Mechanical Engineering is a discipline of engineering that applies the principles of physics and materials science for analysis, design, manufacturing, and maintenance of mechanical systems. It is the branch of engineering that involves the production and usage of heat and mechanical power for the design, production, and operation of machines and tools. It is one of the oldest and broadest engineering disciplines.
The engineering field requires an understanding of core concepts including mechanics, kinematics, thermodynamics, materials science, structural analysis, and electricity. Mechanical engineers use these core principles along with tools like computer-aided engineering and product lifecycle management to design and analyze manufacturing plants, industrial equipment and machinery, heating and cooling systems, transport systems, aircraft, watercraft, robotics, medical devices, and others.
CANTER CADD offers you the various combinations of software products such as AutoCAD, CREO,ANSYS,HYPERMESH,CATIA,NX CAD and Unigraphics. We offer the programmer starting from FOUNDATION to MASTERS. For any Mechanical Engineer if they undergo the software training program from the masters they can enhance their skills.
Ansys APDL
ANSYS Mechanical is a finite element analysis (FEA) tool for structural analysis, including linear, nonlinear and dynamic studies.
The software creates simulated computer models of structures, electronics, or machine components to simulate strength, toughness, elasticity, temperature distribution, electromagnetism, fluid flow, and other attributes. Ansys is used to determine how a product will function with different specifications, without building test products or conducting crash tests. For example, Ansys software may simulate how a bridge will hold up after years of traffic, how to best process salmon in a cannery to reduce waste, or how to design a slide that uses less material without sacrificing safety.
Most Ansys simulations are performed using the Ansys Workbench software. Typically Ansys users break down larger structures into small components that are each modeled and tested individually. A user may start by defining the dimensions of an object, and then adding weight, pressure, temperature and other physical properties. Finally, the Ansys software simulates and analyzes movement, fatigue, fractures, fluid flow, temperature distribution, electromagnetic efficiency, and other effects over time.
Course Objective:
The objective of the course is to teach the students to comfortably navigate the Mechanical APDL user interface and apply a proven workflow for creating, solving, and post-processing 2-D and 3-D finite element models.
Import and/or create geometry as needed for the creation of their simulation model.
Use Selection Logic to efficiently operate on sub-regions of a model for meshing, loading, and post-processing.
Understand the concept of element attributes and apply it to building effective, efficient meshes using beam, shell, and solid elements.
Build complex interactions among model regions through contact, coupling, constraint equations, and bolt/gasket interfaces.
Implement coupled-field solutions using 1-D fluid flow elements and 2-D and 3-D solid elements.
Latest Updates:
Ansys 2019 R3 the latest version, continues to deliver next-generation pervasive engineering simulation solutions for AV’s with the introduction of ANSYS SCADE Vision. Customers can now evaluate the safety of embedded perception systems and ensure AV sensors are free from detection defects. Among a number of other enhancements to the portfolio, ANSYS 2019 R3 also includes the SPEOS Road Library for Sensors Simulation, a comprehensive, retro-reflecting materials database, as well as updates to ANSYS HFSS SBR+ that provide greater accuracy in predicting radar cross section of large targets with curvatures.
Course Description:
Each chapter begins with concepts and learning objectives, and then moves into an easy way supported by full–color and real-world exercises. The following topics will be covered during the training session.
Topics Covered:
Introduction to CAE
General procedure involved in FEA
GUI of Mechanical APDL
Working on a project
CAD modeling using Mechanical APDL
Importing CAD to GUI
Defining and Assigning Materials
Generating the mesh
Optimizing the model to refine mesh
Working with different boundary conditions
Surface and line models
structure analysis
Static
Model
Transient
Harmonic
Thermal analysis
Model
Transient
Coupled field analysis
Post processer
Animation
Results
Documentation
Career Prospects:
ANSYS engineering simulation for metal industry have proved critical in helping metal producers and manufacturers balance time, price, sustainability and quality pressures. ANSYS CFD for metal industry and electromagnetic software helps improve processes, achieve cost savings and increase product quality. Solutions from ANSYS solutions including FEA for metal industry have been used in a wide range of applications specific to the metals industry, including mining, processing, modeling, forming, shaping and fabricating material. ANSYS multidisciplinary simulation solutions create the digital thread, which supports the flow of data throughout the product life cycle. From ideation and design to manufacturing and operations, ANSYS A&D solutions help accelerate digital transformation and streamline development.
