Civil Construction Details: What You Need To Know?

Civil Construction Details: What You Need To Know?

Today, we are going to check out about the various elements associated with civil construction. This is a discipline that has on offer, a number of job offers in the event that you possess the desired skills.

For acquiring the required skills, you can take admission to a civil construction training course. It would be your gateway to a promising career ahead.

The civil construction stream falls under the classification of civil engineering which is related to designing, building, and maintenance of the physical and naturally constructed environment. It is the art of constructing bridges, streets, dams, airplane terminals, waterways, and buildings.

In the present society, there are colossal projects implied for engineering and civil based construction. The infrastructure put to use as a part of our daily lives all has been made as a result of civil construction and engineering. Things like streets, stadiums, schools etc. are all a result of civil engineering.

What does each of the construction plan setup comprise of?

To begin with the procedure of construction, the whole of the stages are arranged further into various operations. Each phase of the construction process has dependably been equipped with high technology gear to beyond any doubt quality and flawlessness. Experts from a wide range of divisions meet up and act as a team, to begin with, these ventures. Each sub-operation having another operation is set apart as the piece of the project that will be brought out through the division of work with regards to aptitudes and quality gear. Every one of the operations required for the process of development of the R.C.C. holding wall is enlisted in the rundown underneath:

  • Digging using machines

  • Digging with the help of labor force

  • Work formation through assembling

  • Support

  • Concrete usage and pouring it

  • Refilling the earth

Learn about civil engineering construction processes with the help of structural engineering courses.

Stages in civil construction:

Grouping extensive projects into civil construction stages has dependably been foreseen whether it is for autonomous or conjunction development. To escalate the advancement of the civil construction, each phase of the process is taken as individual contracts. The greater part of the contracts have proceeded in special patterns and timetables. To keep up the nature of work in the construction process, the span of each stage ought to be dissected and assessed before the process begins. Each phase of construction ought to have its own time frame of executions. The phases of development for several undertakings are specified beneath:

A Water Supply Project:

The water supply venture requires development with incredible care and flawlessness. It requires certain things that should be taken in the spotlight and they are:

  • Dissipating of the site

  • Dam structure construction

  • Construction of the spillways and controls

  • Connections related to pumping house

  • Including of the transmission lines and construction tunnels

  • Water treatment plant establishment

Highway construction project:

A look at the factors to consider during the planning of a highway construction project…

  • Finding the plant for the site of the project

  • Project site dissipation

  • Highway embankment using earth and other underground work

  • Drainage construction

  • Constructions of pavement structures

  • Erection of road signs, signals, and lights

Job opportunities in this field:

The global markets are overflowed with job openings for civil engineers. The work these specialists are required to do now and then is not restricted to indoors, frequently, they need to spend time at construction sites for observing the operations and take care of project related issues as well. They normally need to work full-time and now and again they need to work for additional hours too only to ensure the venture prerequisites are met.

The pay scale of a newly graduated civil engineer having done graduation can usually fall in the range of $55,570 and $73,908. Experience and the advanced degree can give these engineers a chance to deal with higher administration positions and they can even begin their own construction business.

Future in the field of civil construction:

It is predicted that civil engineers will see 20% growth in employments from 2014 to 2022. An ever increasing number of engineers will be required for supervising and reconstructing ventures likes streets, dams and different structures. There is going to the be high rivalry in the market so a civil engineer if wishes to snatch the market openings ought to have the best kind of training.

One can get it with the help of institution of civil engineers training courses. So, choose the best one !

Wishing you a successful career !!!

Brick Types and It's Classification

Brick Types and It’s Classification

As a part of our civil engineering blog series, here we are going to discuss regarding the various types of bricks used during construction.

Before beginning with the same, here is a useful bit of advice for you. For all those civil engineers who want to learn Revit, can join a Revit training program. It can be your add-on skill.

Now, we will focus our attention on the different types of bricks.

Bricks are broadly classified under these two categories:


  1. Burnt bricks

  2. Sun-dried or Unburnt bricks

Unburnt bricks:

Unburnt blocks or sun-dried blocks are the sorts which are dried with the assistance of heat got from the sun after the moulding process. These bricks can be utilized as a part of the construction of temporary and shabby structures. Such blocks ought not be utilized at places exposed to substantial downpours.

