PG Diploma in rcc structure and technology

PROGRAM OUTLOOK

PG Diploma in RCC STRUCTURE & BIM TECHNOLOGY 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.

RCC Structure Design and engineering is one of the adventures and challenging field in human Mankind. 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

1. 100% Live classes ( Got some of the finest instructor’s in the industry)
2. Doubt Clearing Session (In-class. Post Class. Revision/Clarification on any topic
3. Best completion rate- 85%, Guiding. Mentoring, Motivating you to attend the classes, clearing your doubts, solving assignments, practice problems.
4.  Recording of Live Class to Download
5. Access of e-library

Explore your career in

1. Structural Engineer
2. Structural Design Engineer
3. BIM Modeler & coordinator
4. Structural Detailer

Excellent Outcome

1. Latest Technological Advancement
2. Future Proof Career
3. Adaptation of world best technology for engineering consulting
4. Get Into MNC Company

Certification

1. PG Diploma in RCC STRUCTURE & BIM TECHNOLOGY
2. 8 Month Experience Certificate
3. Project Certification
4. Letter of Recommendation

Technical Features 

1. Concept + Multinational environment (IS+ASCE+BS+UBC+FEMA and others) + Tools and Software
2. 20+ Assignment
3. 10+ Project
4. Live Project
5. Software training basic to most advance
6. Project Workshops

Process Involved 

1. BIM (Building Information Modelling)
2. Analysis of Different type of Building & Infrastructure Projects
3. Design of Building structure and their substructure
4. Seismic and wind evaluation and research
5. Research and Development for High Rise Tall Structure
6. BIM Implementation and Project Report

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

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.

Analysis and Design of RCC & Composite super 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 Flexural wall and relevant too.

Program Module: 02

Analysis and Design of RCC & Composite Sub-structure, Slab, Staircase etc.

• Software algorithm, capabilities, strength and weaknesses,
• Modelling of foundations, basements, footings,
• Modelling through import method 2d import, 3d import,
• Design of strips,
• Design methodology,
• Design of fem based slabs,
• Design of slabs, raft & pile,
• Design of punching shear reinforcement (stud rails).
• Detailing, reporting techniques.
• Codes & software interaction by considering national.
• Differential settlement of foundation and its control.
• Combined complex foundation system.
• Punching Shear
• Nonlinear Uplift
• Soil Structure Interaction
• Mastering the analysis & interpreting the results
• Stability check as per code
• Check on lateral Stability
• Check on Vertical Deflection
• Check on Story Drift
• Check for Over turning Moment
• Check for Control of Deflection
• Modal Analysis Checks

Program Module: 03

Analysis & Design of High rise & Tall structure and carrying research development 

Performance Based Design(Collapse Prevention) 

Vibration Analysis & control (Dampers, Base Isolation, Tuned Mass Dampers and others)

Wind tunnel test  (Wind simulation)

• Moment Frame
• Shear Frame
• Braced frames
• Diagrid structure system
• Outrigger structure system
• Tube structure system 

Program Module: 04

BIM Technology: Applying BIM (Building Information Modelling/Management)  is a major part of training Like

• ISO Standard for BIM,
• BIM (Building information modelling) for structure & architecture ,
• BIM Analysis : Energy, wind and  heat analysis,
• BIM Advance: 4D and 5D,
• Software :Autodesk Revit and Autodesk Navisworks.

Program Module: 05

• Detailing technique 
• Rebar detailing of structure
• Schedule preparation
• Report 
• Presentation  

Program Module:06

Infrastructure projects: Design analysis and detailing of

• Over headed water tank
• Underground water tank
• Retailing wall
• Transmission tower
• Box culvert 
• Swimming pool 

Program Module:07

Project for trainee member under guidance

• Projects and collaboration between different software 
• Finalizing Project Report 
• Proof Checking 
• List of projects

1. G+6 Residential structure
2. G+5 Hospital structure
3. G+10 Apartment building
4. G+8 Apartment Complex
5. G+15 Commercial Complex
6. G+19 Commercial Complex
7. G+23 Tower Building
8. Water Tank (over headed & Underground)
9. Truss Structure
10. Warehouse
11. PEB
12. Dome Structure
13. Retailing Wall

Case Study of Tall & Super Tall structure

1. G+40 High Rise Apartment
2. G+50 Tower Structure (Diagrid)
3. G+52 Tube Structure
4. G+50 Outrigger

Software & Tools

Global hiring companies

Enrollment from 10+ Countries

Note**

1. Listed software training will performed on trainee laptop or pc.
2. All trainee must have their own system