What’s new in AutoCAD 2019?

CAD technology introduces features and techniques that revolutionizes the way we work with software and product development. With the introduction of AutoCAD 2019, users will be able to enjoy better work optimization and enhanced performance with toolset add-ons.

Below are some of the enhanced toolset features, which the 2019 version will bring about.

Architectural toolset

The architectural toolset will help designers in composing intelligent and eye appealing designs. This added feature of AutoCAD 2019 allows the designer to make use of specialized building design features and 8000 plus intelligent architectural object-styles to speed up their architectural drawing and documentation.

 Mechanical toolset

AutoCAD 2019 lets the users to integrate their ideas and thoughts in one part of their drawing with this improvised mechanical toolset. Users can use specialized mechanical design features and 700,000+ intelligent manufacturing parts, features, and symbols to speed up their design process.

 Electrical toolset

The electrical toolset is an enhanced feature of this AutoCAD 2019 version. This helps in efficient electrical documentation control and quick modification with its industry specific features. It also enables users to make the best use of specialized electrical design components and 65,000+ intelligent electrical symbols for enhanced productivity.

 (MEP) Mechanical, Electrical & Plumbing toolset

With MEP toolset in place, users will be able to redefine their design process on the whole. The MEP toolset features specific MEP engineering features and 10,500+ intelligent mechanical, electrical, and plumbing objects, which will enable the designers to draft, design, and document building systems in no time.

 Plant 3D toolset

This, specialized plant design and engineering toolset enables the user to efficiently produce P&IDs and then integrate them into a 3D plant design model. It also aids in quick creation of schematic diagrams, plant layouts, and other drawings.

 

Map 3D toolset

Map 3D toolset allows user to map features to incorporate GIS and CAD data to assist in planning, design, and data management. The feature also allows to access spatial data stored in files, databases, and web services, and aggregate it with the AutoCAD design data.

 Raster Design toolset

Raster design toolset is enhanced to support edit-scanned drawings and convert the raster images into DWG objects. This is made possible with the quick to edit, cleanup, transform images, and manipulate raster entities features.

Compared to the other version, AutoCAD 2019 has a lot of promising features, which lets one develop designs in the way they have visualized and thought of. This new version also showcases industry specific toolset, which will redefine the whole process of designing and conceptualization.

ETABS 2016 16.2.0 Enhancements

This version of ETABS is stacked with stunning features for Analysis, Modelling, Result Display and Output.

Analysis

  1. a) Creep & Shrinkage: This feature includes the rebar effect, which can help reduce axial shortening of walls and columns. The feature lets you choose two options for Longitudinal Rebar Ratio- From Design and User Specified Ratio and two for Vertical Rebar Ratio- From Design and User Specified Ratio.

 

  1. b) Modal Damping: This feature provides more conservative and realistic results through linear and nonlinear direct-integration time-history analysis. Here you can choose options for Viscous Proportional Damping and Additional Modal Damping.

Modelling

The new updates consist of new codes for shrinkage, creep, and stiffness aging. The models are New Zealand Standard 3101-2006, Australian Standard 3600-2009, Eurocode 2-2004, and GL 2000.

Result Display and Output

The result is displayed on slab cracked-width on Eurocode 2-2004.

Booming Infrastructural development is turning Geotechnical Engineering

Booming Infrastructural development is turning Geotechnical Engineering one of the most highly paid, Easy- entry and In-Demand Jobtunnel

Geotechnical Engineering deals with engineering activities of earth and materials. Being a part of civil engineering, it is also used across industries such as petroleum, mining, or any other engineering activity related to construction.

As every building needs a foundation, Geotechnical Engineers are always in a great demand wherever there is a construction project carried out. Geotechnical needs should be integrated with construction and architecture activities during a construction project as these methods proposes the civil engineers to lay firm foundations for the building making them strong against any or every threat.

Geotechnical Engineering is the science that explains the mechanics of rock and soil and its applications for construction purposes. It includes the analysis, design and construction of foundations, structures, buildings, slopes retaining structures, embankments, tunnels, roadways, levees, landfills and wharves and other systems that are made of, or supported by soil and rock.

