BIM Modeling

BIM modeling has captured limelight and people, in large numbers, have shown their interests to know about this new age technology in details. The more the people are inclined towards this technology, the more they are prone to develop certain misconceptions about this technology. First and foremost, building model is not equivalent to creating building as a whole. The task of creating a building or any other construction is the sole duty of architects and other engineers. And BIM techniques and tools only help those professionals in designing and building process.

It is to be noted that there is no need for installing Building Information Modeling tools on the personal computer of a person who uses AutoCAD. The functionality of BIM is quite different. To become a BIM expert, you have to be thorough with the knowledge of 3D modeling technique and also need to be familiar with the entire building system.

There is another important fact. One cannot learn about BIM Modeling technology in one day. Even one week proves to be too short to grasp the nitty-gritty of this cutting edge methodology. But once you get into this technology you will be a gainer. This is a wonderful art of gaining strong insight into the lifecycle Management of the building. Isn’t it so? For details you are requested to contact www.logiseek.com

Know all about BIM!

Are you aware of the concept of Building Information Modeling (BIM)? In fields of architecture, engineering or other related fields, BIM has brought in multiple facilities. It is a new paradigm that enables those involved in architectural or other fields to learn to work in new ways. That is not all. BIM is time saving, cost effective, plus it helps in accurate estimation and thus avoid errors due loss of information.

Let us come to the point directly. What is BIM? Well, to explain it in simple terms, BIM involves building of parametric 3D models instead of 2D drawings. BIM works on a digital database that has its own advantage .The moment any change is initiated in this database; it is immediately shown in the whole drawing. And thus it benefits everyone who is associated in building lifestyle management. In this way all the men involved in the process including architects, engineers, developers and building owners work in sync and thus view the model in various ways and also share information effortlessly.

And if you look for a company that offers BIM services including Architectural BIM and others you will have multiple options. However in the midst of numerous companies thriving in the market scenario currently, Logiseek Inc., definitely, has carved out its niche. Over the years, it performs several complex projects effectively.

It offers you end to end BIM Solutions starting from creating a 3d Model, extracting total construction drawing set and what more. In short, creating a complete yet unique pre-construction model is what this company aims at. Considering requirement it also can include the element of time, making 4D outputs, thereby moving ahead of three dimensional perspectives. At Logiseek, quality as well as easy and quick delivery is guaranteed that sets them apart from its competitors. Cost effectiveness is also ensured. Believe it or not! Logiseek helps you to save a lot of money. So get ready to get BIM service, especially Architectural Business Information Modeling, which includes superior quality, time-bound solutions at reasonable rates, just within your grip.

2D Drafting and 3D Modeling Designs: Know About New Age Techniques!

Are you planning to render 3D models from 2D drafting? This 2D drafting and 3D modeling engineering drawings are creating buzz these days. Be it engineering or any other architectural projects, people have inclined to adopt fast and advanced 3D modeling technology to create an edge in the competitive world.

Do you want to know more about this 2D drafting and 3D modeling drawings? Needless to say, three dimensional simulations offer more realistic views of concepts from various angles. This cutting edge technique improves designing quality by effectively minimizing human errors that occur with the traditional 2D drafting. A 3D modeling design can show details of blocks, layers and other items automatically thereby minimizing error as a whole.

There is another benefit that you accrue if you go for 3D modeling instead of 2D drafting. Earlier those who want to know about two dimensional designing had to wait for a prototype before they could comprehend a design effectively. 3D modeling simplified this procedure. Exclusive cad 3D modeling produces a good pictorial views as well as normal projections of items. No one finds it difficult to understand the entire designing structure. By using 3D modeling you can adopt a time-saving and updated approach of your engineering project and please your clients.

Do you want to know what different types of 3D modeling are used in engineering or related fields? Polygonal modeling is a process of creating a 3D model by connecting line segments through points in a 3D space. Have you heard of primitive modeling? It is the simplest way of making 3D objects by using cones, cubes, cylinders etc.

Explore the advantages of this cutting edge 3D modeling technology instead of age old 2D drafting. You are sure to reach the summit of success.

Basics of Raster to Vector Conversion

Done you civil engineering? Got your degree? Good! Must be looking for a job? Before entering into the competitive world, better to acquire every professional knowledge to be an expert. What is going on in your trade and what are the requirements-these are certain factors that you should grab. For an instance, let’s take the importance of raster to vector conversion. Being a student of civil engineering, you must be well aware of it. After all, the emergence of this kind of service in the recent market needs more and more professional expertise. So, if you are an expert in this, sky is the limit for you. And why not? There is nothing so tough to acquire sufficient knowledge in this service.

If you are worried how to proceed to be an expert in this field, let me help you. First and foremost, focus on the necessity of raster to vector conversion. Try your hand to find out what is the basic difference between these two types. Then understand the factors why vector graphics takes supremacy over the other. There must be some benefits attached with it and this is the reason why people rush for it in the recent days. They both are the parts of CAD drawing.


The basic factor behind such huge preference is the wide arena of compatibility of vector images in Corel Draw, Adobe Illustrator, AutoCAD, and many other applications. Moreover, raster images are not so good as far as the quality and resolution are concerned. After all, resolution is a big factor for defining the shape of an image. It is the number of pixels per inch of a raster image.