Burnt bricks:

Burnt bricks are produced by burning the block-mould in a furnace inside the industrial facility. These are the most regularly utilized blocks for construction activities. They can be additionally grouped into following four classes:

  • First class:

These blocks happen to be table-moulded and of standard shape and they are baked in kilns. The edges and surfaces of these bricks are square, sharp, smooth and straight. They abide to every one of the characteristics of good bricks. These bricks are utilized for superior quality work that is of a perpetual nature.

  • Second class:

These blocks are ground-moulded and they are heated in kilns. The surface of these bricks is fairly rough and shape is additionally marginally irregular. These bricks might possess hair cracks and their edges might not be sharp and uniform. These type of blocks are usually utilized at places where brickwork is to be furnished with a layer of plaster.

  • Third class:

These bricks are ground-moulded and they are burnt in furnaces. These bricks are softer and they have rough surfaces with unpredictable and misshaped edges. These bricks provide dull sound when struck together. They are utilized for insignificant and impermanent structures and at locations where rainfall is not substantial.

  • Fourth class:

These are over-scorched kind of bricks with a random shape and dark colour. These blocks are utilized as total for concrete in foundations, streets, floors and so on in view of the way that the over-burnt bricks have a compact structure and subsequently they are at times stronger than even the bricks of the first class.

Shape based classification of bricks:

The common bricks are rectangular solids. Be that as it may, here and there the blocks are given diverse shapes to make them useful for specific sort of construction activities. Here we have listed down distinctive sorts of bricks present with different shapes:

  • Channel bricks:

These sorts of bricks are formed to the shape of a drain or a channel and they are frequently glazed. These blocks are utilized to work as drains.

  • Paving bricks:

These blocks are produced using clay containing a higher level of iron. The overabundance iron vitrifies the bricks at a lower temperature. Such blocks oppose better the abrasive activity of traffic. The paving blocks might be plain or checkered. These bricks are broadly utilized for garden walks, stable floors, roadside pavements and so on. These sorts of bricks likewise render the floor less slippery.

  • Bullnose brick:

A brick formed with a rounded angle is named as a bull-nose. This kind of brick is utilized for a rounded quoin. An association which is formed when a walls takes a turn is called as a quoin. The focal point of the curved position is arranged on the long core line of brick.

Other types include hollow bricks, cow-nose bricks, perforated bricks, purpose-made bricks etc…

Thus, we acquainted you with the varied types of bricks.

Opt for one amongst the several structural engineering courses, to work as a structural engineer.

For more blogs related to civil engineering, keep visiting this page.

Engineers and Their Importance In The Present and Future !

Engineers and Their Importance In The Present and Future!

Civil engineering is an important branch of engineering. If you wish to become a civil engineer, look out for civil engineering training institutes that offer a variety of related courses. Give your career a kick start.

Today, we are going to see a few things about engineers and their importance in our present and future.

Our current world is full of machines and electronic gadgets. We’re encompassed by vehicles and products such as smartphones, computers, automobiles, scanners, tablets, 3-D printers – all of which have been deliberately designed and effectively manufactured. Each one of these bits of hardware is an artistic get together of circuitry, structure, data, information, and packaging. Who unites it all and transforms a heap of crude materials into something helpful? It’s the job responsibility of the engineers. Engineers are in charge of topping off the universe of things we live in. Each gadget we use, from a TV remote to a flight, is built by engineers.

Engineering is a unique career. It requires its own particular kind of intelligence which is unmistakable from that deployed in numerous different fields. Students who study in government, economics, communications, and different streams of study don’t utilize a similar mix of thought that successful engineers need. To be a decent engineer, you have to acquire a portion of the craftsman’s innovativeness and the accountant’s enthusiasm for details. You have to comprehend maths and programming altogether. You need confidence and the capacity to motivate yourself. Engineering draws in both the left and right sides of your brain continually. A few people simply don’t have the lovely mix of innovativeness and technical passion required for engineering. In the event that you do, you ought to unequivocally consider entering the field. The world dependably needs good engineers.
To become one, take the help of an intensive training program for civil engineering.

Our existing population is maturing and the world’s socioeconomics is shifting. Throughout the following 20 years, an entire 20 percent of our populace will be prepared to retire. Life expectancy has hopped up 30 years in the previous century. What do these numbers tell us? It implies we’re going to go up against a quickly developing section of the populace that requires care. They’ll require advanced medications and medicinal gadgets and prosthetics. They’ll require a wide range of gadgets – and software programs – to keep up with their life’s quality. It will be engineers that would design all of these things they require.

