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SOLIDWORKS PCB and CAM Design - Institute of Professional and Technical Studies (IPATS) , Pakistan, Rawalpindi

Sat, 12 Jan 2019 17:23:58 +04

SOLIDWORKS PCB & Electrical Training

The new SOLIDWORKS PCB powered by altium design tool combines the power and usability of Altium with the 3D expertise of SOLIDWORKS to unite the "electronic" and mechanical worlds, one design at a time.

ECAD-MCAD Project Collaboration Server
Achieve unmatched ECAD-MCAD integration and collaboration with SOLIDWORKS® by unifying data and pushing changes to both sides of the design project.

Managed ECAD-MCAD ECO Process
Manage changes to board shape, component placement, mounting holes, keepouts and cutouts in both SOLIDWORKS PCB and SOLIDWORKS through managed Engineering Change Orders (ECOs), no matter where the change initiated.

Output PCB Copper Geometries
Open board designs in SOLIDWORKS with all copper information making it possible to take advantage of advanced analysis such as thermal and vibration simulation.

Streamlined Interface
The SOLIDWORKS PCB interface is designed for streamlined productivity and ease-of-use. Enjoy a modern interface with easy to navigate options to get your PCB designs done quickly and efficiently.

Library Management
Combine and manage your schematic and PCB component libraries together in a single location. Re-use components that you know and trust from successful past projects.

Supplier Links
Make immediate decisions on pricing and availability of components to meet your budget and deadlines. Search your preferred supplier databases within SOLIDWORKS PCB and link solutions directly to components in your design.

Version Control
Gain greater clarity and control over changes made to your design in all phases, from schematic capture to board layout.

Seamless integration
Open native SOLIDWORKS files in SOLIDWORKS PCB, and open PCB files in SOLIDWORKS. Imported mechanical models are accurate and retain your original design information.

Enhance your manufacturing process by capturing company standards, speed up quoting, and test manufacturability of a design earlier in the ;

Feature Recognition
Recognize certain types of geometry not only as CAD features, but to understand how much those features will be manufactured, and even how much it will cost to manufacture. SOLIDWORKS CAM can find 20+ types of machinable features on parts, such as holes, slots, and pockets.

Rules-based Machining
Automatically apply best manufacturing strategies that you like to use so that manufacturing processes can be not only faster, but also more standardized.

Tolerance Based Machining
Model Based Definition (MBD) is leveraged to ensure machining strategies are automatically adjusted based on tolerance ;Reading tolerances and surface finishes will help you to make decisions about how to manufacture your product.

Part & Assembly machining
milling solution which allows users to program in either part or assembly environments.

Automatic Quoting
Automate quoting and compare it to traditional methods to ensure all aspects of the part are accounted for ahead of time.

Axis Milling
Machine prismatic features with axis milling capabilities. SOLIDWORKS CAM includes automatic roughing, finishing, thread milling, face milling and single point (drilling, boring, reaming, tapping) cycles.

3 Axis Milling
SOLIDWORKS CAM includes 3 axis milling routines to machine complex, contoured surfaces routinely encountered in mold/tool making and aerospace applications.

Turning
SOLIDWORKS CAM 2 and 4 axis turning software for programming CNC lathe machines includes automatic roughing, finishing, grooving, threading, cutoff and single point (drilling, boring, reaming and tapping) cycles.

Associative Machining
SOLIDWORKS CAM provides true associative machining - automatically accommodating changes to your part or assembly model. Any modifications made to the SOLIDWORKS design are automatically updated in SOLIDWORKS CAM, which eliminates time consuming CAM system rework due to design alterations.

Cost: 30000 PKR

Duration: Upto 2 Months

SOLIDWORKS Advanced Part Modeling - Institute of Professional and Technical Studies (IPATS) , Pakistan, Rawalpindi

Sat, 12 Jan 2019 17:01:47 +04

Training Course Contents
The Advanced Part Modeling course is for SOLIDWORKS users who need to create complex parts and want to learn how to use more advanced features; including sweeps, lofts, boundaries, and every type of ;Also in the course are best practices for creating efficient parts including using Boolean operations in multibody parts in order to save time. Building master models for parametrically driving whole projects. Plus reverse-engineering complex models with sketch pictures.

