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Course Name: Steel

Course ID: 01

Objective Text: For an excellent career in MNCs, (specially Oil & Gas Industries, Power Plant Industries and other Industrial Structure Design Companies), It is extremely necessary to be proficient in Steel Structure Design.

Accordion Content:

01. Industrial Concepts - Shear & Moment Connection, Fixed and Pinned Support

This course begins with getting the knowledge on - How to identify the connection type? How to identify the support type? What is the concept of load transfer from these connections and supports? The Demo Session for this topic explanation is available on YouTube at https://www.youtube.com/watch?v=s6NlqFSlQRw&t=1s&ab_channel=EZENGINEERSPVTLTD. This will also help you to experience the quality of our training.

02. Stability of the Structure

In this module of steel structure engineering, you will understand in detail - the stability of the structure. What are the different configurations to make the 3D structure stable about all axes? This is applicable for Oil & Gas Industries, Power Plant Industries, Manufacturing Sheds, and other various Industrial Structures.

03. Compression & Tension

We need to understand, especially for Horizontal loads, which bracings will be in compression and which one in tension. In this module of the steel structure course, you will get an actual feel of these forces as this is demonstrated with unique props.

04. Bending & Buckling

In this module, you will get an idea about What is the difference between bending and buckling and how does it affect the design steps of different members?

05. Vertical Bracing & Plan Bracing - Location, Direction, Distance, Numbers, Behaviour, Tension/Compression, Reactions

This is a very important aspect of Steel Structure Design. Also, this helps to clear the interference issues with other disciplines. For example, if there is a pipe interfering with Bracing, whether we can relocate the bracing or not, what will be the effect on foundation design, and so on. Many engineers struggle on this topic even after years of experience. In this module, this complicated topic is covered with demonstration through unique learning models.

06. Orientation of Columns, Location of Shear connections, and Moment Connections

We need to decide the column orientation depending on various factors. Also, we need to decide on – where to put which type of connection. A small error in this concept can cause the total failure of the structure.

07. Minor Axis Buckling, Direction of Support Fixity, Axial Stiffness & Bending Stiffness

The load transfer mainly depends on the above parameters. Without knowing these conceptually / thoroughly, one cannot be a good Steel Structure Engineer.

08. Major and Minor Axis for different cross sections

In this module, you will learn to identify axes for different shapes of cross-sections.

09. Force Transfer Mechanism in Vertical Plane & Horizontal Plane

In this module, we will learn how the force transfer concept works. For example, there is a horizontal load at any point, so from which bracing, from which beam, from which connection, from which column it will transfer, and finally it will reach which foundation. This understanding will help us in the optimized layout of structures.

10. 3D force Transfer Mechanism for Pipe racks, Sheds, Foot Bridges, Technological Structures, Temperature Effects

In this module, we will extend the learning of the above module for various Industrial Steel Structures like Pipe racks, Technological Structures, Oil & Gas Structures, Power Plant Structures, Sheds, Foot Bridges, etc.

11. Orientation of Columns with Bracings in both planes

Affecting parameters for Column orientation when bracings are in both planes, is completely different. In this module, you will get knowledge of that.

12. Direction of Bracing in Truss, Short cuts to calculate the value of Forces in Truss members

What will be the optimized pattern of Truss in Pipe bridges, footbridges, roof trusses, etc. especially for Industrial structures including Oil & Gas Industries, Power Sectors, and others? In the current module, we will focus on the same.

13. Pattern of Vertical and Plan Bracings, Orientation of Cross Bracings

Similarly, what will be the optimized pattern for vertical bracings and plan bracings in Steel structures especially for Industrial structures including Oil & Gas Industries, Power Sectors, and others? In the current module, we will now focus on that.

14. Concept of Partial Structure Layout Finalization before Foundation Design

Whether bracing location or bracing pattern or bracing bay can be changed if the foundation is already designed. Many of such practical frequent issues will be covered in this module. This type of issue is quite common in Oil & Gas Industries, Power Plant structures, material handling plants, etc.

15. Concepts of Effective lengths for Buckling and Torsional Buckling

In this module, You will learn various concepts of Effective lengths about the major axis, minor axis, effective lengths for Buckling and Torsional Buckling, etc.

16. Design Concepts of Axial Member, Flexural Member, Combined Stresses

After learning all the above concepts, it’s time to design the member. In this module, you will learn the preliminary concepts of steel structure design.

