PG Diploma Steel Structure & BIM Technology

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START:

September 16, 2024

DURATION:

8 Months

ID:

A03

CREDIT:

INSTRUCTORS:

STEEL STRUCTURE

Working department

Address

Online/Live/E-Class Room View map

POGRAM OUTLOOK

PD Diploma in Bridge Design & Analysis is a full flange training program which enable you to pursue your carrier in different technical positions. Due to technical advancement in Design and engineering worldwide professional qualification are not satisfying current MNC company job demand, So STRUCTUREX Department of corporate training design this course for Professional, Fresh Graduate and Technical Specialist. Real challenge for engineers and technical specialist are increasing day by day due to project complexity and environment factor, by adapting data driven technology this course enable you to accept that challenges.

Bridge Design and engineering is one of the adventures and challenging field in human Mankind. World wide there are many of iconic bridge structure, so in this course we will do case study of iconic bridge structure. Computational Engineering and design enable us to design and build most efficient engineering model ,their parameter is driven by Visual programming language with FEA and Solid element based software. Cloud based remote workstation and working in a team will give you real exposure.

E-Class Room/ Live Session

100% Live classes ( Got some of the finest instructor’s in the industry)
Doubt Clearing Session (In-class. Post Class. Revision/Clarification on any topic
Best completion rate- 85%, Guiding. Mentoring, Motivating you to attend the classes, clearing your doubts, solving assignments, practice problems.
Recording of Live Class to Download
Access of e-library

Explore your career in

Structural Engineer
Structural Design Engineer
BIM Modeler & coordinator
Structural Detailer

Excellent Outcome

Latest Technological Advancement
Future Proof Career
Adaptation of world best technology for engineering consulting
Get Into MNC Company

Certification

PG Diploma in RCC STRUCTURE & BIM TECHNOLOGY
8 Month Experience Certificate
Project Certification
Letter of Recommendation

Technical Features

Concept + Multinational environment (IS+ASCE+BS+UBC+FEMA and others) + Tools and Software
20+ Assignment
10+ Project
Live Project
Software training basic to most advance
Project Workshops

Program methodology

Engineering skills and Technology ! Whole course content with concept, engineering theory code provision and Tools(software). We give same importance for all the steps involves throughout the projects. Like Concepts design, Engineering Design, Management and Automation.

Program Module: 01

Module: 02 Building Information modelling (BIM)

Tools and software : Trimble Tekla Structure

Understanding interface of Tekla Structure and using their tools

Edit: Grid, Point, Construction Object, Batch Editor, Copy and Move Command, Measure, Poly cut, Line Cut, Part Cut, Fit part End, Split, Combine, Chamfer Edge,

Views, Creating Views, Working with views, Different type of views, Clip Plane, Work Area, Render all view, Erase Temporary Graphic, Different work plane, Rendering, Visualizer,

Switch to3D or plane

Navigation: Rotate with mouse, set view point, Pan, Screenshot

Steel Framing: Column, section properties, Beam, Problem, Curved Beam, Twin profile, special beam, plate, creating bent plate, creating conical bent.

Bolt: Bolt modelling profile

Weld: create weld b/w point, create polygon weld,

Assembly

RCC Framing: Column beam, Panel, Slab, Footing, Item, Cast Unit, Reinforcement

Application and Component :Precast, Steel Detailing, Reinforcement Detailing, Define custom component, Import custom, Edit Custom Component

Drawing and Report: Document Manger, Drawing Properties, Fabrication, GA Drawing, Master drawing catalog, Numbering, Multi drawing, Number setting, Report.

Management: Manage, Organizer, Phase, clash check, Connect IC Object, Layout manager, Task, Sequencer, Lofting, Project statement, Import, Export, Sharing, Project Properties, Setting, Catalogs, Editors, Logs.

Program Module: 02

Module: 03 Visual Programing language: Grasshopper with Rhino3D

Rhino3D and Grasshopper:

Grasshopper is a visual programming language and environment that runs within the Rhinoceros 3D computer-aided design (CAD) application. The program was created by David Rutten at Robert McNeel & Associates. Programs are created by dragging components onto a canvas. The outputs to these components are then connected to the inputs of subsequent components.

Grasshopper is primarily used to build generative algorithms, such as for generative art. Many of Grasshopper’s components create 3D geometry. Programs may also contain other types of algorithms including numeric, textual, audio-visual and haptic applications.

Advanced uses of Grasshopper include parametric modelling for structural engineering, parametric modelling for architecture and fabrication, lighting performance analysis for eco-friendly architecture and building energy consumption.