SOLIDWORKS Training
Basic to advanced SOLIDWORKS courses

SOLIDWORKS Advanced Part Modeling Lessons
The following lessons are included in the course

>>SOLIDWORKS Essentials
>>SOLIDWORKS Assembly Modeling
>>SOLIDWORKS Advanced Part Modeling
>>SOLIDWORKS Drawings
>>SOLIDWORKS Surface Modeling
>>SOLIDWORKS Sheet Metal
>>SOLIDWORKS Weldments
>>SOLIDWORKS Pipe & Tube Routing
>>SOLIDWORKS Mold Design
>>SOLIDWORKS Visualize Rendering
>>SOLIDWORKS Advanced Update
>>SOLIDWORKS Electrical Routing
>>SOLIDWORKS Visual Basic for Applications
>>SOLIDWORKS API
>>SOLIDWORKS Composer Essentials
>>SOLIDWORKS Simulation Linear Static
>>SOLIDWORKS Simulation Professional
>>SOLIDWORKS Simulation Dynamics
>>SOLIDWORKS Simulation Nonlinear
>>SOLIDWORKS Flow Simulation
>>SOLIDWORKS Motion
>>SOLIDWORKS MBD
>>SOLIDWORKS Inspection
>>Using SOLIDWORKS PDM
>>Administering SOLIDWORKS PDM Professional Course
>>SOLIDWORKS Electrical Schematic
>>SOLIDWORKS Electrical 3D
>>DriveWorks Professional
>>SOLIDWORKS Electrical Advanced
>>SOLIDWORKS PCB

Multibody Solids: How They Work

Multibody Solids
Multibody Techniques
Introducing: Solid Bodies Folder
Feature Scope
Patterning Bodies
Tool Body
Introducing: Insert Part
Introducing: Move/Copy Bodies
Combining Bodies
Introducing: Combine

Uses of Multibody Solids

Common Bodies
Indent Feature
Introducing: Delete Body
Local Operations
Modeling Negative Space
Using Cut to Create Multibodies
Saving Solid Bodies as Parts and Assemblies
Introducing: Insert into New Part
Introducing: Save Bodies
Splitting a Part into Multibodies
Introducing: Split
Creating an Assembly
Introducing: Create Assembly
Using Split Part with Legacy Data

Sketching with Splines
Sketching Splines
Introducing: Spline
Introducing: Show Curvature Combs
Sketch Picture
Introducing: Sketch Picture
Review

Introduction to Sweeping

Sweeping
Case Study: Faux Raised Panel Door
Sweep with Guide Curves
Case Study: Bottle
Sweep Options
Sweep with Guide Curves
Introducing: Dome
Introducing: SelectionManager

Working with Curves

Case Study: Modeling a Spring
Sweeping Along a 3D Path
3D Sketching
Introducing: Helix and Spiral
Introducing: Projected Curve
Introducing: Composite Curve
Introducing: Fit Spline
Applying the Label to the Bottle
Modeling Threads
Case Study: Creating a Curve Through a Set of Points
Sketch Blocks
Introducing: Sketch Blocks
Equation Driven Curves
Introducing: Equation Driven Curve
Introducing: Split Line

Advanced Sweeping

Orientation and Twist Control
Align with End Faces
Sweeping Along Model Edges
Sweeping a Tool Body

Boundary Feature and Lofting
Why Lofts and Boundary Features?
How Lofting and Boundary Work
Boundary Feature vs Loft
Introducing: Boundary Feature
Using Derived and Copied Sketches
Copying a Sketch
Derived Sketches
Introducing: Insert Derived Sketch
2-Direction Boundary Feature
Layout Sketches
Centerline Lofting
Introducing: Split Entities
Cleaning Up a Model
Introducing: Delete Face
Introducing: Deviation Analysis

Other Advanced Tools

Advanced Fillets
Analyzing Geometry
Introducing: Display Curvature
Intersection Curve
Zebra Stripes
Wrap Feature
Deform Feature
Introducing: Knit Surface
Move Face and Delete Face
Introducing: Move Face
Performance Considerations

Cost: 25000 PKR

Duration: Upto 1 Month

Solidworks Professional 3D/2D Modelling and Design - Institute of Professional and Technical Studies (IPATS) , Rawalpindi,Pakistan

