Master the concepts and practical aspects in the design of R.C. Slab as per the provisions given in IS456:2000 standard.

Learn to design reinforced concrete beams confidently, aligned with IS 456:2000 code provisions—covering both theory and hands-on practice.

Gain comprehensive expertise in the conceptual and practical design of R.C. Column in accordance with IS 456:2000 standards.

Become proficient in isolated footing  design as per IS 456:2000 standards—concepts, calculations, and applications.

Master planning, selection, and optimization of construction methods & equipment to boost efficiency, safety, and cost-effectiveness. 

Learn the essentials of Disaster Management—covering risk assessment, mitigation, emergency planning, and resilience.

Master RCC G+2 building design —with hands-on STAAD.Pro/ ETAB modelling and field-ready insights.

Design tall, build smart — RCC G+4 mastery with STAAD.Pro, CSI ETABS, and field insights.

Master seismic analysis techniques to design structures that stand strong against earthquakes.

Learn to design earthquake resistant RCC buildings using IS:1893 and IS: 13920 codes and structural principles.

Learn essential Excel skills tailored for civil engineers day-to-day tasks at site and construction office.

Master advanced Excel techniques to design RCC building components, and automated quantity calculations.

 Master Excel-VBA for STAAD.Pro & AutoCAD to automate design and to accelerate drafting.

Learn to use Excel for accurate and efficient quantity estimation in construction projects.