The Ansys workbench platform is a backbone for delivering a comprehensive and integrated simulation system. Using workbench for your product development simulations will results in higher productivity from integrated applications and access to multiphysics and systems level capabilities. Ansys Inc. is the company who developed Ansys workbench software. It is the American company based in Canonsburg, Pennsylvania. It was founded in 1970 by John Swanson. Stable release of Ansys workbench 2021 R1 on 26 January, 2021. Ansys develops and markets engineering simulation software for use across the product life cycle. Ansys Mechanical finite element analysis software is used to simulate computer models of structures, electronics, or machine components for analyzing strength, toughness, elasticity, temperature distribution, electromagnetism, fluid flow, and other attributes. Ansys is used to determine how a product will function with different specifications, without building test products or conducting crash tests. For example, Ansys software may simulate how a bridge will hold up after years of traffic, how to best process salmon in a cannery to reduce waste, or how to design a slide that uses less material without sacrificing safety. Most Ansys simulations are performed using Ansys workbench, which is one of the company’s main product.
This course will cover all the concept of Finite Element Analysis. The main objective of this course is to make student and corporate professionals proficient enough in CAE using Ansys workbench. The content of Ansys workbench which we are providing here are Static Structural, Modal Analysis, Harmonic response, Buckling Analysis, Explicit Dynamics, Thermal Analysis, Rigid body dynamics. Ansys is equipped with all the capabilities that are required for completing a product design. Static Structural: A Static analysis calculates the effects of steady loading conditions on a structure, while ignoring inertia and damping effects, such as those caused by time-varying loads. It is used to determine the displacements, stresses, strains, forces in structures or components caused by loads that do not induce significant inertia and damping effects. Transient Structural: it involves loads that are a function of time. In mechanical application, you can perform a transient analysis on either a flexible structure or a rigid assembly. It can be either linear or non-linear. Modal Analysis: it is used to determine the vibration characteristics like natural frequency and mode shapes of a structure or a machine component while it is being designed Steady-State Thermal Analysis: It can be used to determine the temperature distributions in an object with thermal loads that do not vary with time. It includes Conduction, Convection, and Radiation. Most thermal analysis are steady-state thermal analysis. Transient Thermal Analysis: It determine temperature and other thermal quantities that vary over time. The variation of temperature distribution over time is of interest in many applications such as with cooling of electronic packages or a quenching analysis for heat treatment. Explicit Dynamics: It enables to capture the physics of short duration events for products that undergo higher non-linearity, transient dynamic force. Harmonic Analysis: It is used to determine the steady state response of a linear structure to loads that are sinusoidal loads (harmonically) with time, thus enabling you to verify whether or not your designs will successfully overcome resonance, fatigue, and other harmful effects of forced vibrations. Rigid Body Dynamics: it is the study of the motion of assemblies of bodies that do not deform, but instead move rigidly in 3D space. The free motion of bodies is restrained by joints. Ansys Workbench: • Introduction to CAE • General procedure involved in FEA • GUI of ANSYS Work bench • Working on a project • CAD modeling using ANSYS Workbench • Defining and Assigning Materials • Generating the mesh • Optimizing the model to refine mesh • Working with different boundary conditions • Surface and line models • Static structure analysis • Model analysis • Thermal analysis • transient structural analysis • Transient Thermal • Rigid body dynamics • Explicit dynamics • Fluid flow analysis basic fundamentals • Coupled field Analysis systems • Students will know about Ansys concepts. • Students will be able to use Ansys workbench graphical user interface. • Students will be able to create components under Ansys workbench software using Design modeler and space claim geometry. • Students will be able to perform geometry cleanups by deleting bad edges, fill surfaces, and toggle edges with tolerances on the components to refine the geometry, to create reasonable mesh, and to assign proper thickness. • Students will be able to define and assign material on a required components • Students will be able to generate mesh using automatic or manual approach to get proper mesh in given time. • Students will be able to assign different boundary conditions on the components according to the requirement • Students will be able to perform Static Structural Analysis, and Transient Structural Analysis • Student will be able to perform modal analysis, thermal analysis, transient thermal analysis, rigid body dynamics, explicit dynamics, and fluid flow analysis • Students will be able to read the result after performing above analysis • Students will able to perform post processing after performing the required analysis • Students will be able to make documentation of the project after performing the analysis
New Release—Ansys 2021 R1 delivers significant improvements in simulation technology together with nearly unlimited computing power to help engineers across all industries reimagine product design and achieve product development goals that were previously thought impossible. From small to mid-sized companies to global organizations, companies of every size seek new ways for pioneering breakthrough innovations that are safer and more reliable to win the race to market. Ansys 2021 R1 helps engineering teams improve their decision-making earlier in the design process, enabling them to rapidly develop new products by avoiding costly mistakes that can negatively impact product quality and reliability. Leveraging improved workflows and leading-edge capabilities that span Ansys’ flagship suites, teams are tackling design challenges head on, eliminating the need to make costly workflow tradeoffs, developing next-generation innovations with increased speed, significantly enhancing productivity and delivering high-quality products to market faster than ever.
