
Complete ETABS Course: From Zero to Hero
udemy · ⭐ 4.56 (19 reseñas) · Principiante · en · ⏱ 16 h
Impartido por Pritam Bagal · 135 alumnos
19.99 USD
Entra en tu cuenta para guardar este curso y volver a él cuando quieras.
Comparar este cursoEnlace de afiliado: podemos cobrar comisión, sin coste extra para ti. Más información
Descripción
ETABS Complete Course: Structural Analysis & Building Design STRUCT479 Master ETABS from scratch by working on real-world RCC building projects. This course is designed for civil engineering students, fresh graduates, and professionals who want to develop practical structural analysis and design skills using ETABS. Unlike theory-heavy courses, this training focuses on real engineering workflows used in professional practice. You will learn how to model, analyze, and design complete RCC structures through step-by-step project-based learning. What You'll Learn • Complete ETABS workflow from modeling to structural design • Create and define grids, storeys, materials, frame sections, and slab properties • Model beams, columns, slabs, and staircases efficiently • Apply dead loads, live loads, wind loads, and earthquake loads • Interpret structural analysis results including reactions, forces, and deflections • Carry out RCC design and understand design check results • Import AutoCAD drawings and use professional fast-modeling techniques • Work on multiple real-world building projects including G+3, G+4, and G+8 structures Real-World Projects Included Model 1 – ETABS Fundamentals • Complete building modeling from scratch • Load assignment and load combinations • Structural analysis and RCC design • Design result interpretation Unsymmetrical Building Project • Manual modeling techniques • Column orientation concepts • One-way and two-way slab behavior Model 2 – Fast Professional Modeling • AutoCAD to ETABS workflow • DXF and DWG file import • Efficient industry-standard modeling methods Staircase Modeling • Dog-legged staircase • Spiral staircase • Circular staircase G+8 Residential Building • Complete structural modeling • Load application • Analysis and RCC design workflow G+3 Residential Building • Secondary beam concepts • Moment release applications • Complete analysis and design process G+4 Residential Building • Modeling and structural definition • Load assignment • Analysis and RCC design verification Advanced Seismic & Dynamic Analysis • Earthquake load definition • Diaphragm and mass source concepts • Wind load application • Static seismic analysis • Response spectrum analysis • Time-history analysis Who This Course Is For • Civil Engineering Students • Diploma & B.E. Civil Engineering Students • Fresh Graduates preparing for structural design careers • Site Engineers transitioning into design roles • Engineers seeking practical ETABS expertise Software Used • ETABS • AutoCAD Design Standards Covered This course includes practical application of structural design standards such as IS 456, IS 875, and IS 1893 for RCC design, wind loading, and seismic analysis. While the project examples follow Indian Standards, the ETABS modeling, analysis, and design workflow taught in this course can be applied to structural engineering projects worldwide. Course Outcome By the end of this course, you will be able to confidently model, analyze, and design complete RCC building structures in ETABS while following professional engineering workflows and industry best practices.
Lo que aprenderás
- ✓ Model complete RCC building structures from scratch using ETABS
- ✓ Perform structural analysis and interpret forces, reactions, and deflections
- ✓ Apply gravity, wind, and earthquake loads to real-world building projects
- ✓ Design beams, columns, and slabs using ETABS design tools
- ✓ Complete full G+3, G+4, and G+8 building projects from modeling to design
- ✓ Import AutoCAD drawings and use professional fast-modeling workflows
- ✓ Follow industry-standard structural engineering practices and design procedures
- GETAT479
Requisitos
- ✓ No prior ETABS experience is required. This course is designed for beginners.
- ✓ Basic knowledge of structural engineering concepts is helpful but not mandatory.
- ✓ ETABS software installed on your computer.
- ✓ AutoCAD knowledge is beneficial but not required.
- ✓ Willingness to practice by working on real-world building projects.