There are various certain factors which you need to understand to become a professional expert in a specific sector. Better to acquire your grip from the basics as analyzed above with raster to vector conversion. This is the way to rule and leave other behind. Best of Luck!

Raster to Vector

Raster to Vector conversion is turning maps, images, photos, logos, illustrations etc into vector image files. Some of the Raster formats are TIFF, JPEG, GIF, PNG and BMP. After Vectorization, these file formats are changed into DXF, WMF, EMF, EPS etc. To have an idea of raster to vector conversion, first it’s important to understand the difference between Raster and Vector file formats.

Raster images are comprised of pixels. The pixels are tiny boxes of color and are defined as the smallest addressable elements on screen in a display device. Vector images are on the other hand based on fundamentals of geometrical equations such as curves, points, lines. For CAD modeling, vector images carry more importance as raster images only render the graphic representation of an object but vector file format allows them to be close to real life rendering. The editing software for raster and vector images are also different. Photoshop and MS Paint are the editing software, used for raster images whereas Coreldraw, Illustrator etc are the image editors for Vector Works. Another difference between them is the edit-friendliness of vector images. Raster images are difficult to edit because editing a raster image implies editing the pixels, it’s consisting of and the pixels aren’t very open to changes in brightness, color contrast etc.

3D Modeling and BIM

BIM is the abbreviation of building information modeling. Structural planning that includes designing and drafting depends largely upon BIM. Tasks that are related to a structural planning of a construction process are leveraged by BIM modeling. Such tasks are making decision in designing, production of quality construction documents, construction planning, estimating the possible cost etc.

One of the main features of 3D BIM modeling is interactivity. Think of a building design that not only presents the inner and outer decorations of the building but gives you the feel of walking through it. 3D BIM modeling makes it possible.

A chief reason that structural planning done earlier by civil or mechanical engineers were not interactive is the absence of graphic rendering. 3D modeling bolstered BIM with its inclusion. In this sense, the architecture industry is incomplete without 3D modeling that propels the growth of advanced computer generated imageries.

Another very significant thing associated with BIM is that it generates ‘Time’ in a design. We all know that for any kind of planning, time is quite important. How much time the full-fledged construction of a building might take, determines if the investment is worth making along with the projected ROI. 3D BIM modeling renders the virtual construction of a building. It’s mostly contextual in case of a project that’s large enough and on going because the BIM enabled imagery gives us near to exact idea of the projected completion time and we can then compare it with our projection.

So these are the reasons that when CAD is applied for construction related works, 3D BIM modeling plays a seriously important role. To be more precise BIM CAD must accompany virtual representation of the project, which requires 3D modeling.

BIM is the abbreviation of Building Information Modeling. Structural planning that includes designing and drafting depends largely upon BIM. Tasks that are related to a structural planning of a construction process are leveraged by BIM modeling. Such tasks are making decision in designing, production of quality construction documents, construction planning, estimating the possible cost etc.

One of the main features of 3D BIM modeling is interactivity. Think of a building design that not only presents the inner and outer decorations of the building but gives you the feel of walking through it. 3D BIM modeling makes it possible.

A chief reason that structural planning done earlier by civil or mechanical engineers were not interactive is the absence of graphic rendering. 3D modeling bolstered BIM with its inclusion. In this sense, the architecture industry is incomplete without 3D modeling that propels the growth of advanced computer generated imageries.

Another very significant thing associated with BIM is that it generates ‘Time’ in a design. We all know that for any kind of planning, time is quite important. How much time the full-fledged construction of a building might take, determines if the investment is worth making along with the projected ROI. 3D BIM modeling renders the virtual construction of a building. It’s mostly contextual in case of a project that’s large enough and on going because the BIM enabled imagery gives us near to exact idea of the projected completion time and we can then compare it with our projection.

So these are the reasons that when CAD is applied for construction related works, 3D BIM modeling plays a seriously important role. To be more precise BIM CAD must accompany virtual representation of the project, which requires 3D modeling.

2D Drafting

Designers across the world take help of CAD (computer aided design). 2D drafting is an integral part of CAD and CADD (computer aided design and drafting). 2D CAD is used by drafters and designers for accurate scaling and proper creation of curves. The advantages of employing 2D CAD software for 2D drafting are quite a few. Let’s suppose you are an expert drafter and your technical drawings were widely acclaimed. But even then, you’d be willing to use 2D drafting software because it would assure the quality of the 2D models and save your valuable time. So, put a brand value embedded 2D CAD software to use and see how swiftly and shortly the tasks are getting done.

In industries like architecture, housing and site construction, planning and presentation depends on 2D drafting. In fact, 2D drafting supplements computer aided drafting. A structural engineering service has many layers and preparing the technical drafts is a core layer. Improper 2D drafting results in below graded 2D models, which hamper the interest of the client. Therefore, buying any 2D drafting software is simply not enough. You need to take care of two important things. First, the product/service must be worth buying/availing. By this, I mean something that can offer quality drafting service while being inexpensive and taking lesser time. Secondly, there must be proper hand to run the software. Manual drafting exists parallely with CAD and people having expertise in conventional drafting can do quality checks on the 2D drafts produced by the software. To avoid hassles and save time, often professional 2D drafting services are availed.