Career Opportunities: If you've ever seen a rocket launch, flown on an airplane, driven a car, used a computer, touched a mobile device, crossed a bridge or put on wearable technology, chances are you've used a product where Ansys software played a critical role in its creation. Ansys is the global leader in engineering simulation, helping highly innovative companies design products limited only by imagination. You will get an opportunity to work in any Automotive companies, Aerospace companies, Defense companies, Health care etc., Ansys is very much in demand where ever simulations came into account. Almost all companies related to above sectors using Ansys workbench for simulations.
1. I can't decide if Ansys workbench suits me? What do I do now? Simple! Just call your nearest CANTER CADD outlet or send us an online inquiry through our website. Our counsellor will get in touch with you and offer technical advice and guidance on choosing the right course/s for your needs. 2. Is there any job related to Mechanical Engineering software, like AutoCAD or Ansys workbench? Ansys workbench is widely used by Mechanical engineers and is a pre-requisite in almost all CAE related industries. Knowing Ansys workbench is definitely an advantage if you are looking for such jobs. Almost all CAE jobs require knowledge of Ansys workbench 3. Is Ansys workbench popular in the FEA industry? Ansys workbench is extremely versatile and ideal for any kind of Finite Element Analysis. The modelling can take care of any structural profile (conventional and non-conventional), end conditions and loading. In case of both linear and non-linear materials. 4. What should we know before learning Ansys workbench? As the name says, this tool is for finite element analysis and design. So before learning Ansys workbench, the fundamentals of structural analysis & design should be clear. This is only helping tool which makes your life easier with analysis & design. For that, one has to model a structure in Ansys workbench, and has to give input to the program. 5. What is the best way to learn Ansys workbench? CANTER CADD provides comprehensive and industry specific training for many Civil CAD software including Ansys workbench. Visit or call your nearest Canter CADD outlet and speak with our counsellor who will be able to guide you properly. Our trainers are all experienced in using the software and also imparting quality training to students.
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AutoCAD Mechanical
AutoCAD Mechanical design and drafting software is AutoCAD software for manufacturing, with libraries of standards-based parts and tools for automating common mechanical CAD tasks and accelerating the mechanical design process.
The AutoCAD Mechanical toolset adds a library of standards-based parts and tools to help you create, modify, and document mechanical designs for manufacturing.
Automate mechanical engineering tasks, such as generating machine components, dimensioning, and creating bills of material.
Create parts, assemblies, and other drawings for product design using specialized tools.
The Mechanical toolset contains more than 700,000 standard parts like pre-drawn screws, nuts, washers, pins, rivets, and bushings. It also includes 100,000 pre drawn standard features such as undercuts, keyways, and thread ends. When incorporated into a design, the feature cleans up the insertion area automatically in the drawing, so you don’t have to edit manually. The Mechanical toolset also contains more than 8,000 pre-drawn holes such as through holes, blind holes, counter-bored holes, countersunk holes, oblong holes, and others.
Course Objective:
The objective of this course is to teach users the basic commands and tools necessary for professional 2D drawing, design and drafting using AutoCAD / AutoCAD LT. After completing this foundation course students will be able to:
Use AutoCAD for daily working process.
Create multiple designs using several of tools.
Create layers to control the objects’ visibility.
Explain drawing using annotations.
Plot or print the drawing by scale.
To use constraint for certain design.
Navigate throughout AutoCAD using major navigating tools.
Understand the concept and techniques to draw.
Latest Update:
Autodesk has now released AutoCAD® 2020. The new version includes access industry-specific toolsets including architecture, electrical design, map 3D, mechanical design, MEP (mechanical, electrical and plumbing), plant 3D, including P&ID functionality, raster design; improved workflows across desktop, web and mobile; and new features such as the Blocks palette.
Course Description:
AutoCAD Mechanical includes the very best of AutoCAD along with industry-specific libraries of parts and tools for mechanical engineering, making it a must-learn application for anyone involved in the design and construction of machinery. AutoCAD Mechanical is one of the toolsets available in one AutoCAD. This course covers the basics of the AutoCAD Mechanical 2020 user interface and leads you step-by-step through producing precise, measured mechanical engineering drawings and designs.
