties; • Tolerances; • BOM and shot peening; • Saving in DWG and DXF; SOLIDWORKS ADVANCED - 40 hours 3D ENVIRONMENT SKETCHES: • 3D sketches; FUNCTIONS: • Loft and cut with loft; • Extrusion and cut with delimitation; • Advanced forum; • Curve / sketch / table driven pattern, fill pattern and variable pattern; • Rib; • Wrap; • Coordinate system, center of mass and coupling rules; • Surfaces; • Mold tools; • Surfaces; • Welds; ASSEMBLIES: • Machine parts and motion transmission • Gear wheels with dedicated toolbox • Motion manager (animation, basic movement and motion analysis) SolidWorks LAMIERE - 20 hours 3D ENVIRONMENT • Basic sheet metal commands: • base flange; • edge flange; • flange for miter cuts; • hem; • closed edge; • welded edge; • bevels and fittings in sheet metal; • download corner; • Sheet metal reinforcement gusset; • Convert to sheet metal; • Flat pattern (sheet development); • Classic mistakes to avoid; • Advanced functions; • bending with loft • bending sketch • offset 2D ENVIRONMENT • Table of sheet metal pieces; • main differences with machined pieces • roughness and laser cutting • welds 3D printing - 20 hours 3D ENVIRONMENT • Basic concepts • Working in 2D and 3D • Advanced functions (3D) • Three-dimensional models and rendering • Fusion 360 • Printing, 3D Printing and Publishing

SOLIDWORKS course: BASE, ANAZATO, SHEETS, 2D TABLES, 3D PRINTING, AUGMENTED REALITY with certificate and PRACTICE

Lesson location

About Davide

About the lesson

Rates

Rate

Pack rates

online

Travel

Other tutors in Engineering

MAYANK MNSB

Shubham

Jose

MAYANK MNsB

Parham

Moe

Dr Chintan

Shubham

Pedro

Waseem

Jayson

Ankur

Parham

Jose

SUBIN

Kirollos

Sevan

HARDIK

Dr․ Joshua

Octavian

SOLIDWORKS course: BASE, ANAZATO, SHEETS, 2D TABLES, 3D PRINTING, AUGMENTED REALITY with certificate and PRACTICE

Lesson location

About Davide

About the lesson

Rates

Rate

Pack rates

online

Travel

Other tutors in Engineering

MAYANK MNSB

Shubham

Jose

MAYANK MNsB

Parham

Moe

Dr Chintan

Shubham

Pedro

Waseem

Jayson

Ankur

Parham

Jose

SUBIN

Kirollos

Sevan

HARDIK

Dr․ Joshua

Octavian

Share

Verified teacher profile

levels

All languages in which the lesson is available

Review

Évaluations

Recommendations

free lessons

Report this posting