17. Project Drawings, Standard Drawings, Project Calculation Reports, Project EXCEL Templates

You must know various project documents, types of 3D models, who prepare them, at what stage they will be made, and what they contain. A detailed Answer to all these queries will be provided in this module.

18. Demonstration of Mola Models and Wooden models

Of course, this course is not for the sake of getting one certificate, but this is to transform the understanding, to get the feel of structural engineering, to transform the career. Hence, all the above learnings have to be accompanied by various prototype models, mola models, wooden models, foam models, etc., to grasp the understanding uniquely and excellently.

19. Qualitative Analysis for Beams & Frames – BMD & Deflection Curve

It's almost like an unsaid corporate Rule, “Interviews for MNCs (specially Oil & Gas Industries, Power Plant Industries and other Industrial Structure Design Companies) are not over until the discussion on BMD.” The shortcuts and quick practical way to draw BMD is covered in this module.

20. EZ Assignments & Site Visit

You will be given enough Assignments to check yourself whether you are now well acquainted with all the above learnings or not. You will also be taken to Industrial Structures to have a final look at the various elements of the structures.

RCC Structures are equally important in the Industrial Structure Field. For the excellent career in MNCs, we need to be proficient in RCC Structure Design also as many structures housed in Industrial blocks like Pump Houses, Admin Buildings, Production Units, Control Room, Substation buildings are made of RCC.

01. Tang Chart & Moody's Chart

Very few engineers know about these charts. The former is used for designing footing under tension, and the later for Plate bending with different support conditions. We are going to study both of these charts along with its application.

02. Base Plate, Anchor bolt & Shear key (Concepts)

We need to understand how the load transfer takes place in Base Plate and Anchor Bolts. How to transfer load on shear key without affecting the bolts.

03. Footing Optimization based on Governing dimensions in different Failures

Based on all the calculations mentioned above, we need to optimize the foundation dimensions, be it width, be it length or be it thickness. Just getting the factor of safey of 1.5 or giving more reinforcement will not serve the purpose.

04. Philosophy for Shear key in Footing, Development Length

Looking at nature of Industrial Projects, we need to understand where to provide development length and where to curtail it. We should have knowledge on application part of shear key below footing also.

05. Design of Footing including One-way & Two-way Shear Checks

The foundation need to be designed for total 4 Bending moments – Top/ Bottom/ Plan X-dirn / Plan Z-dirn. Then it need to be checked for one way shear in both directions and also for punching shear for the reactions we got from STAAD/ ETABS superstructure model.

06. Pile Group Analysis

One must have knowledge on How to calculate the load in each pile due to vertical load on Pedestals along with Bi-direction Moments.

07. Location of Main reinforcement, anchor bars, stirrups, hooks

Design your academic time period, You may have learned many of such topics from theory point of view. But there are several practical concepts related to these topics, which someone can learn while working on actual Huge Industrial Projects only.

08. Rebar location for all type of structures (Inside/Outside, Main/Distribution)

Engineers always get confused on which bar should be at bottom and which above in footings, slabs etc. Similarly which bar should be at front and which behind for pits, cantilever retaining walls, retaining walls with buttresses etc. Let’s understand this in detail along with its logic.

09. Suspended and Grade Slab

The suspended slabs are in bending, Grade slabs are in bearing. Accordingly we need to understand its applications.

10. Under & Over Reinforcement, Balanced Section

Conceptually, How we need to deal with this sections, let's understand in a unique way.

11. Singly & Doubly Reinforced Beams

Practically, where we should emphasis which type of beams, how we will take decisions based on project constraints, let's go through it.

12. Resonance Basics

We should know at least the basics of this term, what’s the definition, how it impacts our structures, what’s its application in our Structure Engineering, etc.

13. Active & Passive Pressure, Pressure at Rest

We need to understand not only the definition of these terms, but also the application part, that means for Design of RCC pits, retaining walls, anchored walls, underground tanks, which pressure shall be used where for the Analysis.

14. Hydro Static Pressure

This need to be understood conceptually as there is huge application in design of Industrial RCC Structures.

15. Calculation of Force and Moments

Along with all these pressure concepts, we must understand the crucial calculation part also to find the Force and Moment values on pit walls/ Retaining walls.

16. Net SBC & Gross SBC

Apart from Definition, Many engineers have confusion about this- specially, while checking it with Base pressure given in Geotechnical Reports. We need to understand this thoroughly.