Topics include:
Introduction
File management
Orthographic drafting
View management
Display management
Material representation with Hatching
Layer management
Selection methods
Parametric drafting
Symbol creation using block
Attributes
Isometric drafting
Perspective views
Annotations and Dimensions
External References
Layout management
Importing & Exporting
Publish and plot.
3D modelling concepts in AutoCAD
Use viewpoint and UCS
Wireframe modeling
Solid modeling & editing
Surface modeling & editing
Create &manage 2D views from 3d models
Materials, lights & rendering
Working with images.
Career opportunities:
AutoCAD designers are responsible for 2D and 3D CAD designs using the software in the manufacturing and construction industries. Some of the common organizations hire AutoCAD professionals are construction companies to manufacturing companies and those operating in energy industries etc.
A professional certification from a reputed organization will help the student to perform the following job responsibilities:
Create accurate layouts, assembly details, and drawings
Communicate with executives and engineers to research catalogs, drawings, and sketches and develop edge-to-edge CAD drawings.
Review drawings before the release
Conduct research and acquire codes and standards to develop plans
Geometric dimensioning and tolerancing (GD&T) is a system for defining and communicating engineering tolerances. It uses a symbolic language on engineering drawings and computer-generated three-dimensional solid models that explicitly describe nominal geometry and its allowable variation. It tells the manufacturing staff and machines what degree of accuracy and precision is needed on each controlled feature of the part. GD&T is used to define the nominal (theoretically perfect) geometry of parts and assemblies, to define the allowable variation in form and possible size of individual features, and to define the allowable variation between features.
Types of Tolerance:
Three basic tolerances that occur most often on working drawings are: limit dimensions, unilateral, and bilateral tolerances. Three basic tolerances that occur most often on working drawings are: limit dimensions, unilateral, and bilateral tolerances.
At Canter Cadd we cover the below mentioned topics under GD & T
● Introduction to Geometric Dimensioning and Tolerance
● Dimensions and drawings
● Tolerance dimensioning
● Ways of expressing tolerance
● IT Grades
● Introduction to ASME Y 14.5-1994
● GD & T Rules
● Maximum Material condition of a feature of size
● Least Material condition of a feature of size
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GstarCAD is well-known alternative CAD software of high compatibility with ACAD. With 25 years of continuous improvement and lean innovation, today GstarCAD is far ahead in performance, stability and other key indicators and becomes leading CAD software in the world. With new technologies, innovative features and outstanding performance, the DWG-based Collaborative Design of GstarCAD helps improve project design efficiency and significantly reduce error and cost.
Advantages of GstarCAD: Advantages of GstarCAD:
● Drawing data incremental storage and transmission
● Multi-person and multi-direction drawing reference
● Timely, synchronous and asynchronous drawing data update
● Smart drawing version management and tracing
● Easy check of design changes in reference drawings
● Convenient project import and export.
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HYPERMESH: Hypermesh is the market-leading, multi-disciplinary finite element pre-processor which manages the generations of largest, most complex models, starting from the import of a CAD geometry to exporting a ready-to-run solver file. It supports a wide variety of CAD and solver interface, making it a perfect solution for most industry verticals and domains. With its advanced geometry and meshing capabilities, Hypermesh provides an environment for rapid model generation. Generating high quality mesh quickly is just one of Hypermesh’s core competencies. Stable release of Hypermesh 2019 in June 10, 2019
Altair Engineering Inc. is the American MNC headquartered in Troy, Michigan.it was founded by James R Scapa, George Christ, and Mark kistner in 1985. Altair Engineering Inc. developed Hypermesh software. It was launched in the year 1990. Hyperworks has many software divisions like Hypermesh, Optistruct, Radioss, Motion View, Motion solver, Hyperxtrude, Hyperform, Hyperstudy, Hypermath, Accusolve, and FEKO.
Hypermesh are widely used in mechanical industries especially automobile, aviation, structural, electromechanical sector for design validation. It help us to avoid making prototype testings.it saves of tons of material in industries.it helps us to save time and cost during product design. It help us to produced robust design in short time.it gives us nearby result.
Course Objectives: This course will cover all the concept of Finite Element Analysis. The main objective of this course is to make student and corporate professionals proficient enough in CAE using Hypermesh. The content of Hypermesh which we are providing here are 1D meshing, 2D meshing, 3D meshing, Static Analysis, Dynamic Analysis, Buckling Analysis. Hypermesh is equipped with all the capabilities that are required for completing a product design.
Some of the features that we focus in training include:
Model Creation: with the help of surface and solid options in Hypermesh we can able create components for performing Analysis operations.
