Various Areas Of Interests In The Field Of Mechanical Engineering

The mechanical engineers and their skill find a place in every day-to-day thing. And if you are aspiring to become a mechanical engineer, and wondering about the areas of interest where you could focus, this blog is right for you.

Mechanical Engineers have built pyramids, great walls, ships, missiles, rifles and what not. They must have knowledge of materials, thermodynamics, structural analysis, electricity, kinematics, and much more to build structurally buildings, bridges, devices, and tools and equipment.

Areas of Interest in the Mechanical Engineering Field

Environment knowledge

This is a special area of interest because the mechanical engineers create a device to suit the surrounding environment and also needs to keep in mind how the device can affect the environment as well. The environment is a huge factor based on which are designed any mechanical device.

Energy Systems

If the work needs to keep in mind the energy and its way to be stored and controlled, mechanical engineers should consider a variety of things. With several natural energy sources like wind, natural gases, oil, water, and much more there is a need to stored and controlled to use them in a right way.

Thermodynamics and heat transfer should be well understood because they find application in a design including an energy system.

Manufacturing

With evolving technologies, this sphere is continuously improving.

Manufacturing might include several things and also need to monitor and ensure the process of making the parts with respect to quality.

Material Science

Knowing the material and analyzing it, is an essential science among all. Materials are usually chosen based on their application and at times customized as per the requirements.

It is necessary to confirm that the materials are efficient and effective for certain applications.

Biomedical Engineering and Fluid Mechanics

A multidisciplinary field with applications in the biomedical and engineering space. Current researches include blood circulation and how it regulates normal physiological function and also the anomalies that lead to disease conditions; aerodynamic flow in vehicles and its impact on vehicle performance; and is several other areas. Investigations are done both experimentally and computationally.

Ground Vehicle Systems

Mechanical engineers need to design the surface vehicles. The reason to design more eco friendly vehicles could make transportation easier with fewer resources. Innovations require vehicle dynamics, engine concepts, power transmission and its control, and making of lightweight parts and assemblies that can be yielded.

Mechanical Design

This concept helps in the making of ideas into realities. The ability to see ideas coming into realities is the art of design engineers. Their task includes reduction of expenses while ensuring the requirements made by clients are met with high-quality designing and manufacturing part.

Mechanical engineers are good at adapting to the surroundings and find out the best solution to any problem and then making use of them to reach their goal. Mechanical engineers are universal in their skill. They might use IT knowledge and also a CNC mill to make mechanical parts for a system that suits the environment and influences it as well.

With this, we conclude. Hope this piece of information helps.

If you are seeking for cad cam certification in Pune, then one of the best cad cam institutes is CRB Tech Solutions, being one of the best Cad Cam institutes. They offer industry-oriented cad cam courses in Pune.

You can enrol in the CAD-CAM institute in Pune for industry oriented opportunities in mechanical jobs.

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Computer Aided Manufacturing (CAM) And Its Applications

The acronym CAM is for Computer Aided Manufacturing and means an automation system that plays the role of accurate conversion of product designs and drawing object and creates codes, which can be read by the system to yield the product. The system enables CAM professionals to control machines to yield several items.

A look into history

The history of CAM is an evolution of a technology which was used in the CNC machines which were earlier used in the 1950s. CAM is a calculative achievement of that old idea and offers a whole set of functions to be regulated at the same time.

The main purpose is to accelerate the manufacturing process of various components with more accurate measurements and consistency. In several cases, CAM uses only the necessary amount of ingredients, thus lowering the wastes and also the energy usage.

Applications

The CAM system takes control over manufacturing operations which are done by robotic fabricating machines and various other tools. A professional would supervise how the system uses the ingredients and transfers them to various machines, after completion of every step. The end products get moved in the system to finish with other yielding tasks like making, quality control, packaging and final checks.

Some of the primary and main functions of the system are casting with metals, glass working, woodturning and graphical optimization of the entire yielding procedure. The making of surfaces or optical elements made from crystals, glass, and other metals, can also be done with the CAM.