The universe without bounds will be a competitive one. Luckily, the present worldwide climate is one-sided towards contending monetarily as opposed to battling militarily. This implies diverse nations have personal stakes in making better items and more proficient infrastructures than their neighbors. They’ll require smart individuals to enable them to do it. They’ll require engineers.

The world won’t be changing because of demographic transitions alone. We can likewise expect more individuals of each age gathering. The Earth’s populace remains at 7.1 billion today; 30 years down the line, it ought to be more like 9.6 billion. In the United States, we can hope to see the populace increase by more than 120 million in a similar time span. All these additional individuals will require more structures, more infrastructure, and more transportation frameworks. Engineers will take part in making every last bit of it.

That was regarding the role and importance of engineers in building our present and future.

From the above description, it is evident that the construction and infrastructure scenario is also promising. So, civil engineers can go for civil construction training courses, that will have them prepared for the future.

Engineers, get to know your importance for the society.

What If Engineers Had To Build The Golden Gate Bridge Today?

What If Engineers Had To Build The Golden Gate Bridge Today?

With the arrival of 1870, people had understood the need of having a bridge crossing the Golden Gate Strait to link the city of San Francisco with Marin County, California. Notwithstanding, it was another 50 years before Joseph Strauss a structural engineer, presented his bridge proposition. The designs developed, and the final project was affirmed as a suspension type of bridge that wound up taking four years to build.

At the point when the Golden Gate Bridge was constructed 80 years prior, it became the longest suspended bridge on the planet. How come the structure has held up – and would we implement things any other way in the event that we were to begin building it today?

Sounds interesting! Isn’t it? Let’s have a discussion on the same…

If such civil engineering related things catch your attention and you feel inclined, you can anytime undergo a civil engineering training program and begin working in this profession.

Focusing our attention back to the topic,

What would change in today’s scenario?

With time, experts have come up with lighter materials. Utilizing fiber-fortified polymers (FRPs) instead of steel or cement is an approach to decrease the heaviness of a structure of such magnitude. This self-weight is normally in charge of spending 70 to 80 % of its resistance – that is the max load it can manage before it gives away. By decreasing it, the structure would require less strength, permitting the use of less expensive and simpler choices.

Engineers have started making use of FRP materials in bridges, e.g. the Market Street Bridge in West Virginia. FRP have used a plastic resin to blend together glass or carbon strands, which offer strength to the material. Four times lighter in weight than concrete, the FRPs turn out to be five to six times more stronger.

The damping framework could likewise be tended to with another design. The lead core based dampers utilized as a part of the development of the Golden Gate can be supplanted by more current advances that are better in coping up with flowing wind, seismic forces and the traffic. This change would guarantee that a failure, e.g. the one on the Tacoma Narrows Bridge – when wind blew the scaffold sideways, it bent and crumbled – can be anticipated and avoided.

One can expect more life span from a cable based bridge than a suspension bridge. So the portion between the supports and the shore could be more straightforward. Likewise, fabricating the towers closer to the shore, where the water bed is more shallow, would help reduce one of the principle issues when the Golden Gate Bridge was built for the first time: It’s exceptionally troublesome and costly to take a shot at the tower foundations in profound water with strong currents.

Because of large maintenance costs, a few experts have proposed rebuilding the Golden Gate Bridge in a manner that would restrict ongoing maintenance and operation costs.

With all of the above stated, the Golden Gate Bridge is as yet working perfectly fine. Indeed, even with other possible and less expensive options, nobody is actually attempting to supplant this Art Deco symbol and its trademark “international orange” paint work. The Golden Gate Bridge is closely observed to ensure it doesn’t surpass its stress range because of wind, seismic impacts or traffic. We can anticipate at any rate an additional 80 years of this engineering gem.

This was regarding building of the Golden Gate Bridge, right from scratch in today’s times.

A number of civil construction training courses are available to choose from, for aspiring civil engineers.

Best Civil Engineering Training Program

Get Certified! Get Noticed! Get Hired!

Civil engineering is an engineering discipline for the professionals which deals with the design, construction, and maintenance of the physical and naturally built environment, including tasks like the construction of roads, canals, bridges, dams, and buildings.

