SAFE

SAFE

Foundation and slab design training integrated with ETABS workflows. Learn isolated footing design, combined raft footings, flat slab design, punching shear stress check runs, and post-tensioning integrations.

Master Structural Design

Learn the complete workflow used by consulting structural engineers.

SAFE interface
Import from ETABS
Isolated footing
Combined footing
Raft foundation
Punching shear checks
SAFEAnalysis & Design of Foundations
ETABS®Building Design and Analysis

Who should join this program?

Civil Engineering Students
Diploma Graduates
Site & Project Engineers
Structural Engineers & Architects

Practical Design & Analysis Portfolios

Real-world project models, stress diagrams, and structural drafts analyzed during the program.

CSI SAFE 20
CSI SAFE 20SCALE 1:50

Foundation & Slab Analysis

3D displacement contour of flat plate slab under Dead Load. Deflection ranges from -11.203 mm (Magenta/Red sagging at mid-span) to +1.153 mm (Cyan/Blue over circular column support zones). Shows elastic flexural deflection mapping.

CSI SAFE
CSI SAFESCALE 1:50

Foundation & Slab Analysis

Planar contour plot of Live Load soil pressures beneath a complex mat foundation. Scale: -5.50 to +1.00 kN/m². Displays pressure distributions on irregular polygonal footprint with elevator/core pits, where magenta bands track vertical load paths.

CSI SAFE
CSI SAFESCALE 1:50

Foundation & Slab Analysis

3D contour plot of internal slab bending moments on grid slab system. Bending moments range from -39.3 to +23.6 kN-m/m, mapping mid-span sagging (red) vs. hogging tension over girder supports (blue).

Curriculum Roadmap

A comprehensive step-by-step masterclass syllabus designed to guide you from foundational principles to executing complex structural analysis, professional drawing layouts, and design codes compliance.

Software & Tools
CSI SAFESlab analysis tools
Program Standards
INDIAN STANDARD CODES3D COMPUTER ANALYSISMODERN DESIGN METHODS
01MODULE

SAFE Interface & Workflow

Navigating the layout environment, defining subgrade soil spring coefficients, importing structural model joint reactions from ETABS suites.

02MODULE

Isolated & Combined Footing Design

Modeling single column footings, combined slabs, eccentrically loaded strap beams, checking bearing pressures, and optimizing concrete thicknesses.

03MODULE

Raft Foundation Modeling

Modeling massive mat foundation slabs, assigning soil reactions, applying heavy column loads, checking settlement gradients, and detailing rebar mats.

04MODULE

Slabs & Punching Shear Checks

Designing flat slabs, drop panels, column capitals, performing punching shear capacity checks, and detailing punching reinforcement links.

Consultancy-Grade Projects

Gain professional experience by drafting, modeling, and detailing real-world building projects that replicate actual structural consultancy deliverables.

01
Footing design
02
Mat foundation design
03
Flat slab analysis and design

Career Pathways & Placements

Completing this training program positions you for technical support, BIM drafting, design engineer, and consulting roles:

SOURCE
AMR GRADUATE
CAREER PATHWAYS

Foundation Design Engineer

Structural Design Engineer

EMPLOYMENT SECTORS
Structural Consultancies
Real Estate Builders
Freelance Design
Municipal Sections

Why Train With AMR Structural Engineering?

Real-time industry projects

Gain experience working directly on live, certified structural calculations and blueprints.

Hands-on software practice

Interactive training cycles in AutoCAD, ETABS, STAAD.Pro, and SAFE with verified files.

Engineering workflow exposure

Understand real firm methodologies, IS Code compliance parameters, and detailing criteria.

Project-based learning

Submit individual structural project works for professional checks and audits.

Certificate of Completion

Earn a certified training credential validated by registered structural engineering consultants.

Career guidance & prep

Mock interviews, resume formatting guidelines, and job recommendations.