Since CAM can yield 3D solids using metal lathes with accuracy and details, its practical applications are infinite. The manufacturing unit can create products like:

  • Holders for candlestick

  • Legs of tables

  • Bowls

  • Bats for baseball

  • Camshafts

Advantages:

The CAM helps in creating plant’s yield and production and also optimizes the process to assembly. The systems that run on CAM can use the entire range of production tools, like the fast-paced, five-axis turning machines and electrical discharge machines, and can also aid to apply highly developed productivity tools which include simulation and optimization to support certain professional skills.

The common kind of simulation is analyzing an item for a reaction to stress. In the tests, if model surfaces deform when the parts come under a certain type of stress. The easiness with which the specifications get altered indicates development.

CAM finds its application in the area of mechanical, industrial, electrical and aeronautical engineering. Other CAM applications include thermodynamics, fluidity, kinematics, and electromagnetism in the process support the essence of the experts who got trained well.

With this, we conclude. Hope this piece of information helps.

If you are seeking for cad cam certification in Pune, then one of the best cad cam institutes is CRB Tech Solutions. We offer industry-oriented cad cam courses in Pune.

You can enrol in the CAD CAM CAE training institute in Pune for industry oriented opportunities in mechanical jobs.

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How To Decide Which Is The Best CAD Software

Among several CAD Software available, which is the best is a matter of concern. In this article, we would be discussing the top reasons to find out the best CAD Software.

Advantages of the Best CAD Software:

  • Perfect designs

  • Rapid, precise and flexible

  • Automatic set measurement units and scale

  • No separate overlays needed

  • To draw strictly as per drafting standard

  • Dimensions for the drawing must be edited and with tedious manner

  • CAD Software helped to improve documentation process; easy storage and use it without any unwanted hassles

  • CAD Software lowered the product development cost and also reduced the design cycle.

With CAD Software, you can achieve the above-listed advantages but the question is what is the best CAD Software. Today there is over 300 CAD software available in the market with participants namely AutoDesk, IntelliCAD, BricSys etc.

Some of the Best CAD Software available (Alphabetically) :

AutoCAD

AllyCAD

AutoCAD

BricsCAD

CMS IntelliCAD

G Star CAD

NanoCAD

ProgeCAD

TurboCAD

ZWCad And several more.

BEST CAD SOFTWARE

Making the right about a CAD software would take several hours as there are plenty of readily available CAD Software. Selecting the right one is essential.

Some quick comparisons criteria:

Need Assessment: if the software available assesses your requirements or needs.

Budget or Cost Criteria: you need to calculate your investment

Technical support for best CAD software:

AutoCAD has a dedicated support team which offers an apt technical solution for free without any extra charges.

Best CAD software upgrade

Upgradation charges

AutoCAD has no foundations and no complication while upgrading. It has kept the decision for future upgrdation to the CAD User. The CAD User is not forced to upgrade to the latest version and if he does, that’s his choice. AutoCAD charges approximately 30-40% of the latest software cost as upgradation price.

How effective in investing in CAD software?

So the CAD User must analyze the expenditures to plan and get the suitable or the best CAD Software.

Technical criteria

The technical criteria can be judged on the following points:

  • Technology Used in the cad software.

  • Performance by the best cad software.

Best CAD Software Performance Enhancement

Many CAD software uses various technologies but you must go for a software with the latest technology. AutoCAD announced its release of the 8.4a version on 12th Oct 2017 which enhance its performance and functionalities.

Licensing of the best cad software: Another factor to keep in mind is the license validity and licensing boundaries.

CAD Software comes with four types of Licensing tenures:

  • Annual Subscription or annual rental

  • Software as a Service (SaaS)

  • Perpetual Licenses

  • Territorial Licenses

It is wise to choose a software without any obligations for licensing irrespective of time and location.

AutoCAD has a perpetual as well as a globally valid license which offers a platform for the organization to use the CAD anywhere in the world.

AutoCAD appears to be the only CAD software developed with a kind of powerful licensing mechanism and hence proves to be the best CAD Software with these mechanisms.

Features and Commands in the best cad software:

Commands: It should be robust and dynamic

Compatibility: The Best CAD Software must be compatible with all the versions of DWG and DXF.

Interface: CAD users work on different backgrounds. If a CAD Software offers a familiar interface and no special learning curve of software, then that would be the best CAD software.