In the 18th century, the term civil engineering was coined to incorporate all things civilian as opposed to military engineering. The first self-proclaimed civil engineer was John Smeaton, who constructed the Eddystone Lighthouse.

Among the good training institutes in Pune that offer civil engineering training courses, CRB Tech Solutions Pune has a unique approach and offers real time and focused civil design training program. Our program is designed to transform Civil Engineering graduates into efficient professionals who will add value to the companies who hire them.

You might find other institutes of civil engineering that provide civil training courses in India, but the need to take the right decision and follow the right institute in making a bright career. We provide training from structural engineering courses for beginners to an advanced 3d max training.

About Professional Training For Civil Engineers:

Civil training courses in Pune will help you to clear your Civil engineering related concepts and thus make you an expertise in the field. CRB Tech stands amongst the best institute as civil engineering training center in Pune. This is evident from the statistic that we have provided 100% placements to our candidates and our training speaks a volume.

Hence, if you are looking for best Civil classes in Pune, for your Civil career, then CRB Tech could be your first choice. It happens to be the best civil training institutes in Pune.

Eligibility for Training and Placement Program:

Any candidate who owns a degree in the field of Civil Engineering or at the end of the day, B.E/B.Tech and even master’s degree holders are preferred and recommended for this course.

Civil Engineering Training Program Highlights:

1.Pay after getting placed

2.Learn & Earn Facility.

3.We offer LOI of clients.

4.Get Job in 3 Months.100% Job Guarantee.

5.Hire & Training Program.

6.Best in Industry.

7.Learn Directly from Corporate Trainer.

8.Tie-up with 300+ Clients.

Why CRB Tech Solutions?

  • 100 % placement guarantee on paper
  • We offer LOI (conditional offer letter) from our clients. We at CRB Tech provide LOI or you can call it a company offer letter at the beginning of the training itself. That says you have a job at hand right and you need to be sincere in your effort.
  • Placement with lifetime support for alumni and fresher
  • Best in campus drives
  • Our mentors are corporate expertise faculties.
  • Training in German language
  • Personality development training to help you in developing soft skills that will set you ahead of your contemporaries.
  • 95% practically oriented training sessions.

A Customized Training Program:

  • Detailed and expertise training is additionally offered alongside customized technical training to guarantee the general development of the students.
  • Foremost curriculum: The modules of Civil training program are upgraded and redesigned on a periodical basis by our industry experts.
  • Regular campus drives take place
  • Training in aptitude is a part of the syllabus as it enables you to successfully overcome the hardest of the aptitude tests, which you would face in the interviews.

Payment options:

Payment options for fees is flexible with the usage of either credit card or debit card.

Duration and Financial assistance: 

The duration of the training and placement program at our Java developer institute in Pune is of 4 months. The classes in Pune run for 7-8 hours on weekdays.

Talking about the financial options:

  • Loan options:

Loan and installment options are made available for payments of fees.

  • Credit Card:

Students can opt the option of EMI payment on their credit cards.

  • Cash payment:

Fees can also be paid in easy cash options.

Overview of the Syllabus:

Here is the overview of the syllabus for the Civil Engineering training program. The highlights of the syllabus are mentioned over here, which would give you a fair bit of idea regarding the course contents.


  • AutoCAD

Application: Drafting , Modeling, Architectural Drawing i.e. Structural Analysis Software

  • Revit

Application: Building Information Modeling (BIM) Software specially used in Structural Engineering and Construction Software(Instead of AutoCAD Revit is been used in Many Industries)

  • 3D Home Architect

Application : Powerful and Flexible 3D home Design

  • STAAD Pro (Structural Analysis and Design Computer Program )

Application : to analyze response of Wind, Earthquake and moving load.

  • Mathcad

Application: Numerical Analysis and mathematical operations.

  • 3D Max

Application: 3D visualization of designs.

  • Microsoft O7ce : ( Word, Power point, Excel )

Application: Generating/writing reports and creating presentations.

  • Etabs

Application : To make Big building’s designs with much ease and calculate all the moments like shear force and column moments easily.

Course for General Aptitude:

  • Percentages Profit And Loss
  • Number System
  • Simple Interest Compound Interest
  • Permutation And Combination
  • Probability
  • Number Series
  • Coding Decoding
  • Blood Relation
  • Puzzle-Based Problems

Our Placement Clients:

  • Gammon India
  • Larsen & Toubro Ltd
  • Punj Lloyd Group
  • Lanco Infratech Limited
  • GMR Group & Projects Ltd
  • Hindustan Construction Company (HCC)
  • Essar Construction
  • Jain Housing and Construction Ltd.