Grasshopper + Tekla structure model creation

Program Module: 03

Theory and Concept:

Structure fundamental : FEA/FEM(Finite element analysis/Method), Mathematical approach to structure, model Eigen value and Eigen vector, Shell and membrane concept, Diaphragm Modal Analysis, Earthquake engineering, Seismic Analysis, Wind Analysis etc.

Code of practice:

IS Code: IS-456-2000, IS-800 IS-875 (Part-1,2,3), IS-13920-2016, IS-1893 2016, IS-13920, IS-16700,
International Code: BS 8110 ACI318 CEBFIP 2010 UBC 97 ASCE 7-16 FEMA and other relevant.

Software: CSI SAP2000 & STAAD PRO

Linear Static Analysis of Steel Structures.
Modal Analysis of Steel Structures.
Linear Dynamic Analysis of Steel Structures
Value engineering and Optimize the Steel Structures
Detailing, drawing & preparation of schedules
Plastic design
Elastic design
LSM design
Design of tension member
Design of compression member

Analysis and Design of Industrial Steel Structure:

Gravity Load Analysis
Equivalent static analysis.
Wind static analysis
FEM analysis
Modal analysis
Dynamic behavior
Wind dynamic analysis
Response spectrum
Time history
Push over analysis
P-Delta analysis
Torsional irregularity
Creep & shrinkage analysis
Axial Column Shortening Analysis
Auto construction sequence analysis
Vibration analysis
PBD analysis
Design of Beam, Column and Bracing and damper other member.

Performance Based Design

Performance Based Design Process
Ritz Vector
Fast Nonlinear Analysis
Energy Diagram
Hysteretic Behavior
Moment Rotation Relationship
Capacity Based Design
Displacement Based Design
Energy Based Design
Performance Levels
Performance Objective
Performance Parameters
F-D Relationship
Backbone Curve
Hysteresis Loop Model
ADS Spectrum
Push Over Analysis
Time History Analysis

Wind Simulation

RWIND Simulation Case Setup RWIND Simulation software, developed by companies PC-PROGRESS and DLUBAL, was designed as specialized tool for rapid CFD simulations of wind load on large variety of structures. RWIND Simulation works as standalone software, or it can be directly connected with structural design software RFEM or RSTAB. RWIND Simulation user interface is super ease of use with minimal necessary settings and user skills. The work flow is very simple. The input for RWIND Simulation is the surface model of the structure(CAD,.STL). The virtual wind tunnel is created around the structure. Wind speed is set.

Foundation Design and other’s structure member (slabs, deck, stair..)

Manual and software (CSI SAFE/ALL PILE)

Program Module: 04

Design and analysis of steel connection

Manual and Software (Idea Statica / Ram connection)

Automated Connection Design Designing, checking, and optimizing shear, moment, gusset, splice, bracket, base plate, and truss connections, according to AISC (ASD or LRFD), EN 1993, BS 5950, IS 800, GB 50017, AS4100, and NZS 3404 has never been this automated.

Connection Families (Joint Types)

Single Plate (SP) Connections – Shear
Designing Moment Connection
Designing Gusset Connection
Designing Base plate Connection
Designing Splice Connection
Detailed skill

Program Module: 05

Advance Modelling, Detailing and BIM Implementation

BIM Modelling
Software used: TEKLA Structure
Tekla structure : Modelling ,Design, Detailing and erection drawing

PEB
Warehouse
Multistory steel structure
Stadium and trusses
Light Metal Framing
Aluminum curtain walling and facades
Offshore
Bridges
Transmission tower

Connection Design, Steel Fabrication Drawings, Steel Shop Drawings, Steel Erection Drawings, 3 D Model for BIM, Bill of Material, CNC Data, Gather Sheets, Shear connection, Moment connection, Brace connection, Slip critical connection, skewed connection, canted connection, splice connection, bearing connection.

Structural Rebar Detailing

Concrete Form work Drawings
Reinforcement Detail Drawings
Bar Bends

Structural Estimation & Take Offs

Pre bid Steel Take Off
Pre bid Rebar Take Off

Program Module:06

Engineering skill sets

Structural designs scope, GSN (General Structural Notes) & Specifications understanding
Architectural design & other trades understanding
AISC Construction Manual understanding
RCSC-2014-Bolted joint specifications
AWS D1.1, D1.8, A2.4 Understanding
Other Building Codes (OSHA, ADA, IBC)
RFI & Erection note understanding
Software’s 3D modeling capability
2D Erection Drawing presentation skill
Digital output understanding (PDF, DXF, IFC,)
Effective Client communication via E-mail & phone
Proof Checking