Powerful Design Tool and editing tools.

Text Styles

Color book

Capture and import CSV points to DWG and vice versa

Extracting Block Attributes

Importing User Interface Customization files

Commands and aliases customization etc.

Best CAD software is efficient to enhance your performance level. What additional factors you must look for?

  • Inbuilt Block Libraries

  • Inbuilt tool for PDF Conversion

  • Inbuilt Image to Vector conversion tool

  • Units Converter

  • Calculator etc.

Hence the CAD user must be confident enough while making a conclusion on attributes. He must identify the feature-rich Best CAD Software so that he is future ready with his investment.

Conclusion:

CAD software’s development is important regarding manufacturing, designing, and production sectors. It helps the engineers to do their job accurately. Many CAD software is available in the market, but choosing the right one is a smart move.

With this, we conclude. Hope this piece of information helps.

If you are seeking for cad cam certification in Pune, then one of the best cad cam institutes is CRB Tech Solutions, being one of the best Cad Cam institutes.They offer industry-oriented cad cam courses in Pune.

You can enroll in the CAD-CAM institute in Pune for industry oriented opportunities in mechanical jobs.

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An Overview Of Differences Between CAD And AUTOCAD

AutoCAD was developed by Autodesk as mapping software and is used in 2D and 3D design graphics system tools. With its help, users can create, see, manage, print, share and reuse accurate richness.

CAD is the computer-aided design; a computer technology has its own importance with its application.

AutoCAD is a software platform, to help those in the field of painting, not the software tailored for specific industries. For instance, during the 2D mechanical designing, AutoDesk, there’s professional AutoCAD Mechanical 2000 software, AutoCAD 2000 as a platform to a tailored frame, the title bar, add a library and computing module.

Let’s read here more about differences between CAD and AutoCAD.

Computer-aided design is a wide term to describe the use of software and computer tools that create 2-D and 3-D technical drawings. CAD software is used to create and edit geometric shapes into specific designs. AutoCAD is the name of software of the same application created in 1982 by Autodesk. AutoCAD software is used in every phase of design for making, infrastructure, and building construction, and also in the media and entertainment world to create 3-D visual effects.

What are the types of CAD SOFTWARE?

Not like AutoCAD, other CAD programs viz. SketchUp Pro and TurboCAD Deluxe are used for a consumer who wants a few of the functions of AutoCAD but without spending much and also with less learning. Also to mention, some CAD software can design either 2-D or 3-D drawings or models, while AutoCAD can do both.

Job Opportunities for CAD operators

Job prospects for CAD drafters are more favorable for those who do electrical and electronics drafting, as per the BLS report. The BLS reports that the drafters have a 5% job growth, while employment for drafters supposed to decline by 3% between 2014 and 2024. The BLS noted that the median salary was $59,520 for electrical and electronics drafters and $52,720 for drafters, basically as in the year May 2016.

CAD means the use of computers to develop technical drawings, whereas AutoCAD is a certain type of professional CAD software that can design both 2D and 3D drawings and models. Drafters as a whole can expect a decline in jobs, but electrical and electronics drafters can expect a positive job growth.

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Check out here for several Cad training in Pune.

Stay connected with us to know more about basics of mechanical engineering and its job prospects and ongoing vacancies.

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Comparative Analysis Of The Various CAD Software

Design processes became faster after the introduction of CAD software and with reduction of the design time; the new product introduction time has also lowered immensely. In this blog, we shall discuss different attributes of AutoCAD, Solid Edge, Pro-Engineer, Catia and Microstation

2D CAD software

This software was first developed in the 1970’s. They were used in major automobile and aerospace organizations to develop internal design software. This software is created to overcome repetitive drafting problems.

Some popular 2D cad software:

1. Autocad: This is one of the first CAD software to popularize the application of CAD software as it needs no strong graphics configurations. Initially, it was command based but the later versions were developed as one of the most user-friendly 2D software. Autocad can be tailored using Auto lisp, Visual lisp,.Net. VB, and C++. It supports.DWG and .DXF file formats. Though 3D modeling is also possible it’s not so popular.