So, if you are dreaming for such reputed companies, you ought to Enroll today for our Civil Engineering training program. 

  • Jain Housing and Construction Ltd.

So, if We hope this article is helpful to you. Keep looking into our space for more information about civil engineering design and other trending courses.


Autodesk's Revit Architecture: The Next Thing In Building Information Modeling !

Autodesk’s Revit Architecture: The Next Thing In Building Information Modeling !

In this article, we will be seeing some information about revit architecture Revit training. So, all those interested, continue to read..

An Introduction:

Autodesk’s Revit Architecture is known to be a Building Information Modeling software tool for structural specialists, architects, contractors and engineers. It enables users to design a building and its varied components in 3D, annotate the model using 2D drafting components and get building data from the building models database.

Revit accompanies tools to plan and track different stages in the building’s life cycle, from idea to development and finally demolition.

Benefits of learning Revit:

Revit software offers tools that provide architectural design support, structural engineering, MEP engineering and construction. The fundamental purpose of Revit is particularly built for BIM to enable you to design, construct, and keep up higher-quality, more energy efficient structures. Comprehensive highlights make it a perfect answer for the whole building venture team.

Through Revit structure training, you being a designing and development professional, will have the capacity to convey thoughts from concepts to development with a planned and consistent model-based approach.

3D Intermediate Program (Production Specific Course):

The 3D Intermediate Program is one program that is useful for yearning BIM Designers who have current experience with Revit and are hoping to enhance the quality of their present portfolio utilizing the most recent rendition of AutoDesk’s Revit Architecture software. This 3D Intermediate Program is framed keeping in mind the 3DTraining’s associate architectural firms, and offers the speediest and most financially effective approach to learn in the expert abilities required to begin working in the industry.

Learning goals:

  • Visualization for making displaced construction design views; perception performance enhancement; knowledge of design ideas in a photo-realistic state, and decrease of venture cost with the use of cloud-based rendering.

  • Analysis: Building component energy research; Enhanced structural explanatory model; Duct and pipe computations to API; Physical materials for performance investigation.

  • Design: More effortlessly model, edit, and document plans of stairs and railings; parametric parts – graphical framework for design, form making; HVAC/electrical designing room shading fill designs and correspondence of design intent, visual manner.

  • Collaboration: Work-sharing – numerous users save their work to a central location; coordinated effort on shared models over a WAN; function from remote areas utilizing a local server.

Outcome of Revit Architecture training:

  • You will know how to create higher-quality, more exact architectural designs; utilize tools particularly developed to help Building Information Modeling work processes.

  • You will know how to examine Revit model for impacts between components; work with numerous users and save their tasks to a central file; team up on shared models over a WAN; channelize data management; and work from remote areas utilizing a local server.

  • You will have the knowledge of how to catch and break down ideas, and keep up your vision through design, documentation, and development.

  • You will figure out how to crop non-rectangular model zones quicker; effortlessly oversee elevation cut-line setup; display measurement values in an automatic manner; assocaite numerous components with a solitary tag; characterize geometry and position for pillars and braces; gain more prominent power of schedule organizing; get construction understanding from design models; ascertain/track nitty gritty material amounts, show totals in existing or load values, and make details from views of a 3D model.

  • You will know how to carry out building component energy examination; utilize the API to perform pipe/duct figurings; perform static investigation from the cloud; create/deal with the structural analytical model; consequently upgrade your model with examination comes about; and enhance BIM-based building execution work processes.

  • You will know how to dock dialogs in a solitary window; all the more effectively demonstrate, alter, and archive designs; put air terminal gadgets on duct faces; confine angles for duct, pipe, and cable tray; cap open finishes of pipe or duct content rapidly; rebar placement imperatives customization; gain control over rebar placement; and get more rebar choices when modeling.

That was about Autodesk Revit training and other related information. Check out Revit MEP course details, if you are interested in pursuing one.