Wed, 12 Dec 2018 22:36:21 +04

Abstract Contents:

SOLID WORKS ESSENTIALS
SOLID WORKS DRAWING ISO
SOLID WORKS ADVANCE PART MODELING
SOLID WORKS ASSEMBLY MODELING
SOLID WORKS WELDMENTS
SOLID WORKS SHEET METAL
SOLID WORKS SURFACE MODELING
SOLID WORKS ROUTING- PIPING & TUBING
SOLID WORKS PLASTICS
SOLID WORKS SIMULATION & ANALYSIS
MOLD DESIGN USING SOLIDWORKS
SOLIDWORKS ROUTING- ELECTRICAL
FILE MANAGEMENT
API FUNDAMENTALS
SOLIDWORKS CERTIFICATIONS
ANIMATION & MOTION STUDY

SOLIDWORKS ESSENTIALS TRAINING COURSES & COST
Course Description: No matter whether you are a new user, an expert SOLIDWORKS user or an user of other CAD programs, SOLIDWORKS Essentials Training can benefit you immensely.
The SOLIDWORKS Essentials training teaches you about using SOLIDWORKS mechanical design automation software for building parametric models of parts as well as assemblies and how to create drawings of those parts and assemblies.
Extended over duration of four days this training covers fourteen essential lessons, such as SOLIDWORKS Basics and the user interface, introduction to sketching, basic part modeling, symmetry and draft, patterning, and revolved features among others.
Prerequisites: Mechanical design experience; experience with the Windows operating system.
SOLIDWORKS Basics and the User Interface

What is the SOLIDWORKS Software?
Design Intent
File References
Opening Files
The SOLIDWORKS User Interface
Using the Command Manager

Introduction to Sketching

2D Sketching
Stages in the Process
Saving Files
What are We Going to Sketch?
Sketching
Sketch Entities
Basic Sketching
Rules That Govern Sketches
Design Intent
Sketch Relations
Dimensions
Extrude
Sketching Guidelines

Basic Part Modeling

Basic Modeling
Terminology
Choosing the Best Profile
Choosing the Sketch Plane
Details of the Part
Boss Feature
Sketching on a Planar Face
Cut Feature
Using the Hole Wizard
View Options
Filleting s
Editing Tools
Detailing Basics
Drawing Views
Dimensioning
Changing Parameters

Symmetry and Draft

Case Study: Ratchet
Design Intent
Boss Feature with Draft
Symmetry in the Sketch
Sketching Inside the Model
View Options
Using Model Edges in a Sketch
Creating Trimmed Sketch Geometry

Patterning

Why Use Patterns?
Reference Geometry
Linear Pattern
Circular Patterns
Mirror Patterns
Using Pattern Seed Only
Sketch Driven Patterns

Revolved Features

Case Study: Handwheel
Design Intent
Revolved Features
Building the Rim
Building the Spoke
Edit Material
Mass Properties
File Properties
SOLIDWORKS SimulationXpress
Using SOLIDWORKSSimulationXpress
The SimulationXpress Interface

Shelling and Ribs

Shelling and Ribs
Analyzing and Adding Draft
Other Options for Draft
Shelling
Planes
Ribs
Full Round Fillets
Thin Features

Editing: Repairs

Part Editing
Editing Topics
Sketch Issues
Freezing Features
Freezing Features
FilletXpert
DraftXpert

Editing: Design Changes

Part Editing
Design Changes
Information From a Model
Rebuilding Tools
Sketch Contours

Configurations

Configurations
Creating Configurations
Using Configure Dimension/Feature
Using Global Variables, Equations
Global Variables
Equations
Modeling Strategies for Configurations
Editing Parts that Have Configurations
Design Library
In the Advanced Course

Global Variables and Equations

Using Global Variables, Equations
Renaming Features and Dimensions
Design Rules Using Global Variables and Equations
Global Variables
Equations
Using Operators and Functions

Using Drawings

More About Making Drawings
Section View
Model Views
Broken View
Detail Views
Drawing Sheets and Sheet Formats
Projected Views
Annotations

Bottom-Up Assembly Modeling

Bottom-Up Assembly
Creating a New Assembly
Position of the First Component
Feature Manager Design Tree and Symbols
Adding Components
Using Part Configurations in Assemblies
Subassemblies
Smart Mates
Inserting Subassemblies
Pack and Go