2. Microstation: This software is popular for application in civil, architectural and plants related sketches, and it also has good rendering features. The later versions can do 3D modeling too. It can be tailored using Microstation development language (MDL), VBA, C, and C++. It supports.DGN and.DWG and .DXF file formats, as well.

3D CAD software

This type of software was created to help product design really fast and thus give birth of product lifecycle management (PLM) and product data management (PDM).

Besides, 3D visualization this 3D CAD software have lots of advanced features. To mention, are a parent-child relationship, Top-down modeling approach Parametric and geometry.

Some popular 3D cad software:

1. Catia:

An icon-based high-end cad software. It is more known for its very advanced surface modeling capabilities. As per expanse, it is higher than pro/e, solid edge etc. Besides CAD it also has CAM modules and CAE.The latest version can be tailored using VB, C++, and CAA.

2. Pro-Engineer (pro/e): This is menu-based software. It has several modules namely, sheet metal, surface modeling, Pro mechanic (FEA), cabling etc. This is known for its amazing parametric and logical relations.

3. Solid Edge: This is also icon-based software. It is user-friendly, but with some drawbacks like, the user cannot see how an edit would interact with its next features. Solid edge can be tailored to the use of VB.

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Check out here for several cad training in Pune.

You can also enrol in the CAD CAM training in Pune by CRB Tech Solutions, for industry oriented opportunities in mechanical jobs.

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Scope Of Piping Engineering After Earning A Mechanical Degree

In case you are a mechanical engineer, you must be wondering about how to continue with your career in the right direction. This is because Mechanical Engineering is a vast discipline that overlaps with many other branches of engineering like chemical engineering, civil engineering, electrical engineering, industrial engineering, manufacturing engineering and metallurgical engineering.

There is a dearth of rewarding job opportunities for a Mechanical Engineer besides the fact that the job market in today is highly crowded and quite challenging.

Scope of Piping Engineering for a Mechanical Engineer

Piping Engineering is a specialized discipline in engineering that deals with planning and layout of a robust piping system to effectively transport fluids, from one point to the other within a process plant or building. It also mentions the buying of appropriate material to manufacture pipes, choosing of suitable components and documentation of piping and instrumentation sketches along with several other activities in the realm of piping design and application.

It is obvious that the pipes are basic to our daily needs and to industries like the Oil & Gas, Energy, Construction, Chemical etc., there is always a need for trained and skilled Piping Engineers who can support the design, execution, and maintenance of complex and large-scale piping systems for the industries. With increasing modernization and industrial growth, the Piping Industry has great scope for employment opportunities for Mechanical Engineers who are well trained in this domain.

As a Mechanical Engineer, you are knowledgeable about the process of research, design, development, testing, and operation of tools and machines. Hence, a Piping Engineering course would help you, since it includes concepts which are related learnings you earned during your degree course in Mechanical Engineering.

The creative field would well suit imaginative Mechanical Engineers who have a knack for design engineering as it needs them to put both their technical skills and their creativity to use.

How can technical courses boost your career as a Mechanical Engineer?

The technical training institutes offer you an edge by putting industrial visits in its ‘PG course in Piping Engineering’ course to help you with a first-hand feel of field operations. Those, who cannot enroll in a full-time program, can also improve their skills over the weekend by opting for long weekend courses.

Needless to say, upgrading yourself with an efficient course like Piping Engineering could be a turning point in your career as it would enrich you with beneficial industry skills that can help you outsmart the competition and contemporaries and help you land into a dream job that you have been long wished for.

With this, we conclude. Hope this piece on career guidance about the scope of piping engineering, is of help to you.

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You can enroll in their CAD training in Pune for industry oriented cad courses. They offer one of the finest CAD Courses in Pune, among several good institutes.

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Differences Between 2D And 3D Auto-CAD Drawing

2D Auto-cad Drawing:

It supports only two dimensions in CAD like height and width. It does not support thickness of the object.

2D objects have two dimensions as the following:

  • Rectangle,

  • Circle

  • Square,

  • Triangle etc.

2D Auto-cad Drawing can be divided into 3 important groups or parts:

Product Drawing

2D Auto-cad drawings are used by the industry of fabricators & manufacturers. Even most of the 2D drawing is made by 3D CAD model. In 2D context, a drawing has all the information in it when we print out on a paper.

