BENCHMARK ENGGINNEING SOLUTIONS

AUTOCAD

AutoCAD is the design software and leader in digital design industries. It does not matter whether you are from architectural, mechanical, interior design, manufacturing, electrical or civil engineering background, AutoCAD is by far the most essential software you would need for your business. AutoCAD creates stunning designs, floor plans, product designs etc in the blink of seconds and gives a virtual presentation to your clients before even you start the project, in fact it could be a convincing point for winning a contract.

How impressive it can be! Attending AutoCAD training with BENCH MARK ENGINEERING SOLUTIONS would enable you to acquire all the skills required for competent and efficient usage of the Cad software. AutoCAD® is among the world's leading CAD 2D & 3D Computer Aided Design tools. Why not transform your sketch into 2D design and convert them into the stunning 3D designs, speeding up documentation and connect with the cloud to collaborate on designs and access them from your mobile. Our AutoCAD course is designed to start from the fundamental level, proceeding to intermediate level and subsequently through to the advanced level. All you need is to have is a little understanding of IT in order to start the training. At BENCH MARK ENGINEERING SOLUTIONS we have well qualified trainers with many years of industry experience who would patiently guide you to achieve your goal and certainly our learning environment is very friendly. If you are looking for job after the course we can certainly send your CV to prospective employers and the recruitment consultants or even help you to analyze your CV to make it look professional.

PART- 1

AUTOCAD (2D)

Interface of AutoCAD
Basic Geometry Creation
Drafting Settings in AutoCAD
Snapping to Coordinates
Drawing Fundamentals for AutoCAD
How to use specialize drawing commands of AutoCAD?
AutoCAD Object Properties
How to make primary modifications in AutoCAD?
How to create text in AutoCAD?
AutoCAD's Orienting
Utility and Inquiry Tools
Layers & Layouts of AutoCAD
Managing Blocks & References in AutoCAD
Annotations & Annotative Objects
Designing and Storing Attribute Information
Extracting Linking and Presenting Information in Tables
External References
How to Add Callouts in AutoCAD?
Checking Your Skills
How to link to different drawings?
Organizing Pictures
Printing & Plotting Drawings
Properly Size Annotations on Printed Drawings
How to share information with others?

PART- 2

AUTOCAD (3D)

Basic Overview to 3D
Isometric Views
Thickness & Elevation in AutoCAD
What is 3D Views & Orbit?
How to change View Ports in AutoCAD?
Visual Designs in AutoCAD
Solid Primitives
3D Basics & 3D Operation
How to modify solid editing?
How to create 3D Object in AutoCAD?
How to modifying 3D Mesh Objects?
Working with Surface Objects
Modifying 3D Objects in AutoCAD
Material & Mapping
Lights & Camera in AutoCAD
Motion Path Animation
How to do Rendering?
Export & Import 3D Drawing

PART-3

AUTOCAD Customization ;

Basic of Auto Lisp
Practicing writing simple Programs
Creating New concepts with Lisp

PART-4

AUTOCAD Project ;

Project on AutoCAD

AUTODESK INVENTOR

DESCRIPTION:

Inventor: The Complete Guide is designed to give you a solid understanding of Inventor features and capabilities from the basics through to advanced components. Every course is designed to use all learning styles from text, audio, video, interactivity, quizzes and practical "Let Me Try" examples.

Autodesk Inventor software gives you the ability to create and explore a complete product before it is built. Inventor software makes it easy to realize the benefits of Digital Prototyping by integrating 2D AutoCAD drawings and 3D data into a single digital model. This single digital model creates a virtual representation of the final product that helps companies to better design, visualize, and simulate their product with less reliance on costly physical prototypes - helping to improve time to market, and increase competitive advantage.

To get the most out of this course, we strongly recommend you review every topic within the course, and use all the learning styles to ensure you retain the important information within. We also encourage you to take all the progress tests to ensure you have retained the knowledge, and most importantly practice with the hundreds of real-world, Let Me Try examples.

PREREQUISITES:

This course is designed for the new Autodesk Inventor user. It is recommended that you have a working knowledge of drafting, design or engineering principles and experience with Microsoft Windows. This training is compatible with Windows XP, Windows 8 and Windows 10.

New for 2017 - General Enhancements
General
Interoperability
New for 2017 - Parts and Sketching
Part Modeling Updates
Sheet Metal
Changes to Sketching
New for 2017 - Freeform Environment Updates
Freeform Modeling
New for 2017 Assemblies and Presentations
Assembly Enhancements
Presentation Enhancements
Introduction to Autodesk Inventor 2017
Getting Started with Autodesk Inventor
Working with Drawing Display Tools
Important Terms and Definitions
Drawing Sketches for Solid Models
Understanding the Sketching Environment
Drawing Sketched Entities I
Drawing Sketched Entities II
Fillets, Chamfers, and Splines
Adding Constraints and Dimensions to Sketches
Working with Geometric Constraints
Working with Dimensional Constraints
Measuring Sketched Entities
Editing, Extruding and Revolving the Sketches
Editing Sketched Entities
Creating Patterns, Adding Text and Images
Extruding, Revolving, Primitives and Freeforms
Rotating the View and Controlling the Display
Other Sketching and Modeling Options
Creating Work Planes
Creating Work Axes and Points
Other Extrusion and Revolution Options
Advanced Modeling Tools - I
Creating Holes
Creating Fillets and Chamfers
Moving the Faces and Editing Features
Project Entities in the Sketching Environment
Advanced Modeling Tools - II
Sweeps, Lofts, Coils and Threads
Shells, Drafts and Splits
Editing Surfaces
Editing without Using Sketches