A STAAD Pro Course Is A Must To Become A Structural Engineer

A STAAD Pro Course Is A Must To Become A Structural Engineer

Details about STAAD Pro:

STAAD is nothing but Structural Analysis And Design. STAAD Pro programming is broadly utilized as a part of the structural analysis and designing structures – towers, buildings, bridges, transportation facilities, utility and industrial structures. Designs can include building structures incorporating culverts, petrochemical plants, bridges, tunnels, piles; and construction materials such as timber, steel, concrete, aluminum and cold-formed steel.

Considered to be amongst the most popular structural engineering courses.

How does STAAD Pro help?

STAAD Pro software enables structural engineers to automate their undertakings by evacuating the repetitive and lengthy procedures of the manual methods.

The need to learn:

STAAD.Pro happens to be a structural analysis software that accompanies an adaptable modeling environment, advanced features, and smooth data collaboration. It is the world’s numero uno structural analysis and design software that backs Indian and every single global code.

STAAD.Pro enables structural engineers to dissect and outline for all intents and purposes any sort of structure. auxiliary specialists, divisions in development organizations, proprietor/administrators, and government offices, and seaward stage fashioners’ utilization this product broadly.

STAAD.Pro design software gives options to structural engineers to dissect and design for all intents and any sort of structures. Departments in construction companies, proprietor/administrators, structural engineering firms and government offices etc .and offshore platform designers’ make use of this software broadly.

Topics covered as a part of this course:

Usually, the following features are covered as a part of this course:

  1. Model Generation:

Interaction based menu-driven model creation with concurrent 3D display 2Dand 3D graphics creation utilizing rectangular or polar coordinate frameworks Segments of redundant geometry used to produce complex structural models.

  1. Model Verification:

On screen 3D/2D drawings and in addition to plotter/printer Full 3D shapes for outlines, components Isometric or any rotations for a full 3D view.

  1. Secondary Analysis:

Limited component capacities, concrete design, steel design and timber design. Displacements and forces at portions between nodes. Minimum and maximum force envelopes.

  1. Static Analysis:

The 2d/3d analysis in view of state-of-the-art Matrix strategy to deal with a substantial degree of the job. Linear, analysis of p-delta, non-linear examination with automatic load and stiffness amendment.

  1. Seismic/Dynamic Analysis:

Mass modeling, extraction of recurrence and mode shapes Response spectrum, time history examination Modal damping proportion for individual models.

You could also get hands on training on the STAAD pro latest version.

Benefits of learning :

Here are some ways in which you can benefit post learning STAAD Pro.

  • You will come to know how to have isometric and point of view perspectives and 3D shapes.

  • You will be aware how to design concrete structures like columns/beams/slabs/footings according to the international codes.

  • You will get to learn how to generate text/graphics input

  • You will come to know how to execute flexible zoom and numerous views.

  • You will have the knowledge on how to perform code check, member selection and optimized part selection comprising of design/analysis cycles.

  • You will know how to utilize built-in command file editor and straightforward command language.

  • You will learn how to finish complete object-oriented instinctive 3D/2D graphic model creation.

  • You can learn how to do effective algorithm that limits disk space prerequisites.

  • You will have the knowledge to perform exact and numerically productive plate/shell component consolidating out-of-plane shear and in-plane rotation; program element mesh creation; complete component stress yield incorporating in-plane stresses, out-of-plane shear, bending and main stresses at nodal and also user indicated focuses.

  • You will come to know how to utilize pull down menus, drifting toolbars, tool tip help.

  • Get to know how to take presentation quality printer plots related to geometry and results as a major aspect of run yield.

  • You will figure out how to accomplish user determined design parameters to alter the design.

That was about the STAAD Pro Course. You can also undergo professional training for civil engineers, it would also help you get a job.

Here Comes Indias First Ever Underwater Metro Train

Here Comes India’s First Ever Underwater Metro Train !!!

A proud moment for all of us Indians!

Guess what?

A first timer; India’s underwater metro train tunnel below river Hooghly !!!

Before getting into the details of it, for those interested in pursuing a career in civil engineering, join a civil engineering training center.

Back to the news,

The first occurrence in India, the two parallel 520-meter underwater passages will connect Salt Lake Sector V in Kolkata with the Howrah Maidan which lies across the river, being instrumental in Rs. 8,900 crore East West Metro Project prior to the end of July 2017. The project making use of a gigantic Tunnel Boring Machine (TBM) has just started on the bed of the Hooghly River. The passages are being burrowed at a profundity of 30 meters underneath the Earth’s Surface and 13 meters beneath the waterway bed. Out of the 16.6 Km East West Metro course, the tunnels will relate to a 10.8 km underground extend, alongside a lifted passageway that will extend to 5.8 km in length.