Construction Drawing

Architectural drawing, building, floor plans, installers, M&E drawing are included in construction drawing. So, this is a part of 2D CAD drawing as well which can be printed & can be an easily readable floor plan, these types of drawings either designed in 3D. But on the other side of M&E drawings are shown through the symbols like switches & sockets on a 2D floor plan.

Line Drawing

This type of drawing are simple sketches. So, these drawings are created in CAD packages like AutoCAD or Assault system drafting.

3D Auto-cad Drawing:

3D mainly display a picture in a form which appears to be physically present with a structure of the design is necessary that it allows pictures which appear easy to the human eye.

When 3D pictures or drawings can create an interaction so that the audience feel involved with the scene and the experience is called Virtual Reality.

Tessellation, geometry, and rendering are 3D image creation which is viewed as a ‘Three-Phase’ process. So in the first phase, models are made up of individual objects using link points and that is designed in a number of individual tiles. Next is the second phase, the tiles are transformed several ways and apply the light effect on it. Then, in the third phase, the images are rendered into objects with minute detailing.

Major Differences:

2D is a display which is expressed in length and height on flat planes but without any depth. One instance is a shadow, which is 2D. Hence, 2D shapes are typically measured in square units like cm2. But, 3D is defined as 3-dimensional drawings or models they described objects with Depth. The depth of an object must not be confused with weight. So, 3D measurement includes cubic unit cm3, quart liters and also a tablespoon. This happens to be the main difference between 2D and 3D.

Hence, when we apply 3D to physics, the mention is about 3 enumerable vectors. This concept of 3D is quite different from 2D drawings.

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You can enroll in their CAD CAM institute for industry oriented cad courses in Pune.

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What Are The Common Mistakes That You Make In Industrial Design

It is always good to know the design tools but taking a time to create a good strategy in the process of design would help later. In this blog post, we shall discuss five most common mistakes in the industrial design process.

1: Not Preparing for Design Work

This is the first error. It could be a small task or a month-long engineering project, taking an appropriate time to sit and plan ahead is quite beneficial.

If you conduct CFD or FEM simulations, you might ask the following questions:

Literature review: how the engineers solved the problem? Is there any template or any best practices for the problem?

Are these quality constraints for the work to be delivered?

Writing the exact goal of the project

Drafting a plan: What is geometry preparation, to mesh, solve and post-processing strategy?

What are the possible pitfalls?

You need to find some 10-30 minutes to plan these steps before every project makes the whole process more efficient, productive, and enjoyable.

2: Not Making Use of CAE Technology

This is a big mistake. Owing to open-source software and cloud-based simulation platforms like SimScale, simulation is now available to more people daily.

The biggest advantage is the design space exploration. This is an area where numerical analysis can reveal how much the weight of the product can be lowered in order to stay above the breaking limit. Also, the same is running a CFD simulation can help us compare lift and drag values of a Formula 1 wind section, so we can make better decisions.

Another consequence of not using a CAE tool is that without it, you have to make decisions based on semi-empirical data. Here an engineer can run an early design calculation on a centrifugal blower, but the performance can be several of percentages of the real performance.

3: Over-stressing the Design Exploration

This is a common mistake in industrial design when the project manager or the design engineer over-stresses the design space. It means there are too many limitations on the product, for instance:

  • Much lesser weight

  • Unrealistic size

  • Expected performance is quite high

  • Cost cutting

It is that a high-quality product must not be built under very low-cost constraints.

4: Running More Than Necessary Prototype Tests

Both building and testing early products cost more and take more time than any complex CAE modeling. In many cases, only creating prototypes at the end of the industrial design workflow is the most effective way to create a high-performing product.

5: Not Managing the Industrial Design Process

Project management is of high importance in almost every task in engineering or any company. Even if you are at a small consultancy, managing every aspect of your work should be your goal. But what if you have to manage a designing product from scratch? And what if you are working on improving your existing product?

HR Management. This includes managing all the staff. Proper work distribution of the tasks to the appropriate person will improve the target deadline.

Hardware and Software Resources Management. If it includes either physical testing and/or virtual simulations, you can avoid waiting for times by planning ahead.

Time and Schedule Management. Setting milestones would provide external motivation for you and your team.

