Import the models suitable with all kinds of projects, be it Furniture building, video game creation, 3D printing, interior designing, to name a few. The SketchUp program includes:

• Drawing layout functionality.
• Surface rendering
• Third party plugin from the extension house (a place where you can both find and install add-ons for SketchUp)

Who uses SketchUp Software?

SketchUp is most commonly used by:

• People who are interested in creating, sharing, or downloading 3D models to be used with 3D printers
• Architects
• Interior designers.
• Animators and video editors.

Why do they use it:

SketchUp is the first 3D CAD design software which has the powers to create 3D designs that make the work of architects and interior designers more efficient. IT helps in creating a freeway 3D design with full finesse, one similar to the sketch created with a pencil. But since most people do not feel competent enough in drawing, SketchUp in 3D makes their task like a cake walk.  No other CAD software possess the same features, like the one that is available in SketchUp software.

SketchUp is a super smart software that helps designers in creating and communicating their idea or creation with a visual effect which, unlike other CAD software, acts as an added bonus to the designers.

Hence if you are in a designing field- especially architecture and interior designing, then SketchUp will definitely prove to be your loyal friend.

The post Who uses SketchUp, and why? first appeared on CADD Centre Resource.

The modern-day construction designing concepts and arrangements have changed dramatically. The new concept of development of green buildings has been introduced recently, wherein residential buildings are constructed using sustainable construction material more efficiently in order to create an eco-friendly environment.

All this is possible by using an advanced construction software, i.e. ETABS (Extended Three Dimensional Analysis of Building system).

Features of ETABS:

ETABS is a construction software that is designed to:

• Create a well designed, analysed, RCC framed earthquake-proof building.
• It has the proficiency to do countless research and analysis in all major fields be it static, dynamic, Linear and non-linear, etc.
• This software contains the unique feature of considering the beams, columns as Line members and slabs, Ramps/staircases, walls as area members.

ETABS software assists in the proper implementation of the green design concepts in the architectural design of a building to reduce the carbon footprints of the building.

So to excel in the structural engineering field, one must learn the concept and operation through CADD Centre ETABS Course  and understand what all goes into creating an Eco friendly green building.

The post Advancements in Building Analysis using ETABS first appeared on CADD Centre Resource.

What is BIM Software?

Before diving into the list of the best BIM software, let’s understand what BIM software is all about. Building Information Modelling software is a powerful tool that allows professionals in the construction and architecture fields to create and manage digital representations of their projects. It offers a holistic view of a building’s lifecycle, from design and construction to operation and maintenance.

The Benefits of BIM Software

1. Enhanced Collaboration

BIM software facilitates collaboration among architects, engineers, contractors, and other stakeholders. It promotes communication, reduces errors, and ensures everyone is on the same page throughout the project.

2. Improved Decision-Making

With accurate and up-to-date data, BIM software enables better decision-making. Professionals can visualize how changes affect the project, making it easier to choose the most cost-effective and efficient options.

3. Cost Savings

By identifying potential issues early in the design phase, BIM software can save you money in the long run. It minimizes rework and material waste, ultimately reducing project costs.

4. Sustainable Design

BIM software allows for sustainable design practices. It helps optimize energy efficiency, reduce environmental impact, and improve overall sustainability.

The Top 20 BIM Software Solutions

BIM software has a solution to every construction related problem. But the real challenge is to scrutinize which product to choose from. According to experts, a decent way of selection is to refer to the best building information modelling software solutions. You can also explore the option of enrolling in a comprehensive revit architecture course to gain in-depth knowledge and practical skills in using BIM software effectively.

Below mentioned are the top 20 best Building Information Modelling software based on users reviews and rankings; this is the best approach to shortlist the choices and accordingly make a genuine buying decision.