17. Stability Checks

One must have thorough knowledge on all the stability checks in Industrial foundation design. As based on this only, we need to optimize the foundation dimensions, be it width, be it length or be it thickness. Just getting the factor of safey of 1.5 and thus making the foundation safe will not serve the purpose.

18. Base Pressure including Direct & Bending Theory

This theory will be used in finding bending stresses, base pressure below footing, pressure below base plate and at many other places. We need to know this along with its application part.

19. Axis Concepts - Symmetry, C.G., N.A

Let's clear this concept so that we can understand further the application part of it in analysis and design of various elements.

20. Basic Parameters, Design of RCC Beam, Shear Design

The detailed Limit state design philosophy will help to design RCC Beam, Slab, Footing, Walls and many other elements. This is soul topic of RCC design.

21. Reinforcement Percentage: ptact, ptlim, ptrequired

So many times, engineers gets confused on these terms. Let's clear it thoroughly along with its application part.

22. Excel Design Templates

In actual projects, all the calculations are performed in Excel Design Templates. Let’s have look on different RCC templates used in MNC projects.

23. Loads & load combination

The load combinations is a crucial topic. We need to specially emphasis on the decision – where to use factored combination and where to use unfactored combinations.

24. Codes IS 456, Tables from SP 16, SP-34, IS 1904

Codal provisions for loading, load combinations, detailing, design criteria etc. is basis for structure engineering. This can’t be skipped at all.

25. One-way & Two-way Slab Concepts

Only Ly/Lx ratio is not the whole thing we need to know. We need to understand the placement, concepts, bending etc. for this.

26. Type of Company/owner/EPC/PMC/Vendors, Work philosophy for Industrial Structures

When you are in Interview cubical of a company, you must know in advance what does that company do? What is their work profile? Whether they are doing Consultancy, PMC, EPC, Contractor, Fabrication or anything else so that you prepare yourself accordingly and you know if you get selected what kind of work you will be doing there.

27. EZ Assignments

You will be given enough of Assignments to check yourself whether you are now well acquainted with all the above learnings or not.

Course Name: StaadPro

Course ID: 03

Objective: STAAD Pro Connect offers you a flexible solution to cover all your structural engineering needs from the foundation to superstructure, from RCC to Steel, even including finite element analysis and design.
But as you know, STAAD is a strong Analytical Software, And Learning an Analytical software is not merely learning the modelling, geometry, defining the loads or view the analysis results. You need to actually absorb various critical concepts of this Analytical Software to use it correctly on Giant projects of Oil & Gas Industries, Power Plant Industries, Process plants, Manufacturing Units and other Industrial Applications.

Accordion Content:

1. Coordinates, Nodes, Beams, Grid System
All these geometry commands form the basis of 3D modelling. We should have enough of practice on these commands.

2. Views from different sides, Pan, Rotate, Zoom in & out
This will help you to have different views and to handle the model.

3. Translation Repeat, Circular Repeat Command, Mirror
Repeat commands will help in modelling of repetitive elements and circular command will be specially helpful in circular structures like aerator, circular tanks etc. Mirror will help in having reflected geometry.

4. Intersect Selected members, Split beams
These are special commands for specific use of creating nodes in between.

5. Full Section & Outline Command, Help
These are options to have a look on cross-section profiles of the members. You must know how to use HELP of this software to understand the various commands effectively.

6. Dimension command, Input & Display units
Dimensions - This will help you to measure different elements. Input and Display units - This is a very crucial command; one can be changed many times and the other not at all.

7. Select Menu, Other Select Commands
This will help you to select the desired elements swiftly with a variety of options.

8. View Options, View Selected, View Management
This will help to manage what should be seen on screen & what not.

9. Renumbering
If the elements are properly renumbered, this will help to work quickly on software.

10. Create Groups, Select by Group Name
Grouping once defined will help in quick selection and assignment of various commands.

11. Assigning Methods, Different Pallets, Toolbar buttons, Keyboard shortcuts
Assigning of various commands to specific elements will be handled with this command. Also, you need to know various keyboard shortcuts to work quickly on software.

12. Concepts of Global Axis, Local Axis
Knowing global and local axes is not enough, we also need to know the detailed concepts of these axes and application part of these, as without this we cannot study the OUTPUT file. Not only for beams, columns or bracings, we also need to understand the axis of plate elements.