Challenges that Geotechnical Engineers face

Civil engineering is constantly striving to build bigger and bigger structures; Geotechnical engineers constantly develop new techniques to make the underlying ground support for those structures. Longer and higher bridges carrying traffic, skyscrapers and huge buildings, all these are structures that need a firm support to with stand all natural environments, traffic and natural disasters.
New challenges in foundation designs are yet to be faced as mankind is moving forward with long tunnels, higher bridges, speeding highways and more skyscrapers and all this achievement can only be attained having high technically trained professionals.

With all these civil engineering futures, there will and always been a greater need for a Geotechnical engineer. This is a field that will seek innovation with a solid engineering background.

Career Requirements

Students and individuals seeking a career in the field of Geotechnical Engineering can attain high goals possessing requirements such as:

Degree Requirement-  A bachelor degree, although some employers prefer a graduate degree in Civil Engineering.

Entry Level Work- A study about the basic structures is carried out at entry level before moving towards more detailed Geotechnical engineering. The candidate, after graduating, work with the CAD software to design and test structural models for construction purposes. The candidate also takes soil and rock samples to analyze and develop Geotechnical reports to receive construction specifications.

Gain Experience- As the new hired candidates gain experience, they are assigned more complex projects. As they gain expertise, they’ll become a lot of concerned in complicated comes. Geotechnical engineers might analyze specifications for bridges, develop support systems for tunnels and assess property problems for dams.

Attain a License-  All the firms need engineers to be authorized, whereas necessities vary by firms, licensure typically includes finishing associate degree, licensed engineer program, showing four years of documented work expertise and clearing a state examination.

Faculty graduates could contemplate taking a state – licensing examination on the basics of engineering. Those that pass the examination area unit are remarked as engineers-in-training (EITs).

Job Prospects in India

There is a vast demand for civil engineers in India and it’s conjointly expected to induce a lift because the country is now empowered to upgrade its infrastructure with an increase in economic and political clout within the world. The career opens plenty of opportunities across various government departments.

There square measures open equally smart opportunities within the personal sector for civil engineers. A significant gap for qualified civil engineers is additionally in the defense force wherever they will build important contribution to the protection of the country.

jobprospectsGeotechnical Engineering with CADD Centre

CADD Centre is offering a variety of certifications and courses under its various programs for Geotechnical Engineers to shine their career in the field of civil engineering and Geotechnical engineering. Courses are offered in various combinations as well as standalone versions of world’s most popular CAD/CAE software products such as AutoCAD, Revit Architecture, Revit  MEP, 3ds Max, etc.

CADD Centre’s Master diploma programs are offered with an addition course on concept in project management and planning. CADD Centre offers courses such as Master Diploma Program, Professional Program, Diploma Program as well as Standalone Versions.

CADD Centre also offers training and certifications for AutoCAD civil 3D software which is an engineering design and documentation solution which supporting Building Information and Modelling work flows. With all these civil engineering futures, there will and always been a greater need for a Geotechnical engineer. This is a field that will seek innovation with a solid engineering background.

MX Road is another program which candidates learn to build rapid and accurate designs for all types of roads. It is widely used by Civil and Geotechnical engineers and storm drainage/ water/ sewer system designers for accurate and specialized assistance across projects.

The CADD Centre helps candidate’s master features of Civil 3d which is one of the most important software solutions for Geotechnical Engineering purposes:

DESIGN
Design concepts are built for corridor designs, gravity pipe networks, pressure pipe networks, bridge  modelling, rail track  layout, etc.

ANALYSIS
For advanced mapping functionality, using dynamic model and developing civil design models and visualizations analyzing soil and rock formations.

DOCUMENTATION
These certifications not only master candidates in designing the structures for constructions or doing environment analysis, but also, they will master the art of proper formal documentation.

These certifications and courses will help candidates create professional structures, helping turn their ideas into an actual design. They help to produce detailed plans to aid obtain municipality approvals for subdivisions and land developments.

As a developing country, India has witnessed a rapid growth in the economy, and with this, the construction industry has brought cheers to youth seeking to build career in Civil and Geotechnical engineering making its infrastructure more vibrant.

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