Geometry cleanups: before performing meshing operations we have to perform geometry cleanups for doing proper mesh operations, because while importing models from other software the models sometimes get damaged due to which we have to perform geometry cleanups.
Meshing: it is a process to convert infinite element object to finite element object by dividing the object into small elements. Analysis is mainly depend on type of meshing. How much good mesh we can perform that much accurate results we get.
Analysis: We can able to perform linear and non-linear static analysis, Dynamic Analysis, and Buckling Analysis by using Optistruct and Radioss solver.
HYPERMESH
• Introduction to FEM
• Brief on meshing
• Basic interaction with Hyper mesh
• Understanding and Repairing
• Preparing geometry for meshing
• Automatic & Shell meshing
• Standard Tetra & Volume Tetra meshing
• Tetra Mesh Processor
• Quality
• Assemblies: Welding and swapping parts
• Analysis setup
• Hyper mesh Solver interfaces
• Review ,Test and project Discussion
Learning Outcomes:
• Students will know about Hypermesh concepts.
• Students will be able to use Hypermesh graphical user interface.
• Students will be able to create components under Hypermesh software using surface and solid based commands.
• Students will be able to perform geometry cleanups by deleting bad edges, fill surfaces, and toggle edges with tolerances on the components to refine the geometry, to create reasonable mesh, and to assign proper thickness.
• Students will be able to perform 1D mesh, in 1D mesh we are doing 1D connections for analysis.
• Students will able to do 2D mesh on the components whose thickness is very less compared to other dimensions.
• Students will be able to do tetra mesh by using volume tetra and other options in tetra mesh.
• Students will be able to do Hex mesh by using the commands like solid map, linear solid, drag along vector, line drag, spin.
• Students will be able to check the quality of mesh and reduce those errors by doing re-meshing, Translate, project, and replace etc.,
• Students will be able assign boundary conditions using Load Collector option in Hypermesh
• Students will be able to perform Static Analysis both linear and non-linear analysis
• Students will be able to Dynamic Analysis, and Buckling Analysis in Hypermesh using Optistruct Solver
• Students will be able to visualize results of their Analysis in Hypermesh using Hyperview
Latest Updates: New Release—Hypermesh 2019, as part of Altair Engineering Inc. commitment to deliver new builds more frequently; this version adds great new functionality to improve efficiency for engineers around the world and has resolved numerous issues that have been reported and thus highly recommend that you look to adopt this version and improve your working experience.
The principal developments and enhancements that are delivered in this new version of Hypermesh are:
• The new feature enables the generation of the largest, most complex finite element models. The model build and assembly tools in Hypermesh make managing large, complex assemblies easier than ever.
• The direct mid-mesh generation makes it possible to create shell meshes straight from solid geometry of complex casting and injection molded parts.
• Analysis with Altair Optistruct is increasing at companies performing stiffness, strength, and fatigue-life simulations.
• In this release it included with a new set of workflows of geometry creation, editing, morphing, and meshing employing this same user experience. The east-to-learn mesh morphing features of Hypermesh will bring efficiency to teams working on simulation models early in product development.
Career Opportunities:
Will get opportunities to work in Automotive and Aerospace companies, where you will work on pre-processing like Geometry cleanups, morphing, meshing etc.
Will get the opportunity to work in companies like Airbus group Inc., Quest engineering, ABB, TE connectivity, Alstom, Hyundai.
Frequently Asked Questions:
1. I can't decide if Hypermesh suits me? What do I do now?
Simple! Just call your nearest CANTER CADD outlet or send us an online inquiry through our website. Our counselor will get in touch with you and offer technical advice and guidance on choosing the right courses for your needs.
2. Is there any job related to Mechanical Engineering software, like AutoCAD or Hypermesh?
Hypermesh is widely used by Mechanical engineers and is a pre-requisite in almost all Mechanical engineering related industries. Knowing Hypermesh is definitely an advantage if you are looking for such jobs. Almost all CAE jobs require knowledge of Hypermesh.
3. Is Hypermesh popular in the Mechanical Engineering industry?
Hypermesh is extremely versatile and ideal for pre-processing where we performing geometry cleanups, morphing, and meshing operations. Most of the CAE companies will use Hypermesh for pre-processing.
4. What should we know before learning Hypermesh?
As the name says, this tool is for Pre-processing. So before learning Hypermesh, you won’t require anything. This is only helping tool which makes your work easier while performing pre-processing operations before going for analysis.
5. What is the best way to learn Hypermesh?
Canter CADD provides comprehensive and industry specific training for many mechanical CAD/CAE software including Hypermesh. Visit or call your nearest Canter CADD outlet and speak with our counselor who will be able to guide you properly. Our trainers are all experienced in using the software and also imparting quality training to students.