13. Redefine Incidence, 3D Rendering, Cut section, Text
Many times we need to switch the start and end joints. We need to put some Text on Display for Temporary time. We need complete 3D view many times. All these will be covered in this part.

14. Structure Options, Set Structure Colours, Labels, On/Off Individual Labels
These are some options to customize your STAAD environment along with control on element information visibility.

15. Structure wizard, Section Wizard
Many geometries are readily available in STAAD Pro. Let’s learn about that.

16. Checks for duplicate, orphan, multiple, warped plates etc.
Geometrical mistakes can be caught up with this command in STAAD Pro.

17. Member Specifications - Releases for Shear connections, Moment Connections, Bracings, Truss Specification, Offsets etc.
As a Structural Engineer, you must know how to define and assign Releases to different members. Releases need to be defined at each and every connection. Not only that, we need to understand what is the meaning of these releases. What does it mean if we release FX, FY, FZ, MX, MY or MZ or even there may be combination of these – say release MY and MZ both. What does this imply and w.r.t that, how do we achieve these releases of various forces and moments at the actual site for RCC as well as for Steel Structures.

18. Support Specifications - Fixed, Pinned, Fixed about one axis and pinned about other Axis
Similar to Releases, we must know what does it mean if we fixed the foundation about one direction and release about other. Otherwise, in academics we learned only about pinned and fixed supports. We may release FX, FY, FZ, MX, MY or MZ or even there may be a combination of these in support releases – say release MY and MZ both. What does this imply and w.r.t that, how do we achieve these releases at actual site in Base Plate and Anchor bolt arrangements.

19. Loading - Point loads, Nodal Load, Member Load, UDL, UVL, Floor Loads, Load combinations
We will cover various types of loading and load combinations along with its Industrial application and example.

20. Quick commands, Pin to Quick access
Project Schedules are always running short of time. Let’s understand these commands to help this situation.

21. STAAD Editor in Details
Do you know? Most of the Professional engineers prefer STAAD EDITOR as compared to STAAD Graphics for quick and smart work. We must know the syntax of many of the graphics commands to serve the critical project schedules.

22. Run analysis, Errors, Warnings, Notes, Alerts
RUN ANALYSIS is not the final step. We also need to learn about the numerous errors and warnings which we encounter and also how to resolve the same.

23. Post Processing, Output file, View value command, Tables
While working on actual projects, you come across, numerous results such as reactions, axial forces, shear forces, bending moments, torsion values, deflection of nodes and beams, base pressure etc. So, we need to know all these in detail and how to extract required reports from this.

24. Results, Reports, Summary, Envelope, Capture Images
We have to understand the thin difference between summary & Envelope and their application in Industrial projects.

25. Steel Design Parameters - MAIN, LY, LZ, LX/UNL, DJ1, DJ2, DFF, TRACK
Parameters like LY, LZ, UNL, MAIN, DFF, DJ1, DJ2 are of utmost importance in STEEL Design. We cannot design a single tiny structure without having knowledge of these parameters and its applications. Literally, there is no meaning of learning STAAD, if we do not have detailed knowledge of Design Parameters.

26. RCC Design parameters - CLEAR, ELY, ELZ, FYMAIN, FYSEC, TRACK
Similarly, Parameters like CLEAR, ELY, ELZ, FYMAIN, FYSEC, TRACK are of utmost importance in RCC Design. We cannot design a single tiny structure without having knowledge of these parameters and their applications.

27. Output Study for RCC Beam & Column Design, Output Study for Steel Member Design
While designing the structures, we need to understand STAAD output in detail. We need to interpret the design results, permissible stresses, deflection values, and most importantly the impact of all design parameters on the STAAD output.

28. Interaction Ratios, Structure Optimization
This Interaction Ratio decides the member size, it decides the cost of the structure, it decides the efficiency of the Engineer rather. This is an extremely important factor for a Structural Engineer which decides Structure Optimization.

29. Design Steps - Load list, Check Code, Design Beam/Column, Material Take off
Complete steps for the design of an element of a structure need to be learned and then followed in all projects. Let's go through it.

30. Sequence of Steps in Complete Structure Modelling
Let's understand the sequence of all steps, geometry-loading-analysis-design etc.

31. Wind and Seismic Loading - Preliminary
Designing the structure for environmental load cases is a very critical aspect of the design.