Assembly Modeling - I
Understanding Assembly Modeling
Assembling Components using the Constrain Tool
Applying Joints to the Assembly
Relationships, Moving and Rotating Components
Assembly Modeling - II
Editing Assembly Constraints and Components
Modifying Components in An Assembly
Analyzing Assemblies and Creating Representations
Working with Drawing Views
Drawing Standards
Dimension Styles
Annotating the Drawing
Presentations
The Presentation Module
Animating An Assembly
Working with Special Design Tools
Adaptive Parts and Defining Parameters
iParts
3D Sketches
Working with Sheet Metal Components
Understanding Sheet Metal
Additional Sheet Metal Options
Introduction to Weldments
Understanding Weldments
Editing Weldments
Adding the Finishing Touches
Miscellaneous Tools
Sketches
iMates
Title Blocks
Introduction to Stress Analysis
Introduction to Analysis
More on Analysis
Starting an Analysis
Applying Constraints and Loads
Introduction to Plastic Mold Design
Starting with Plastic Mold Design
Adjusting the Model
Generating the Core and Cavity
Runners, Wells, and Channels

CATIA

CATIA is the most powerful and widely used CAD software of its kind in the globe. It provides computer aided three dimensional interactive applications in the mechanical designing industry. CATIA is basically used by the automotive and aerospace industries for designing automobile, aircraft product and tools. Almost, all the companies involved in mechanical applications use CATIA even NASA for the design of "jet-fighter" aircraft, aircraft carriers, helicopters, tanks and various other forms of weaponry.

CATIA is known to be one of the advanced and unique software used throughout the North American and European continents, as well as Australia. And, to know the terminology of the software, professionals go to those countries and after learning all the procedures they further travel to different countries as on so-called "paid" vacations.

Realizing such a scenario, BENCHMARK endeavored to offer CATIA V5/V6 course to students and we boast to be the only institute offering CATIA V5/V6 course to students that help them to build career in field of mechanical and CAD. All mechanical complies, motor companies, bottle manufacturing companies etc., utilize the services of CATIA V5/V6.

CATIA Course Contents

Introduction to Basic Engineering Drawing
Introduction to GD&T
Introduction to CATIA V5/V6
CATIA V5/V6 Workbenches
System Requirements
Getting Started with CATIA V5/V6
Important Terms and Definitions
Understanding the Functions of Mouse Buttons
Toolbars
Hot Keys
Color Scheme

PART 1:

Basic SKETCHER
Advance SKETCHER

PART 2:

SKETCH BASE FEATURES
DRESS UP FEATURES
REFERENCE ELEMENTS
DRESS UP FEATURES- PART-2
TRANSFORMATION FEATURES
ANNOTATION & BOOLIEN OPERATIONS
ADVANCE IN PART MODELING

PART3:

ASSEMBLEY OF PARTS TOP DOWN AND BOTTOM UP METHODS
- CONSTRAINTS
- MANIPULATOR
- BILL OF MATERIAL UPDATING

PART4 :

DRAFTING
- DRAFTING-VIEWS
- DRAFTING-DIMENSIONING
- DRAFTING-TABLES & TEXT INPUT
- SHEET FIXING
ADVANCE DRAFTING
- CUSTIMIZATION OF DRAFTING
- ADVANCE VIEW PLACING

PART 5:

GENRATE SHAPE DESIGN
- WIRE-FRAME MODELING
- SURFACE FEATURES
- SURFACE OPERATIONS

PIPING ENGINEERING

Piping Design & Engineering Training course educates the participants on the fundamentals and designing of piping system components and equipments. Through this piping engineering course the candidates develop analytical and designing skills to ensure that the planned system delivers desired function.

PIPING & DESIGNING ENGINEERING

PIPING ENGINEERING THEORY –I
PIPING ENGINEERING THEORY –II
PIPING ENGINEERING COMPUTER ORIENTED PROGRAMMING
WORKSHOP TECHNOLOGY
INDUSTRIAL BEHAVIOUR
INDUSTRIAL PROJECT TOUR
COMMUNICATION SKILL
EXAMINATION
MOCK INTERVIEWS

PRO E / CREO

Pro / ENGINEER (PTC Creo) is an integrated 3D CAD/CAM/CAE associative solid modeling software which enables design automation and optimization for concept designing and product development.

A parametric and feature-based software, Pro/E is helps in refining concepts, designs and ideas and converting them to finished layouts and detailed drawings as per a given engineering specification.