Autodesk Inventor: Inventor is a computer aided design application for 3D mechanical design, simulation, visualization, and documentation. It was developed by Autodesk Company in the year September 20, 1999. It allows 2D and 3D data integration in a single environment, creating a virtual representation of the final product that enables users to validate the form, fit, and function of the product before it is built.
It includes parametric, direct edit, and freeform modeling tools as well as multi-CAD translation capabilities and in their standard DWG drawings. Latest version of Inventor software is Autodesk LT 2021, and Autodesk professional 2021, which came to market on 19 January 2021.
Course Objective: This course will cover parametric and direct modelling. The main objective of this course is to make students and corporate professionals proficient enough in CAD/CAE using Autodesk Inventor. The content of Inventor which we are providing here are, Sketching, Part design, Assembling, Drafting and detailing, sheet metal, surface modelling and GD&T standards with respect to manufacturing details. Inventor is equipped with all the capabilities that are required for completing a product design.
Autodesk Inventor:
• Autodesk Inventor User Interface
• 2D sketching
• 3D sketching
• Parametric part modeling
• Creating Work Features
• Editing Features
• Advanced Modeling Tools
• Creating I-part, I- Feature , I-logic
• Assembling Design
• Bottom –Up Assembly
• Top – Down Assembly
• Creating Adaptive ,Flexible components
• Creating level of details Representation
• Understanding simplified Assemblies
• Using shrink wrap
• Creating skeleton modeling
• Sheet metal Design
• Surface Modeling
• Drafting & Detailing
• Freeform Modeling
• Inventor Studio
Learning Outcome: By using Autodesk Inventor students can able to do sketching, Part design, Assembling, Drafting and detailing, sheet metal, surface modelling and GD&T standards with respect to manufacturing details.
• Students will know about Inventor concepts
• Students will be able to use the Inventor interface
• Students will be able to read blue print drawings/Machine component drawings
• Students will be able to create any complicated geometry in sketcher workbench of Inventor
• Students will be able to convert the 2d drawings to 3d models using part modeling in Inventor
• Students will be able to modify the pre-created components using modify commands in Inventor
• Students will be able to create 3d models using parametric modeling as well as direct modeling
• Students will be able to convert non-parametric components to parametric components in Inventor
• Students will be able to design plastic components and sheet metal components in Inventor
• Students will be able to design components by using Reverse Engineering method in Inventor
• Students will be able to design casting and molding design in Inventor
• Students will be able to perform Assembly design by joining different machine components using constraints in Inventor
• Students will be able to perform Assembly design using Top-down approach and Bottom-up approach in Inventor
• Students will be able to make perfect mechanism for their model after doing assembly in Inventor
• Students will be able to make complex shapes of Automotive components using surfacing module in Inventor
• Students will be able to do inspection of the components whether it get design according to requirement or not in Inventor
• Students can create drafting and detailing of 3d models for production processes.
• Students will be able to provide proper dimensions and tolerances value to the component in Inventor
• Students will be able to use GD&T concept like Rules and Regulations of it under Inventor.
Latest Updates: New Release—Autodesk Inventor LT 2021, and Autodesk Inventor professional. As part of Autodesk they committed to deliver new designs more frequently, this version adds great new functionality to improve efficiency for engineers around the world and has resolved numerous issues that have been reported and thus highly recommend that you look to adopt this version and improve your working experience.
The principal developments and enhancements that are delivered in this new version of Inventor are:
• Inventor eliminates the interruptions that prevent you from making progress. Complex geometry is created the way you think…without having to devise workarounds. The command you need shows up right at your cursor, right when you need it. And you can easily make changes without having to hunt for the right feature or fight with existing geometry and constraints.
• Assembly modeling combines the strategies of placing existing components in an assembly, and creating other components in place within the context of the assembly. In a typical modeling process, some component designs are known and some standard components are used. Create the designs to meet specific objectives.
• We can quickly create clear, accurate, and detailed drawings for manufacturing in this version.
Career opportunities:
Design is the heart of any process, an idea that begins in the mind of an engineer is then translated onto a paper and from there it is fed into software, a long taxing process at the end of which something brand new is brought forth into the world.
Great new functionality to improve efficiency for engineers around the world and has resolved numerous issues that have been reported and thus highly recommend that you look to adopt Inventor to improve your working experience
After learning Inventor, will get opportunities to work in automotive, production companies
Frequently Asked Questions:
1. I can't decide if Inventor suits me? What do I do now?
Simple! Just call your nearest CANTER CADD outlet or send us an online inquiry through our website. Our counselor will get in touch with you and offer technical advice and guidance on choosing the right courses for your needs.
