
Design a G plus one building in STAAD Pro by importing coordinates from Excel and modeling beams and columns. Detail the project in Arctic STAT software for complete detailing.
Design columns first in RCDC, then detail pile caps and foundations using STAAD and RCDC, adjusting reinforcement, loads, and generating design reports.
Design and detailing of beams using imported column data, reinforcement settings, and load cases, with iterative redesign, saving beam design files, and generating schedules, sections, and design calculations.
Develop an approval drawing from initial client requirements by building an AutoCAD plan of the RCC building, including layout, ground and first floor plans, footing, columns, beams, and elevations.
Create the center line from the plan, export a dxf, and import into staad.pro to model a g plus two structure with columns, beams, and slabs.
Configure seismic parameters and RF under Indian code in STAAD, define weights for RC buildings with special moment resisting frames, assign dead, live, and floor loads, then proceed to RCDC.
Open the RCDC software, load the stat file, design columns with seismic design settings and auto design, adjust reinforcement grades through redesign, then export drawings and the column schedule.
Design RCC beams in RCDC, configuring reinforcement and ductile design at supports during a new project. Define basic load cases and load combinations, adjust beam sizes, and generate design reports.
Finish footing design in RCDC by importing column data, applying factored load combinations with a 2.5 safety factor, and generating reports and final AutoCAD/PDF drawings for approval.
Master end-to-end RCC building design using AutoCAD, STAAD Pro, and RCDC, from column positioning and coordinate import to beam layouts and footing design for a G+1 building in zone 5.
Design a residential building in STAAD Pro and RCDC and create AutoCAD drawings, assigning coordinates, beams, columns, and seismic loads for a full project experience.
STAAD stands for Structural Analysis and Design, the software is one of the most commonly used software used for structural Analysis and Design. It is a Product of Bentley. The software is used by students and professionals all over the world for Structural Analysis and Design.
RCDC is a product of Bentley for Structural Detailing and Design, footings, pile caps, slab, column and beams can be designed and detailed. We can also generate the design reports and find BBS using the software.
Course Key Points:
1. Description of all the downloadable AutoCAD architectural plan
2. Basic information required before designing an RCC Building using IS Code
3. Preparing the Centerline Plan
4. Coordinates for STAAD Pro
5. Complete Steps of STAAD Pro
6. Design and detailing of the Building using the STAAD File in RCDC
7. Concept of Pile Foundation Design and getting all the required details from soil test report.
Practice Project 1:
1. Live Demonstration of the project for the design of G+2 Residential Building.
MY Introduction
A Structural Engineer with 4 years of experience in Building Consultancy Projects, Site Supervision and Industrial Training for Civil Engineers.
PROFESSIONAL SKILLS
Adept in: Structural Drawing, Building Planning, Estimation, Site Inspection & Project Management
Software Expertise: Tekla Structural Designer, STAAD. Pro, ETABS,RCDC, CAD, MS Office
Trained more than 2000 Civil Engineering Students and Professionals in Practical Skills like Planning as per Vastu, Structural Drawing, Estimation, Site Inspection involving software like Tekla, STAAD, CAD, Revit e