Budget Management. All the above actions have consequences for the design budget. Carefully estimate and lower the budget, if necessary, by using cloud computing would improve the ROI of your work.

If you are seeking for cad cam certification in Pune, then one of the best cad cam institutes is CRB Tech Solutions, being one of the best Cad Cam institutes.

You can enroll in the CAD CAM CAE training institute in Pune for industry oriented opportunities in mechanical jobs.

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Career Guidance Tips On How To Get A Job In CAE Or CAD

As a graduate, you must have several queries regarding job search and scope in CAE or CAD. You must be wondering, how to land a dream job without any experience? Here we share some expert opinion on the same.

1) Understand the job you want to do

Before you find a job a, you have to do some research and understand the scope.

If you are an engineer and with some interest in business, sales, and marketing, then you should go in a company developing FEA Software and begin as a technical support. If you are interested more in designing or pure engineering, then you should opt for a company which uses CAD or FEA to design their products.

2) Ask right questions to right people

You should be careful because you have also to ask the right questions and to the right people.

If you ask several people, you will start to notice a pattern, then choose what the best is for you and that’s it!

3) Apply to your dream job

After you have done with enough research and you know your want, you just have to apply for the company.

The best approach which is to visit a website and apply for a job offer which has very few chances of success.

The reason is that the application goes to the HR department of the companies who receive thousands of requests every day. Your application might go unnoticed because the person screening the CV was too busy and just looked at the first 2 phrases of your CV and then trashed it.

Even on passing the first screening test, you will get into a long and toil recruiting process in which you would get selected based on skills that HR department think you might have or might not.

What next? If you are capable for a job and if you want it, then you have to prove that you are the person this company needs and then contact the right person in the company who would listen and hire you.

So, you should analyze the real needs of the company. Analyze what would be your mission in the company and how you would fit into it. Analyze the company in details (so that when asked about it, in an interview, you can answer well.

4) Never wait longer for an answer during interview

Avoid the tendency if you have to think and coming back to a question, later. Remember that you are not the only candidate and they don’t tend to wait for your answer. To overcome this tendency, you must proactive.

You should be confident and prompt about the questions while facing an interview. With this, we conclude.

If you are seeking for cad cam certification in Pune, then one of the tops recommended institutes is CRB Tech Solutions, being one of the best Cad Cam institutes.

If you are looking for industry oriented opportunities in mechanical jobs in Pune, then join our institute which offers the best training for mechanical engineering.

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How To Choose Between SolidWorks, CATIA, and Inventor

Presently, 2D and 3D design software often have grand names like 3D Product Lifecycle Management Suite. The software packages fill some or all of the needs in a product “lifecycle”: conceptualization, designing, manufacturing, engineering, testing, deployment, etc. For instance, AutoCAD is mainly a design tool, and basically not used for manufacturing or product lifecycle. CATIA is great for conceptualization and designing.

CATIA

CATIA is an acronym for Computer Aided Three-Dimensional Interactive Application

This software is used by the massive automotive and aeronautical companies. Boeing, Airbus, and Bombardier use CATIA for their planes. Both 777 and 787 were designed in CATIA.

Mainly CATIA isn’t taught at college level and not used by small businesses because the licensing is quite expensive. You can learn it in-house by private trainers.

CATIA version 4 is based on Unix, and some companies are yet using V4, but in the last few years, the big names switched to V5, the Windows-based version of the software.

CATIA already has a Version 6, yet Windows-based, but basically, CATIA is quite expensive that not many of the big companies have migrated to it.

CATIA is customisable too. V4 can be tailored with the help of FORTRAN and C. CATIA V5 can be tailored using VB in the Visual Studio environment, or C++.

SolidWorks

SolidWorks is a 3D CAD program which runs on Windows. Being most widely used 3D CAD program on the planet, it’s less expensive than CATIA. AutoDesk’s Inventor is a competitor for SolidWorks, but it’s newer and couldn’t tackle SolidWorks’ market share, till date.

SolidWorks is used by more number of industries in the product designing and manufacturing sector mainly because it is more affordable. SolidWorks has a student version as well, so with required credentials you can get a working version of the software for some lesser dollars, and you can study the classes at your local college or university and get a certification which can increase your marketability.