The metro rail will travel at a speed of 80 km per hour. Commuters plying on the route of Mahakaran and Howrah metro stations will remain below the river for a minute’s time when the metro rail will go through this under-waterway passage. Of the 16.6-km course of the East-West Metro venture, the underwater portion covers 10.6 km, of which 520 meter is below the river. Almost 10.8km of the aggregate rail line will be underground, including the 502m submerged passage.

Satish Chandra, who happens to be the managing Director of the Kolkata Metro Railway Corporation Limited (KMRCL) had said that according to their hopeful gauge before the end of May or the first week of June this year the first under-waterway passage of India will be finished. One tunnel digging machine is now under the water and the second machine will likewise begin work before the finish of May. Both the passages will be finished by July.

The submerged passage is a vital connection for the railroads’ 16.6-km long East-West Metro venture in Kolkata.

The East West Metro development was initially booked to finish by 2012. However, confronted a few deferrals, essentially because of land allocation, course alignment, and issues identified with slum migration.

KMRC will go about as the administrator for Line 2, which otherwise is called the East-West Corridor.

Financing for the venture has been given by the state government (30%), Japan Bank for International Cooperation (45%) and the Union Urban Development Ministry (25%).

The burrowing work began in April a year ago and liable to be finished in the river segment without further ado, a senior railway ministry official stated.

KMRC built up the East West Metro in a joint effort with an Indo-Russian joint venture known as Afcons Transtonnelstroy.

Excited to travel underneath a river? That too in India itself? Now you know as to which place to head.

Join civil training courses to become a trained civil engineer. All the best !!!

All About Rain Water Harvesting

All About Rain Water Harvesting

Civil engineers play an important role for the welfare of society at large. To become one, attend a training program for civil engineering.

With rainy season underway, today we are going to talk about rain water harvesting.

What is this concept called rain water harvesting?

Rain Water Harvesting is a technique of amassing and storing rainwater, for reuse. As we are aware, water is the purest form we get. We can use this water for different purposes after the essential decontamination process according to the requirements. This framework can be a blessing in locales where there is deficiency of water. This issue is common in the big cities. Consequently, rainwater harvesting can be extremely useful in such locales.

Importance of this technique:

  • Recharging groundwater

  • Drinking water supply

  • Seawater ingress reduction in coastal areas

  • Water conservation

  • Irrigation water supply

  • Storm water discharge reduction along with urban floods and sewage treatment plants overloading

Purpose of rainwater harvesting:

On a broad basis, rainwater can be harvested for two reasons-

  1. Recharged in the ground for future use (groundwater recharge).

  2. Rainwater storage for ready use in containers below or above the ground.

Click Here to Read More about : How To Transform Solar Energy Into Power ?

What to do? Store rainwater or recharge?

The choice of whether to store or recharge rainwater, relies upon the pattern of rainfall and the possibility to do as such, in a specific region. The sub-surface topography likewise assumes an essential part in settling on this choice.

For instance, Rajasthan, Delhi and Gujarat where the aggregate yearly rainfall happens amid 3 or 4 months, are cases of regions where groundwater recharge is generally preferred. In places such as Kerala, Tamil Nadu, Mizoram and Bangalore where rain falls all round the year except for a couple of dry periods, one can rely upon a little measured tank for storing rainwater, since the period between two spells of rain is shorter. Wherever sub-strata is impermeable reviving won’t be plausible. Thus, it is perfect to settle on storage.

In areas where the groundwater is saline or not potable, the substitute option could be that of storing water.

Post generalizations, the necessity oversees the choice of water collecting system. For instance, places which has a set number of rainy days as that of Ahmadabad, Delhi, rainwater storage tanks, called as tankas, are utilized to store rainwater even today in neighborhoods, hotels and temples.

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Methods or rainwater harvesting:

Rainwater harvesting can be carried out utilizing distinctive techniques. It might take after surface harvesting strategies or rain water gathering techniques which are clarified underneath:

  • Storm water drains:

The vast majority of the residential areas have legitimate system of storm water channels. On the off chance that looked after perfectly, these offer a straightforward and financially savvy method for gathering rainwater.