Using Assemblies

Using Assemblies
Analyzing the Assembly
Checking for Clearances
Changing the Values of Dimensions
Exploded Assemblies
Explode Line Sketch
Bill of Materials
Assembly Drawings

SOLIDWORKS ELECTRICAL TRAINING
The goal of this course is to teach you how to use SOLIDWORKS Electrical to optimize your drawings and designs for manufacturability so you can maximize quality, avoid rework and decrease time to market.
SOLIDWORKS ELECTRICAL - SCHEMATIC
The goal of this course is to teach you how to use SOLIDWORKS Electrical to optimize your drawings and designs for manufacturability so you can maximize quality, avoid rework and decrease time to market. This course is focused on 2D Schematic Design.
Project Templates

SOLIDWORKS Electrical
Starting SOLIDWORKS Electrical
What are Projects?
Project Templates
Project Configurations
How is a Project Structured?
Stages in the Process

Modifying Project Templates

What are Environments?
Stages in the Process
Draw Multiple Wires

Drawing Types

What are Drawing Types?.
Stages in the Process
Existing and Archived Projects
Line Diagram Symbols
Adding Cables
Stages in the Process
Symbols Panel
Schematic Symbols
Symbol Properties

Symbols and Components

What is a component?
Stages in the Process
Symbol Component Association

Manufacturers Parts

What are Manufacturers Parts?
Stages in the Process.
Finding Manufacturer Parts

Wires and Equipotentials

Equipotentials and Wires
Stages in the Process
Wire Style Manager
Replacing Wires
Equipotential Numbering Results
Wire Numbering Results.
Using Nodal Indicators

Cabling

What is Cabling?
Stages in the Process
Cables
Detailed Cabling
Terminal Strip
Pin to Pin Connections

Symbol Creation Comparing Complex Features

Symbols and Standards
Stages in the Process
Symbols Manager
Symbol Properties
Circuits, Terminals, Types
Multiple Attribute .
Splitting Attribute Data
Add to Library
Copy, Paste Symbol

Macros

What are Macros?
Stages in the Process
Creating and Adding Macros

Macros

Creating macros
Using macros

Cross Referencing

What is Cross Referencing?
Stages in the Process

Managing Origin-Destination Arrows

What are Origin-Destination Arrows?
Stages in the Process
Origin-Destination Arrows

What are Origin-Destination Arrows?

What is a PLC?
Stages in the Process
Adding a New Scheme
Adding a PLC Mark
Inserting a PLC

2D Cabinet Layouts

What are 2D Cabinet Layouts?
Stages in the Process

Design Rule Checks

What are Design Rule Checks?
Unconnected Pins
Equipotential Conflicts
Max. Terminal Wires
Duplicated Parent Symbols
Child Symbols without Parent
Empty Terminal Strip
Duplicated Terminals

Reports

What are Reports?
Report Templates
Report Columns
Column Formula
SQL Query Column Variable
Sort and Break

SOLIDWORKS ELECTRICAL 3D TRAINING
The goal of this course is to teach you how to use SOLIDWORKS Electrical to optimize your drawings and designs for manufacturability so you can maximize quality, avoid rework and decrease time to market. This course is focused on 2D Schematic Design.
Assembly Creation

What are Assemblies?
Stages in the Process
Unarchiving a Project.
SOLIDWORKS Assembly
Exercise

Cabinets, Ducts, Rails

Cabinets, Ducts, Rails
Stages in the Process.
Inserting Components
Inserting Rails
Inserting Ducts
Exercise

Component Intelligence

What is a component?
Stages in the Process
Exercise

Insert Components

Insert Components
Stages in the Process
Align Components
Inserting Terminals
Exercise

Routing Wires

Routing Wires
Stages in the Process
Routing Path
Route Wires
Exercise

Routing Cables

Routing Cables
Stages in the Process
Route Cables
Set Origin Destination of Cables by Location
Exercise

3D Error Analysis

Design Rule Checks
Stages in the Process
Manufacturer Part Not Inserted
Manufacturer Part Inserted Twice
Missing Connection Point
Incorrect CPoint Route Type
No Valid Path
Wrong Wire Properties
Exercise
False Positives

Cost: 30000 PKR

Duration: Upto 2 Months