2. Is there any job related to Mechanical Engineering software, like AutoCAD or Inventor?
Inventor is widely used by Mechanical engineers and is a pre-requisite in almost all Mechanical engineering related industries. Knowing Autodesk Inventor is definitely an advantage if you are looking for such jobs. Most of the jobs require knowledge of Inventor.
3. Is Inventor popular in the Mechanical Engineering industry?
Inventor is extremely versatile and ideal for any kind of modeling designs. The modeling can take care of any design like mold design, casting design, sheet metal design etc.
4. What should we know before learning Inventor?
As the name says, this tool is for Modeling and design components. So before learning Inventor, you require the fundamentals of machine drawing and angle of projections. This is only helping tool which makes your life easier with making models or components. For that, one has to make a component in Inventor, and has to give input to the program.
5. What is the best way to learn Inventor?
CANTER CADD provides comprehensive and industry specific training for many mechanical CAD/CAE software including Inventor. Visit or call your nearest Canter CADD outlet and speak with our counselor who will be able to guide you properly. Our trainers are all experienced in using the software and also imparting quality training to students.
NX was formerly known as "Unigraphics. NX is an advanced high-end CAD/CAM/CAE, which has been owned since 2007 by Siemens PLM Software. It is used, among other tasks, for:
● Design (parametric and direct solid/surface modeling)
● Engineering analysis (static; dynamic; electromagnetic; thermal, using the finite element method; and fluid, using the finite volume method).
● Manufacturing finished design by using included machining modules.
NX is a direct competitor to CATIA, Creo, Autodesk Inventor, and SolidWorks.
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Creo Elements:PTC’s products formerly known as Pro/ENGINEER, Co-Create, and ProductView.Creo is a computer aided design software which support product design for discrete manufacturers and is developed by PTC. PTC began developing Creo in 2009, and announced it using the code name Project Lightning at Planet PTC Live, in Las Vegas, in June 2010. In October 2010, PTC unveiled the product name for Project Lightning to be Creo. PTC released Creo 1.0 in June 2011.Stable release of Creo 7.0 April 14, 2020.
Pro/Engineer and Wildfire, is a solid modeling or CAD, CAM, CAE, and associative 3D modeling application, running on Microsoft Windows. Which provide collaborative solid modeling, assembly modeling, 2D orthographic views, finite element analysis, parametric modeling, sub-divisional and NURBS surface modeling, Drafting, and NC and tooling functionality for mechanical designers.
Course Objective: This course will cover parametric and direct modelling. The main objective of this course is to make students and corporate professionals proficient enough in CAD/CAE using Creo/Element. The content of Creo/Element which we are providing here are, Sketching, Part design, Assembling, Drafting and detailing, sheet metal, surface modelling and GD&T standards with respect to manufacturing details.Creo is equipped with all the capabilities that are required for completing a product design.
Creo/Parametric
• Creo/Parametric concepts
• Using the Creo/Parametric interface
• Creating sketcher geometry
• Creating extrudes, revolves, and ribs
• Selecting and editing
• Creating datum features
• Utilizing internal sketches and embedded datum’s
• Creating holes and shells
• Creating rounds, Chamfers and drafts
• Variable selection sweep, helical sweeps and swept blends
• Creating patterns
• Group, copy, and mirror tools
• Measuring and inspecting models
• Advanced reference management
• Relations and parameters
• Layers, family tables & UDF
• Assembling with constraints
• Exploding assemblies
• Creating surface features
• Editing surface features in Creo/parametric
• Creating drawing views
• Creating drawing details
• Using advanced assembly Constraints
• Creating and using component interfaces
• Creating and using flexible components
• Using assembly features and shrink-wrap
• Replacing components in an assembly
• Understanding simplified reps
• Creating Cross-sections, display styles, and combined views
• Substituting components by rep, envelope, and model
• Creating and using assembly structure and skeletons
• Introduction to sheet metal design
• Primary walls, secondary and unattached walls
• Unbend, bend back and cuts
• Notches and Punches
• Sheet metal forms
• Bending &Unbending sheet metal geometry
• Converting solid parts
• Sheet metal drawings with flat patterns and bend order tables.
Learning Outcome: By using Creo/Element students can able to do sketching, Part design, Assembling, Drafting and detailing, sheet metal, surface modelling and GD&T standards with respect to manufacturing details.