32. Plate modelling, Orientation of plate axes, Generate plate mesh, Plate Loading, Hydrostatic loading, Pressure loading, Plate supports, Plate stresses, Base Pressure Diagrams, Reinforcement Details
Which means modelling, loading and analysis of plate elements for Retaining walls, slabs, pits, foundation etc. We also need to interpret the moment values for different direction reinforcement areas.

33. EZ Assignments
You will be given enough Assignments to check yourself whether you are now well acquainted with all the above learnings or not.

Course Name: Expert

Objective Text: Now it's time to get expertise, to go beyond the expectations, to expand our knowledge to extremely higher levels, so that not a single recruiter can resist himself for selecting you for the post of STRUCTURE ENGINEER. Even your resume ought to be so impressive that it is selected out of thousands of resumes. This is actually an exclusive course for Engineers who want to build an excellent career in fields like Oil & Gas Industries, Power Plant Industries, Process Plants, Manufacturing Units and other Industrial Structure Design Areas. It's now time for deep dive in calculations, codes, detailing, concepts, design procedures, and lot other things.

Title: Crash Course 1

Days: 3 days

Description: ADVANCED STEEL STRUCTURE CONCEPTS

Sub-description: (Content same as ez course No.1)

Note:

Title: Crash Course 2

Days: 10 days

Description: EXPERT INDUSTRIAL STRUCTURE ENGG.

Sub-description: (This Crash Course covers most of the crucial topics from Advanced RCC Structure Concepts, STAAD Pro & Expert Course - EZ Course No. 2,3 & 4)

Note: (We will not cover simple commands like geometry, modelling, loading etc. in STAAD. We will cover advanced level commands mentioned here with detailed concepts and application which are not known to many of the working engineers)

Rahul Prajapati

Vadodara, 6 years experience

Enrolling in EZ Institute's structural engineering course was a game-changer for me. As a college professor seeking a career shift, the comprehensive curriculum and expert guidance provided a seamless transition. The hands-on approach and personalized support made complex concepts accessible, Highly recommended!

5x

Salary Hike

College Professor

Structural Engineer

Manorama Mishra

Vadodara, 7 years experience

EZ Institute shattered barriers for me in the structural engineering realm. Despite initial obstacles as a woman, their course empowered me with knowledge and skills. Now, proudly placed at L&T, I owe my success to EZ's inclusive education and unwavering support.

3x

Salary Hike

College Professor

Structural Engineer

Dhrumil Gandhi

Vadodara, 3 years experience

When reflecting on the decision to enroll in the course, it feels like the right choice. My appreciation goes to the EZ team for adeptly simplifying the dissemination of structural knowledge in a highly professional manner.

2x

Salary Hike

College Professor

Structural Engineer

Salman Ashraf

Kolkata, 1.5 years experience

Satish Sir's teaching methodology, which involves practical demonstrations, adds a captivating dimension to the learning experience, making seemingly intricate topics remarkably accessible. Thanks to EZ training, I found myself well prepared to navigate and succeed in my interview at TCS.

2x

Salary Hike

College Professor

Structural Engineer

Kartik Valand

Noida, 6 years experience

I extend my heartfelt gratitude to you for imparting invaluable knowledge during the EZ training. Your guidance has proven instrumental in my recent success. Despite a requirement of 3-10 years of experience at the TOYO MNC walk-in interview, I am thrilled to share that I secured the position with just 1.5 years of experience.

5x

Salary Hike

College Professor

Structural Engineer

Shital Vijay Kokitkar

Pune, 10 years experience

I consider myself incredibly fortunate to be a STRUCTURE ENGINEERING TRAINEE at EZ, where I have received invaluable support in achieving my career goals. My gratitude extends to Satish Sir and the entire team for their exceptional guidance and assistance in my professional journey.

5x

Salary Hike

College Professor

Structural Engineer

Jay Chauhan

Vadodara, 6 months experience

The acquired knowledge has not only empowered me to successfully navigate interviews but has also paved the way for commencing my career as a structural engineer with a multinational company.

5 LPA+

Salary

College Professor

Structural Engineer

Seema Gupta

Vadodara, 4.5 years experience

EZ's examples on how structures bend, their stiffness, brace placement, and building connections were impressive. Their engaging teaching style was a pleasant surprise. I'm thankful to Satish Sir for helping me secure a position at Airproducts.

2x

Salary Hike

College Professor

Structural Engineer

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