1. Autodesk BIM360: Offers cloud-based collaboration and project management, enhancing real-time communication for construction projects.
2. Tekla BIM Sight: Focuses on model-based collaboration, enabling seamless communication and issue tracking in construction.
3. Revit: Provides comprehensive 3D modeling for architectural and structural design, promoting efficient collaboration and data sharing.
4. Navisworks: Specializes in construction project visualization and clash detection, reducing design conflicts and rework.
5. BIM object: A platform for accessing a vast library of BIM objects, simplifying the selection and integration of building components.
6. BIMx: Enables 3D model visualization and interactive presentations, enhancing project understanding and communication.
7. Archicad: Known for its Building Information Modeling capabilities, making it a favorite among architects for design and documentation.
8. AECOsim Building Designer: Focuses on infrastructure and architectural design, promoting collaboration and interdisciplinary coordination.
9. Trimble Connect: A cloud-based BIM collaboration platform for managing project data, improving communication among stakeholders.
10. Hevacomp: Specialized software for building services and energy design, aiding in HVAC system analysis and optimization.
11. Procore: Offers construction project management and collaboration, streamlining communication and document control.
12. SketchUp: Known for quick and easy 3D modeling, suitable for architects, interior designers, and construction professionals.
13. Vectorworks Architect: A comprehensive software solution tailored for architects, offering a range of design tools and features.
14. PriMus IFC: A software solution for quantity takeoff and cost estimation, enhancing project budgeting and control.
15. Edificius: Ideal for architects, engineers, and surveyors, with capabilities for architectural design and landscape planning.
16. BricsCAD BIM: Combines 3D design and BIM, offering a versatile platform for architects, designers, and engineers.
17. Midas Gen: Specializes in structural and geotechnical analysis, improving the accuracy and safety of building designs.
18. Allplan Architecture: Offers comprehensive BIM and CAD solutions, catering to architects and engineers for design and collaboration.
19. Visual ARQ: Known for its architectural design and modeling capabilities, enhancing architectural visualization and design accuracy.
20. Buildertrend: A construction project management and collaboration platform that simplifies project communication and document sharing.

In today’s busy world, these software applications are making the building and construction management work more efficient and transparent. In fact, most of the building projects and government bidding organizations have made it mandatory to have customized BIM Software suitable for their project.

Since it assists in cutting the cost, identifying the errors and accordingly fixing them up before any mishap occurs at the time of actual construction. This, in turn, accelerates the overall construction schedules.

FAQs

Q1. What is BIM software?

BIM software, or Building Information Modelling software, is a digital tool that allows professionals in the construction and architecture fields to create and manage digital representations of their projects.

Q2. What does the BIM training course cover?

The BIM training from CADD Centre covers a wide range of topics, including model-based estimation, model review, simulation, clash detection, estimation using 2D and 3D models, animation, and rendering.

Q3. What are the career prospects for those trained in 5D BIM and Navisworks?

Graduates of 5D BIM and Navisworks training can pursue careers such as BIM Manager, BIM Engineer, BIM Planner/Scheduler, 5D BIM Specialist, BIM Cost Manager, BIM Modeler/Coordinator, and BIM Lead.

Q4. Who would benefit most from the BIM training program?

This course is ideal for students pursuing or completing degrees in Architectural and Civil Engineering, those enrolled in diploma certificate programs in these fields, and anyone interested in entering the world of BIM Coordination.

Q5. What other related courses are available for those interested in BIM software?

There are various related courses available, teaching BIM software in different combinations, under categories like

Expert Certification in BIM Software

Advanced 5D BIM and Navisworks 

Master Certification in Building Design

BIM for Architects

and suitable for students and professionals in architecture and civil engineering.

The post 20 Best Building Information Modelling (BIM) Software first appeared on CADD Centre Resource.

Architects, yes! They visualize making drawings on a sheet of paper and civil engineers working in the field of construction while being involved in the assembly. There are visible and marked differences between the field of architecture and civil engineering. The following are the responsibilities that differentiate architects and civil engineers from each other:

Creation of Designs

Architecture is mainly about creating and designing structures with aesthetics and functionality in mind. On the other hand, civil engineers work closely with the architects to deliberate the plan and plan the entire methodology for constructing the further design.

Implementation of Drafts

It is the architect’s job to work on the architect’s draft whereas civil engineering refers to studying the draft and examining the practicality of design. Civil takes a step ahead in detecting whether the design can withstand extreme loading conditions or not.

Focus on Customer’s Need

Architects design to structure while considering the outside needs and requirements of the customers. On the contrary, civil engineers concentrate on the need of the client which includes electrical drawing, plumbing, and the finest structural layout. Therefore, the initial job is completed by architects to lay down the design with the help of AutoCAD 3D for Architects, and later comes the job of engineers to work on those outlines and dimensions.

In a nutshell, to achieve a vigorous and high-quality project, a good architect-engineer relationship is important. A civil engineer works their best for the implementation of the design whereas an architect considers focusing on aesthetics and functionality to make it cost less. The work responsibilities can overlap, but ideally, each of them has their expertise to be esteemed.

The post If an Architect can Build a Building, Why they Need a Civil Engineer? first appeared on CADD Centre Resource.