Quantity Surveying & Estimation (QS)
- Understanding the Role of IQS-Tirupati, Quantity Surveying in the Construction Industry
- SUBSTRUCTURES AND SUPERSTRUCTURES FUNDAMENTALS AND DETAIL DESIGN STUDY OF BUILDINGS
- Checklist of All Kinds of Civil Works at Site.
- Construction Methodologies of Civil Works and How it works in Construction Industry
- Making Project Chartered and Feasible Reports
- Project Risk Analysis and Action Reports
- Understanding and Reading the Structural Drawings
- Quantity Take off From the Drawings like PCC, RCC, Reinforcement, Shuttering Etc.
- Quantity Take off From the Architectural Drawings (Like Brickwork, Plaster Painting Putty Work Etc.)
- Faster Take off Methodologies from Drawings of Civil
- Analysis of All Kinds of Civil Drawings with Proper Presentation in Excel Formats
- Estimation of All Kinds of Civil Works
- Calculator Making of Concrete Steel, Brickwork, Plaster Painting Etc.
- Costing Techniques of All Kinds of Civil Works (Concrete, Brickworks, Earthwork, Finishing Work, Wood Work, and Steel Work, Demolishing Works Etc.)
- Labour Deployment Planning As per Budget
- Labour Output Analysis as per IS Code, Schedule of Rates and As per IQS-Tirupati New Technique
- Machinery Output Analysis as per Market Standards, MACHINERY OUTPUT ANALYSIS (JCB, POCKLAME, ROLLER, CONCRETE MIXTURE)
- R.A Bills And Bill Certification (Clint, Sub-Contractors Bills)
- Profit and Loss Analysis (Cost Analysis) in Labour and Machinery Deployed at Construction Site
- Daily Work Report (DWR) Preparation as per Quantity Surveyor Standards
- Bar Bending Schedule (BBS) of All RCC Structures Like Footing Beams Slabs, Columns, Raft, Footing, Staircase Etc.
- Bill of Quantity (BOQ) Take off (Material and Preparation)
- Rate Analysis of All Kinds of Civil Works
- Material Reconciliation Techniques from Contractor and Client's Side
- Material Procurement Strategies as per the techniques used in Quantity Surveying
STAAD PRO
- Introduction
- 2. Elements of the STAAD.Pro Screen
- 3. Starting a New Project
- 4. Defining Structure Geometry/ Modelling
- 5. Setting the Project Units
- 6. Assigning Member Specifications
- 7. How to specify member releases
- 8. Additional Member Specifications
- 9. Assigning Supports
- 10. Assigning Loads
- 11. Creating the First Load Case
- 12. Creating the Second Load Case
- 13. Creating the Combination Load Case
- 14. Performing the Analysis
- 15. Design
- 16. Design Viewing the Output File
- 17. Preparing Structural Drawings
Auto CADD
CAD is technology concerned with using computer systems to assist in the creation, modification, analysis, and optimization of a design. Any computer program that embodies computer graphics and an application program facilitating engineering functions in design process can be classified as CAD software.
The most basic role of CAD is to define the geometry of design – a mechanical part, a product assembly, an architectural structure, an electronic circuit, a building layout, etc. The greatest benefits of CAD systems are that they can save considerable time and reduce errors caused by otherwise having to redefine the geometry of the design from scratch every time it is needed.
- Architectural Plans, Sections, Elevations, and 2D & 3D Modeling
- Structural Drawings, (Detailed Drawings of Footings, Columns, Beams, Roof Slabs, Staircases, etc.)
- Reinforcement Drawings, (Reinforcement detailing of Footings, Columns, Beams, Roof Slabs, Staircases, etc.)
- Shop Drawings, (Plumbing and Sanitations)
- Drawings of Typical Staircases, (Spiral Staircase, Dog-Leg Staircase, X-Type Staircase, Semi Round Staircase.