Unlike other regular CAD/CAM systems which are based on multiple databases, Creo Elements/Pro delivers a complete set of design, analysis and manufacturing capabilities into a single, integral, scalable platform. Built on a unified database, the software maximizes innovation, product quality & profitability.

A wide range of integrated capabilities like Finite Element Analysis, Rapid Prototyping, Solid Modeling, Surfacing, Rendering, Data Interoperability, Routed Systems Design, Simulation, Tolerance Analysis, NC and Tooling Design etc, makes Pro/E a highly versatile software ensuring design agility and productivity.

The training equips you with the practical and industrial know-how like providing CAD conceptual designs layout and detail drawings of products; revise and redraw production drawings of products, perform tolerance analysis on critical assemblies, do basic engineering design calculations etc.

LEARNING OBJECTIVES

Creo’s 2D solutions: Creo’s Sketch, Layout, and Schematics products allow users to quickly sketch ideas, diagram complex systems, and create detailed engineering concept drawings.
Creo’s 3D solutions: Creo’s Parametric, Direct, and Options Modular, lets users create 3D models by advanced CAD users as well as casual users.
Simulation: Creo’s Stimulate lets users do virtual prototyping to avoid creating multiple physical prototypes, and over designing of products.
Visualization: Creo’s MCAD, ECAD, View Mobile, and Illustrate modules help engineers and designers visualize all product data available in any media formats.

SOLID EDGE

This course, as the name suggests, is an all-round introduction to Solid Edge, its interface and the application of Solid Edge core modelling, Assembly & an introduction to Drafting. During the course period a system overview, including how to make full use of sketching and profile creation, part and assembly modelling, 2D drawing generation from 3D model. This course covers both ordered and synchronous modelling techniques. The course makes extensive use of hands-on exercises with supporting documentation.

SOLID EDGE Course Contents

PART
ASSEMBLY
DRAFTING
SURFACING
SHEET METAL
REVERSE ENGINEERING

SOLID WORKS

SOLIDWORKS COURSES

SOLIDWORKS Premium software integrates a broad range of mechanical CAD, design validation, product data management, design communication, and CAD productivity tools in a single, affordable, easy to use package.

SOLIDWORKS SIMULATION COURSES

SOLIDWORKS Simulation is a powerful, easy-to-use design analysis and optimization software fully embedded within SOLIDWORKS® software. SOLIDWORKS Simulation is ideal for engineers who need analysis, but are not specialists in finite element analysis (FEA).

SOLIDWORKS TRAINING SYLLABUS

LEARNING SOLIDWORKS

INTRODUCTION

Learning SolidWorks

Sketching

Working With SolidWorks Features

Tools For Plastic Parts

Modeling A Sheet Metal Enclosure

Simple Sweeps And Lofts

Part Drawings

Editing

Building Assemblies

Visualization Techniques

Assembly Drawings

Conclusion

About The Author

Advanced SolidWorks

Advanced Multi-Body

Surfacing Primer

Complex Shapes And Surfacing

Working With Solids And Surfaces

Advanced Solid Features

Master Model Techniques

Advanced Mates

Assembly Tools

File Management

Top Down Design

Advanced Assemblies

UG - NX

CHAPTER 1: ESSENTIALS FOR NX DESIGNERS

Overview
Opening and working with parts
NX Interface
Coordinate Systems:
Creating parts with sketches:
Creating part features:
Geometry Editing
Creating datum geometry to support design intent
Examining the structure of a model
Editing and manipulating the sketches
Trimming a solid body
Creating swept features with offset and draft
Creating and editing holes
Creating and manipulating shell features
Copying and mirroring part segments
Blending and chamfering edges
Modifying geometry of imported parts
Loading and working with assemblies
Adding and positioning parts in an assembly

CHAPTER 2: NX SYNCHRONOUS MODELING FUNDAMENTALS

Basic concepts of Synchronous Modeling
Modify Face
Detail Feature
Delete Face
Reuse commands
Synchronous Modeling relationships
Dimension commands
Adaptive Shell
Edit Cross Section and Edit Section
Optimize Face
Projects: Create and edit parts using Synchronous Modeling

CHAPTER 3: NX SHEET METAL

Sheet Metal workflow
Establish basic part characteristics
Constructing base features
Sheet Metal corners
Sheet Metal cutouts
Sheet Metal deform features
Flat Solid and Flat Pattern
Advanced Sheet Metal commands
Analyze Formability – One step
Aerospace Sheet Metal
Working with non-sheet metal data

CHAPTER 4: DRAFTING ESSENTIALS

Drafting overview
Part Navigator
Master model drawings and drafting standards
Drawing sheets
Drafting views
Custom views
Move, copy, and align views
Hiding geometry in drafting views
Updating drawings and drafting views
Centerline symbols
Dimensions
Notes and labels
Balloon symbols
GD&T symbols
Surface finish, weld, and custom symbols
Section views
Editing section lines
Maintaining associativity
Detail views
View boundaries
Broken views
Break-out section views
View dependent edits
Part Attributes
Parts lists
Sectioning assembly views
Exploded views
Ordinate dimensions
Hole Tables
Converting drawings to master model

Mechanical › CAD-CAM