SolidWorks was the first to use the “End of Part Marker”. Inventor and CATIA use this now, as well. SolidWorks introduced advanced and cool mates like gear, followers & cams, which allow you model the movement of gear assemblies. Inventor incorporates this now, as well.

SolidWorks has several add-on utilities which can be separately purchased from the main license.

The Design Validation products include:

  • Simulation, which allows you test how your models can behave as physical objects, and Simulation Premium, allows you do the same thing even if you are without a background in chemical or mechanical engineering.

  • Motion is a virtual prototyping tool which allows you to see your model in action, to make sure that it works properly.

  • Flow Simulation tests fluid-flow and thermal analysis on your virtual prototypes.

  • Sustainability calculates the environmental impact of your models.

  • Then there are the PDM, collaboration & communication tools. 

  • eDrawings and SolidWorks Viewer allow you to share your designs with the client even if they don’t have SolidWorks

Here we brief the SolidWorks utilities:

  • A toolbox is a part library with great ways of placing and sizing the parts.

  • Utilities are used to identify differences between two versions of the same part, and to make edits.

  • FeatureWorks is a utility to recognize features that allow you import and improve 3D models.

  • Routing is done for electrical mapping.

  • Moldflow Xpress is a mold design validation tool

  • MoldBase is a catalog of standard mold base assemblies and components

You can customize your SolidWorks tools using Visual Studio, too.

Inventor

This was created by AutoDesk.

The coolest thing about AutoDesk is the AutoDesk Developer Network. Publishers and developers can reach out to beta versions of products and current releases so that they can develop third-party tools and publications about AutoDesk products.

The inventor is customisable as well, using Visual Studio.

Which one suits you?

Similar to CATIA, SolidWorks and Inventor are parametric modelers. Parameters could be measurements, or to the relationships between geometric entities. The parametric design allows you to make later changes to a part and have other parts updated automatically based on the relationships they share.

All the 3D modelers build parts likewise. It’s starts with a sketch. If you’re wondering which product would help you, remember that CATIA and its sister products were developed as tools for huge aerospace or automotive companies, focusing mainly on 3D modeling & prototyping as replacements for engineering drawings, whereas SolidWorks and Inventor offers a broad variety of 2D and 3D tools for mechanical engineering.

AutoDesk and Dassault work hard to prove that they are the top sellers in 3D parametric modelled. Usually, colleges and universities are teaching SolidWorks, but Inventor is gaining a faster ground, because AutoDesk can slip Inventor where AutoCAD is currently being taught.

What about of stability? In the past, many SolidWorks users did complain about unworkable instability. SolidWorks reduces the load on your CPU so that your computer would crash less often.

Many Unigraphics users think that even CATIA v5 is barely a production-ready and that Unigraphics is more stable than CATIA v5. Unigraphics has a little, affordable sister, SolidEdge, and many users prefer to SolidWorks, and this is fully compatible with Unigraphics, whereas Dassault has gone out of its way to keep SolidWorks from opening CATIA files, to drive business to CATIA.

Which one is easier to learn? SolidWorks with several and more learning resources is better. There are tons of books and self-study materials and tutorials, besides in the English language for SolidWorks.

Which is easy to use? You don’t need any expertise in AutoCAD, but some basic understanding is a must. The SolidWorks and Inventor have much internal learning support, and all the three products have amazing online communities and forums where you can find more ideas.

To mention, SolidWorks and Inventor are identical programs. There are also some small hardware differences as well. The inventor can work on most consumer systems as-is, but SolidWorks often needs an AMD or NVidia video card.

The thought, which one is easier to use mustn’t come into your decision-making process. Instead, you have to base your decision on what you need your results for, your expenditure, your client base, etc. If you are a small company which provides design services to the aeronautic and automotive industries, you will need CATIA. An inventor is much in common with AutoCAD, so if you’re habituated to AutoCAD and require more 3D modeling capabilities than AutoCAD presently offers, Inventor will be a good fit.

An expert note says that most of the engineers who are trying to remain competitive are learning SolidWorks. Most of the CATIA customers are experienced V4 engineers going into V5. Hope you find this blog helpful.

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