• Students will know about Creo/Parametric concepts
• Students will be able to use the Creo/Parametric interface
• Students will be able to read blue print drawings/Machine component drawings
• Students will be able to create any complicated geometry in sketcher workbench of Creo
• Students will be able to convert the 2d drawings to 3d models using part modeling in Creo
• Students will be able to modify the pre-created components using modify commands in Creo
• Students will be able to create 3d models using parametric modeling as well as direct modeling
• Students will be able to convert non-parametric components to parametric components in Creo
• Students will be able to design plastic components and sheet metal components in Creo
• Students will be able to design components by using Reverse Engineering method in Creo
• Students will be able to design casting and molding design in Creo
• Students will be able to perform Assembly design by joining different machine components using constraints in Creo
• Students will be able to perform Assembly design using Top-down approach and Bottom-up approach in Creo
• Students will be able to make perfect mechanism for their model after doing assembly in Creo
• Students will be able to make complex shapes of Automotive components using surfacing module in Creo by using the commands like (sweep, Helical sweep, and sweep blend)
• Students will be able to perform sketch tracing for designing Automotive components in Creo
• Students will be able to do inspection of the components whether it get design according to requirement or not in Creo
• Students can create drafting and detailing of 3d models for production processes.
• Students will be able to provide proper dimensions and tolerances value to the component in Creo
• Students will be able to use GD&T concept like Rules and Regulations of it under Creo.
Latest Updates: New Release –Creo Element version 7.0. As part of PTC corporation commitment to deliver new designs more frequently, this version adds great new functionality to improve efficiency for engineers around the world and has resolved numerous issues that have been reported and thus highly recommend that you look to adopt this version and improve your working experience.
The principal developments and enhancements that are delivered in this new version of Creo Element are:
1. Creating the models or design of the most innovative products faster than ever before. Keeping you on the cutting edge of product design and ahead of your competition.
2. Generative design software autonomously creates optimal design from a set of systems design requirements. Engineers can interactively specify their requirements and goals, including preferred materials and manufacturing processes—and the generative engine will automatically produce a manufacture—ready design as a starting point or as a final solution. As a result, engineers can interact with technology to create superior designs and drive product innovation more quickly.
3. Looking to take your product designs to the next level, with faster time to market and greater innovation? Creo generative designs create optimized product designs with the power of the cloud.
4. Simultaneously explore numerous innovation design option, with top options automatically highlighted. Generative design automatically delivers high-quality, lower-cost, manufacturable design, all within the Creo design environment. Deliver your best designs in less time with Creo.
5. Creo generative topology optimization extension (GTO) and cloud-based generative design extensions (GDS) help you optimize product design based on your constraints and requirements —including materials and manufacturing processes. With GTO, you can rapidly explore innovative design options to reduce development time and expenses, all within the Creo environment.
Career Opportunities:
Design is the heart of any process, an idea that begins in the mind of an engineer is then translated onto a paper and from there it is fed into software, a long taxing process at the end of which something brand new is brought forth into the world.
Great new functionality to improve efficiency for engineers around the world and has resolved numerous issues that have been reported and thus highly recommend that you look to adopt Creo parametric and improve your working experience
After learning Creo, will get opportunities to work in automotive, production companies
Frequently Asked Questions:
1. I can't decide if Creo Parametric suits me? What do I do now?
Simple! Just call your nearest CANTER CADD outlet or send us an online inquiry through our website. Our counselor will get in touch with you and offer technical advice and guidance on choosing the right courses for your needs.
2. Is there any job related to Mechanical Engineering software, like AutoCAD or Creo Parametric?
Creo Parametric is widely used by Mechanical engineers and is a pre-requisite in almost all Mechanical engineering related industries.Knowing PTC Creo is definitely an advantage if you are looking for such jobs. Almost all jobs require knowledge of Creo.
3. Is Creo Parametric popular in the Mechanical Engineering industry?
Creo Parametric is extremely versatile and ideal for any kind of modeling designs. The modeling can take care of any design like mold design, casting design, sheet metal design etc.
4. What should we know before learning Creo Parametric?
As the name says, this tool is for Modeling and design components. So before learning Creo parametric, you require the fundamentals of machine drawing and angle of projections. This is only helping tool which makes your life easier with making models or components. For that, one has to make a component in Creo Parametric, and has to give input to the program.
5. What is the best way to learn Creo Parametric?
Canter CADD provides comprehensive and industry specific training for many mechanical CAD/CAE software including Creo parametric. Visit or call your nearest Canter CADD outlet and speak with our counselor who will be able to guide you properly. Our trainers are all experienced in using the software and also imparting quality training to students.
