Basic Theory to Field Practice Course:
RCC G+2 Building Design
Gain hands-on expertise in designing low-rise RCC buildings using real-world workflows and tools. Learn from practical case studies, site conditions, and code-based design strategies. Master STAAD.Pro / ETAB modelling, and Excel-based design sheets. Build execution-ready documentation: drawings, BOQ, and reinforcement detailing. Accelerate your career with industry-relevant skills and automation techniques.Learning Highlights
Master the step-by-step design workflow for G+1 RCC buildings using IS 456:2000 and relevant codes.
Perform detailed gravity load calculations including dead and live loads as per IS:875.
Model and analyse multi-storey RCC frames using industry grade software like STAAD.Pro / ETAB.
Design critical structural elements like: slabs, beams, columns, and footings with serviceability checks as per IS:456 code.
Generate and interpret structural drawings, reinforcement detailing, and BOQ for execution-ready documentation as per SP34 code.
Apply design principles to real-world case studies and site conditions for practical decision-making.
Integrate Excel-based design sheets to streamline repetitive calculations and reporting.
Understand approval workflows, safety margins, and quality control benchmarks for low-rise RCC projects.
Methodology
Learn–Do–Review approach.
Learn: Understand technical concepts.
Do: Hands-on sessions and spreadsheet development.
Review: Online / offline tests to reinforce learning.
Online Portal Access
Participants receive:
Free access to premium civil engg. courses for one year.
Extra discount on premium courses after one year.
Downloadable resource materials.
What our Learners have to say
I did this workshop along with my friends during my third year of engineering. The course seamlessly integrated theories and designs learned in classroom with actual construction project. Another notable aspect was the integration of industry-standard software tools. Learning how to utilize these tools not only enhanced our understanding of structural engineering but also showcased the effectiveness of automation through software in the field of civil engineering. Additionally, while design calculations were done manually, we also followed current industry practices, such as using spreadsheets.
SAGAR JIWANE, B.Tech. ( Civil ) Final Year Student
I recently completed an internship course based on the design of RCC building as part of my B.Tech 3rd year in civil engineering. This course provided various aspects of RCC building analysis and design, which aligned well with my academic pursuits and career interests in civil engineering. The course covered topics such as AutoCAD drawings, manual designing of RCC building using IS 456-2000, creating spreadsheets for design calculation of RCC members, analysing building using STAAD.PRO, and creating full design report. The general atmosphere was supportive, with opportunities for students to share ideas and provide feedback on each other's work.
INDRAPAL AMBAKHAYE, B.Tech. ( Civil ) Final year Student
I have completed a course on "Professional Practices in Analysis, Design and Drafting of RCC Building ", and I must say, it exceeded my expectations. The course delved deep into theoretical concepts while providing hands-on experience with essential software like AutoCAD and STAAD.Pro. In this course, I have worked on modelling, analysis, and structural design of G+1 story residential building. Overall, I highly recommend this course to anyone interested in RCC building design. It offers a perfect blend of theoretical understanding and practical application, making it a valuable learning experience for both individuals and groups.
SAURABH KHOBRAGADE, B.Tech. ( Civil ) Final Year Student
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