  • Roofs:

Under this strategy, housetops are utilized for gathering the water. In the event that buildings with impenetrable rooftops are as of now set up, the catchment area is viably accessible for free and they give a supply at the point of consumption.

  • Bodies of water:

The capacity of tanks, lakes and ponds to store water is massive. The gathered rainwater not just exclusively be utilized to meet water necessities of the city, it additionally recharges the groundwater aquifers.

  • Both unpaved and paved areas such as open fields, landscapes, parks, storm water channels, streets and footpaths and other open regions can be viably used to gather the runoff. The primary benefit in utilizing ground as a gathering surface is that water can be gathered from a bigger area. This is especially beneficial in locations of low precipitation.

Rainwater harvesting is the need for today and maximum number of people should take to it.

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Click Here to Read About : Green Roof & it’s benefits


Top 7 Civil Engineering Software: Civil Engineer Must Know

Working as a civil engineer? Here are top 7 civil engineering software, you should be aware of.

The greater part of Civil Engineers is eager to know about the choice of the software they need to learn. What number of and what sort of software they should know to end up being a good civil engineer? On the off chance that you are one of them, at that point you are in the right place – simply prepare your checklist and start your journey this very moment!

Here’s your civil engineering software list:

1.AutoCAD and Google Sketchup:

The most powerful asset to express your creativity is to note down, to attract or to plot them. However, in each of the cases, you should have a tool and a way to indicate what you think. Same is in case of AutoCAD, certainly, it is the most mainstream software in the Architectural world, however, has an indistinguishable significance for the Civil Engineering likewise. As your creativity for structures initially turns out from the Layout, Plan, 2D and 3D Views which are made most broadly with none of the other, however, AutoCAD.


SAFE is considered to be the ultimate civil design software in order to design concrete floor and foundation frameworks. Right from confining layout completely through to detail drawing generation, SAFE incorporates each part of the engineering design process in one simple and instinctive environment. SAFE offers unmatched advantages to the engineer with its genuinely extraordinary mix of power, detailing capacities, and convenience of use.


The civil engineering software for accurate design of roads:

As claimed by the executives of Bentley MXROAD;

Bentley MXROAD happens to be an advanced, string-based modeling tool that facilitates the fast and exact design of all road sorts. With MXROAD you can rapidly make design options to accomplish the “ideal” road network. Upon choosing the last design elective, MXROAD mechanizes a significant part of the design detailing process, sparing the user time and cash.

4. SAP 2000:

The grids offered by SAP makes it less demanding to make the geometric input than with the StaadPro or some other software of a similar kind. Dynamic analysis is more grounded in SAP2000 for instance tremors force applied in any direction, programmed lumping of masses for earthquakes, live load reduction, Eigen modes, bridges transient loads and Ritz models and so forth. It enables creep and shrinkage of concrete. Its capacity to unravel heterogeneous soil-structure interaction simply separates it from others.

5. Primavera Project Planner:

Primavera has on offer, best-in-class solutions concentrated on the mission critical PPM prerequisites of key vertical enterprises including construction and engineering, public division, aviation and defense, utilities, oil and gas, high tech and manufacturing, and IT and administrations.

This solution is relied upon to enable organizations to streamline assets and the supply network, diminish costs, oversee changes, meet delivery dates, and at last settle on better choices, all by utilizing real-time data.

6. Mathcad:

Mathcad from PTC®, the product development company, is the business standard software dedicated to engineering calculations. It’s anything but difficult to-utilize live mathematical notations, effective capacities and open architecture permit engineers and associations to streamline vital design processes.

Mathcad offers calculations, content, and images in a justifiable format, empowering knowledge catch, reuse and design check which brings about enhanced product quality with speedier time-to-advertise.

Mathcad gives you a chance to solve, break down, document and share your calculations effortlessly.

7. Microsoft Office:

There is no compelling reason to clarify that how imperative this product is. Clearly, none of the individuals can begin his profession particularly office work without knowing the significance and ease of use of Microsoft Office products such as MS Word, MS Excel, MS PowerPoint, and run down go on. On the off chance that you need to end up being a good Civil Engineer, your best most decision for a software ought to be Microsoft Office.

If you like this article of best civil engineering software then get in touch with us for more related topics at Civil Engineering Career They would come in handy….

You can have a promising civil engineering career with numerous civil engineering govt jobs on offer. We wish you all the best !!!