Your cart is empty.
Keep shoppingStructure analysis & Design (ETABS & SAFE)-Complete project
1 students
Structure analysis & Design (ETABS & SAFE)-Complete project
A Step-by-Step Guide to Modeling, Analysis, and Design of RCC Structures"
Created byEngr. Shabbir Ahmad
Last updated 4/2025
Urdu
What you'll learn
- Gain the ability to create, analyze, and interpret complex structural models (e.g., buildings, frames, and shear walls) using ETABS and SAFE.
- Understand and design various types of foundations (isolated, raft, combined) and slabs using SAFE
- Develop skills to extract professional-quality design reports, structural drawings, and load combinations automatically from both software tools
- Become job-ready by learning how to handle real-world projects from start to finish—ideal for roles in structural design firms, consultancy, or freelancing.
Explore related topics
Course content
2 sections • 10 lectures • 4h 28m total length
Requirements
- Basic knowledge of structural engineering (for civil engineering students or graduates).
- Comfort with basic math and engineering formulas, especially involving loads, forces, and moments.
- Curiosity and interest in structural design and analysis.
- Willingness to practice with real-life case studies and hands-on projects.
Description
Structure analysis and design using software tools like ETABS and SAFE is a crucial process in the construction industry to ensure the safety, stability, and efficiency of buildings and structures. ETABS (Extended 3D Analysis of Building Systems) is widely used for the analysis and design of multi-story buildings, taking into account factors like load distribution, seismic activity, and dynamic responses. It allows engineers to model and analyze complex building structures, considering various materials, geometries, and load conditions.
SAFE (Structural Analysis and Design of Slabs and Foundations) is a specialized tool used for designing reinforced concrete slabs and foundations. It simplifies the process of creating optimized designs for slab systems and their supporting foundations, addressing challenges such as load-bearing capacity, soil conditions, and durability.
The complete project typically begins with defining the structure’s geometry, applying loads, and selecting appropriate materials. The software performs simulations and calculations, identifying any potential weaknesses. It then offers design solutions, ensuring compliance with international building codes and standards, such as ACI, ASTM, or BS.
With ETABS and SAFE, engineers can create accurate, cost-effective designs, ultimately enhance the safety and performance of structures while minimizing construction costs and time.These tools also facilitate the integration of different structural elements, such as beams, columns, and walls, into a cohesive design, enhancing workflow efficiency.
Who this course is for:
- Fresh Graduates in Civil Engineering
- Civil & Structural Engineering Students
- Freelancers & Consultants
- Practicing Civil Engineers & Site Engineers
- Teachers and Academic Professionals