The Civil Edge Team 
A complete comparison of MS Project and Primavera P6 for civil engineers. Covers features, scheduling workflows, CPM, WBS, cost control, resource planning and tool selection for construction project management.
A complete beginner guide to AutoCAD for civil engineers covering commands, drafting tools, layers, dimensioning, planning workflow and essential practices used in construction drawings.
Modern civil engineering heavily depends on software. This category teaches the fundamentals of industry tools like AutoCAD, Revit, STAAD Pro, ETABS, MS Project, and BIM workflows. Learn drafting, modelling, structural analysis basics, scheduling dashboards, and practical workflows used in top companies. This section helps engineers build job-ready digital skills and increase their earning potential.
A detailed guide on structural loads in buildings covering dead loads, live loads, wind loads, earthquake loads, load combinations and engineering principles used in structural design.
A detailed guide explaining soil types and geotechnical engineering fundamentals, covering soil classification, physical and index properties, compaction, permeability, consolidation, shear strength and field investigation procedures used in civil engineering.
A detailed guide on the different types of foundations with applications, covering shallow and deep foundations, soil bearing capacity, load transfer mechanisms and practical selection criteria for buildings and infrastructure projects.
A detailed and beginner-friendly guide to Building Bye-Laws under UDCPR. Covers FSI rules, setback requirements, height restrictions, road width norms, building permissions, margins, parking standards, amenity spaces, and all essential planning regulations in Maharashtra.
A comprehensive guide covering the top civil engineering skills required for professional success. Includes technical skills, design competencies, software knowledge, project management abilities, field execution capabilities, QA/QC practices, codes and standards, communication skills, and industry readiness.
A detailed explanation of the most important provisions of IS 456:2000, including concrete design requirements, durability, exposure conditions, cover, reinforcement detailing, loads, flexural design rules, shear and torsion, serviceability limits, and construction practices.
A complete, step-by-step guide on concrete mix design as per IS 10262 and IS 456. Learn the fundamentals of water–cement ratio, durability, target strength, aggregate proportioning, workability adjustments, and practical field implementation.