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Updated in [October 16th, 2023]

What does this course tell?
(Please note that the following overview content is from the original platform)
1. Planning and Drafting the Residential , Commercial and Industrial buildings in the Auto-cad software.2. Understanding and reading the architectural plan and preparing the basic information.3. Developing the center line diagram of the beams and columns for all the floors (PLINTH BEAM AND ROOF BEAMS OF ALL THE FLOORS) corresponding given architectural plan.4. Learning the modelling, defining the materials, sections, assigning the materials and sections, analyzing the structure, designing in ETABS software.5. Preparation of the Excel sheet as per IS code provisions for designing the individual structural members-Footing, column, beam, slab, staircase, retaining wall etc.6. Exporting the software design results to excel and comparing it with the design excel sheet prepared.7. Grouping of beams, columns, footings and slabs based on the loading and members dimensions.8. Obtaining the final design results and deciding the final dimensions of beams, columns, slabs and footings.9. Preparing the Detailed drawings as per the IS code provisions to execute in the site.10. Preparation of bar bending schedule.11. Design of earthquake resistant structures as per IS 1893 IS code.12. Design of wind resistant structures as per IS 875 PART-03.DETAIL DESCRIPTION OF COURSE IS GIVEN BELOW-Drawing a plan of a residential building. [Framed structure, G+1, minimum of 1200sft].-Drawing beam layout of plinth, ground floor and first floor.-Drawing column layout for the above plan. [Use of proper grid lines with proper column numbering.]-Modeling the above structure using ETABS. [Modelling, analyzing and designing].-Analysis of above model. [Applying appropriate analysis techniques, Exporting column reactions for foundation design.]-Design and Detailing of Isolated footing. [Column and Footing grouping, Design one typical isolated footing, & foundation layout.].-Detailed drawing of Column & foundation. -Preparing bar bending schedule.-Detailed drawing of Plinth beam. -Preparing bar bending schedule.-Detailed drawing of ground floor beam. -Preparing bar bending schedule.-Detailed drawing of ground floor slab. -Preparing bar bending schedule.-Design and Detailing of first floor beam and slab. -Preparing bar bending schedule.-Design and Detailing of dog legged stair case and landing beam. -Preparing bar bending schedule.

We considered the value of this course from many aspects, and finally summarized it for you from two aspects: skills and knowledge, and the people who benefit from it:
(Please note that our content is optimized through artificial intelligence tools and carefully reviewed by our editorial staff.)
What skills and knowledge will you acquire during this course?
During this course, the learner will acquire the following skills and knowledge:
1. Proficiency in planning and drafting residential, commercial, and industrial buildings using AutoCAD software.
2. Ability to understand and interpret architectural plans and gather necessary information.
3. Competence in developing center line diagrams for beams and columns on all floors based on architectural plans.
4. Proficiency in modeling, defining materials and sections, analyzing structures, and designing using ETABS software.
5. Knowledge of preparing Excel sheets according to IS code provisions for designing structural members such as footings, columns, beams, slabs, staircases, and retaining walls.
6. Ability to export software design results to Excel and compare them with the design Excel sheet prepared.
7. Skill in grouping beams, columns, footings, and slabs based on loading and member dimensions.
8. Competence in obtaining final design results and determining the final dimensions of beams, columns, slabs, and footings.
9. Proficiency in preparing detailed drawings according to IS code provisions for execution on-site.
10. Knowledge of preparing bar bending schedules.
11. Understanding of earthquake-resistant structure design as per IS 1893 IS code.
12. Understanding of wind-resistant structure design as per IS 875 PART-03.
In summary, this course will equip the learner with the skills and knowledge necessary for planning, drafting, modeling, analyzing, and designing various types of buildings using AutoCAD and ETABS software, while adhering to relevant IS code provisions for structural design.
Who will benefit from this course?
This course will benefit individuals who are interested in or working in the field of structural engineering and building design. Specifically, it will be useful for:
1. Architects and draftsmen: They will learn how to plan and draft residential, commercial, and industrial buildings using AutoCAD software. They will also gain an understanding of reading architectural plans and preparing basic information.
2. Structural engineers: They will learn how to develop center line diagrams of beams and columns for all floors, as well as how to model, define materials and sections, analyze structures, and design using ETABS software. They will also learn how to prepare Excel sheets for designing various structural members and compare the software design results with the design Excel sheet.
3. Construction professionals: They will benefit from learning how to group beams, columns, footings, and slabs based on loading and member dimensions. They will also learn how to obtain final design results and decide the dimensions of various structural elements. Additionally, they will gain knowledge on preparing detailed drawings as per IS code provisions and bar bending schedules.
4. Structural consultants: They will benefit from learning how to design earthquake-resistant structures as per IS 1893 code and wind-resistant structures as per IS 875 PART-03 code. This knowledge will enable them to provide specialized consulting services for clients.

Course Syllabus

PROJECT 1: AUTO CAD INTRODUCTION

PROJECT 1: ETABS SOFT WARE, PROJECT FILE, AUTO CAD FILE

PROJECT 1: PROJECT EXECUTION

PROJECT 1: FOOTING SECTION

PROJECT 1: COLUMN SECTION

PROJECT 1: ETABS OPTIONS

PROJECT 1: BEAM SECTION

PROJECT 1: SLAB SECTION

DESIGN SECTION

PROJECT 1: DETAILING OF DESIGNED MEMBERS

PROJECT 1: DESIGN OF STAIR CASE

DESIGN AND DETAILING OF RETAINING WALL

DESIGN AND DETAILING OF PORTAL FRAME

PROJECT 2: DESIGN OF COMMERCIAL BUILDING