SAFE Certified Course

The SAFE (Slab Analysis by Finite Element) Certified Course is a comprehensive, industry-oriented training program designed to equip civil and structural engineers with the skills required to analyze and design reinforced concrete floor systems, flat slabs, raft foundations, mat foundations, post-tensioned slabs, and transfer slabs using CSI SAFE. The course covers structural modeling, load definition, finite element analysis, slab design, punching shear checks, foundation design, reinforcement detailing, and result interpretation in accordance with international design codes. Participants will gain hands-on experience through real-world structural engineering projects, learning how to optimize slab and foundation designs for safety, serviceability, and cost-effectiveness. By the end of the program, learners will be proficient in using SAFE to perform accurate structural analysis, generate reinforcement details, validate design results, and deliver practical engineering solutions for residential, commercial, industrial, and infrastructure projects. This certification prepares professionals for careers in structural design, consulting, construction, and infrastructure development.

Key Features of Course Divine:

• Collaboration with E‑Cell IIT Tirupati
• 1:1 Online Mentorship Platform
• Credit-Based Certification
• Live Classes Led by Industry Experts
• Live, Real-World Projects
• 100% Placement Support
• Potential Interview Training
• Resume-Building Activities

Career Opportunities After SAFE Certified Course:

• SAFE Structural Design Engineer
• Structural Engineer
• Civil Design Engineer
• RCC Design Engineer
• Structural Analysis Engineer
• Foundation Design Engineer
• Slab Design Engineer
• Building Design Engineer
• High-Rise Structural Engineer
• Bridge Design Engineer
• Infrastructure Design Engineer
• Post-Tensioning Design Engineer
• Reinforced Concrete (RC) Design Engineer

Essential Skills You Will Develop in the SAFE Certified Course:

• Structural Modeling using CSI SAFE
• Reinforced Concrete (RC) Slab Design
• Flat Slab & Flat Plate Analysis
• Raft (Mat) Foundation Analysis & Design
• Post-Tensioned Slab Design
• Transfer Slab Analysis
• Finite Element Analysis (FEA) for Slabs
• Load Definition & Load Combinations
• Soil-Structure Interaction Basics
• Punching Shear Analysis & Design
• Flexural & Shear Reinforcement Design
• Deflection & Serviceability Checks
• Foundation Design Optimization

Tools Covered:

• CSI SAFE
• ETABS
• SAP2000
• AutoCAD
• Autodesk Revit (Structure)
• CSI Detail
• Microsoft Excel
• STAAD.Pro (Workflow Integration)
• RCDC (Reinforced Concrete Design Center)
• Civil 3D (Project Coordination Basics)
• Bluebeam Revu (Drawing Review)
• PDF & CAD Drawing Tools

Syllabus:

Module 1: Introduction to CSI SAFE

• Overview of SAFE Interface and Workflow
• Finite Element Analysis (FEA) Fundamentals
• Structural Design Standards and Codes

Module 2: Structural Modeling

• Grid Systems and Story Setup
• Material Properties and Section Definitions
• Slab, Beam, and Foundation Modeling

Module 3: Load Definition & Load Combinations

• Dead, Live, Wind, and Seismic Loads
• Load Patterns and Load Cases
• Design Load Combinations

Module 4: Slab Analysis & Design

• One-Way and Two-Way Slab Design
• Flat Slab and Flat Plate Analysis
• Transfer Slab Design

Module 5: Foundation Analysis & Design

• Raft (Mat) Foundation Modeling
• Isolated and Combined Footing Analysis
• Soil Pressure and Settlement Considerations

Module 6: Reinforcement Design

• Flexural Reinforcement Design
• Shear Reinforcement Design
• Punching Shear Checks and Detailing

Module 7: Post-Tensioned Slab Design

• Introduction to Post-Tensioning
• Tendon Layout and Modeling
• Stress and Deflection Analysis

Module 8: Result Interpretation & Optimization

• Bending Moment, Shear Force, and Deflection Results
• Design Verification and Code Compliance
• Structural Optimization Techniques

Module 9: Reinforcement Detailing & Documentation

• Reinforcement Layout Generation
• Structural Drawings and Reports
• Quantity Estimation and BOQ Basics

Module 10: Industry Projects & Capstone

• Multi-Storey Building Slab Design Project
• Raft Foundation Design Project
• End-to-End Structural Analysis, Reinforcement Detailing, Design Validation, and Final Engineering Report using CSI SAFE

Industry Projects:

• Multi-Storey Building Slab Design Project – Analyze and design one-way, two-way, flat slabs, and flat plates for residential and commercial buildings using CSI SAFE.
• Raft (Mat) Foundation Design Project – Model, analyze, and design raft foundations considering soil pressure, settlement, and structural safety.
• Post-Tensioned Slab Design Project – Design and optimize post-tensioned slabs for high-rise buildings and commercial structures.
• Transfer Slab Analysis Project – Perform structural analysis and reinforcement design for transfer slabs used in multi-storey buildings.
• Combined & Isolated Footing Design Project – Design and validate isolated and combined footings under various loading conditions.
• Punching Shear Verification Project – Evaluate punching shear around columns and develop reinforcement solutions as per design codes.
• High-Rise Building Foundation Project – Analyze foundation systems for high-rise structures using realistic load combinations and code requirements.
• Structural Optimization Project – Optimize slab thickness, reinforcement quantity, and foundation dimensions for cost-effective structural performance.

Who is this program for?

• Civil Engineering Students
• Structural Engineering Students
• B.Tech & M.Tech Civil Engineering Graduates
• Structural Design Engineers
• Civil Design Engineers
• RCC Design Engineers
• Structural Analysis Engineers
• Foundation Design Engineers
• Site Engineers
• Construction Engineers
• Consulting Structural Engineers
• BIM Engineers
• CAD Drafting Professionals
• Project Engineers

How To Apply:

Mobile: 9100348679

Email: coursedivine@gmail.com