Training for Engineering Students
Build Your Foundation for a Strong Career

This beginner-friendly program introduces engineering students to the fundamentals of structural analysis and design using STAAD.Pro.

Training Modules

1. Introduction to Structural Design Concepts
2. STAAD.Pro Interface and Project Setup
3. Member Properties and Material Definitions
4. Loads and Load Combinations (Dead, Live, Wind, Seismic)
5. Basic Analysis for RCC Frames
6. Design as per IS, BS, and ACI Codes
7. Concrete Beam and Column Design
8. Mini Project – Design of a Residential Building
9. Generating Reports and Drawings
10. Assessment and Certification

Outcome:
Students gain confidence in design principles, preparing them for internships and entry-level structural roles.

Job-Oriented STAAD.Pro Training

Bridge the Gap Between Academics and Industry

Tailored for fresh graduates and job seekers, this program focuses on real-world project workflows and preparing candidates for professional design roles.

Training Modules

1. Overview of STAAD.Pro and Project Workflow
2. Modeling RCC and Steel Structures
3. Advanced Load Definitions (Wind, Seismic, Moving Loads)
4. Design of Multi-storey RCC Buildings
5. Steel Structure Design – Trusses, Portals, and Industrial Sheds
6. Foundation Design using STAAD Foundation Advanced
7. Connection Design and Detailing Basics
8. Optimization and Code Checks (IS 456, IS 800, AISC, Eurocode)
9. Report Preparation and Documentation for Clients
10. Resume Guidance and Job Interview Preparation

Outcome:
Participants become industry-ready structural engineers, equipped with practical modeling, analysis, and reporting experience.

STAAD.Pro Training for Professionals

Enhance Your Skills. Advance Your Career.

Designed for experienced engineers and consultants who want to optimize workflows and apply STAAD.Pro efficiently in complex design projects.

Training Modules

1. Advanced Modeling for RCC, Steel, and Composite Structures
2. Seismic and Wind Load Analysis as per Global Codes
3. Structure Optimization and Parametric Design
4. Integration with BIM and ISM Workflows
5. Custom Load Cases and Time History Analysis
6. Automation with STAAD Editor, Macros, and Excel Link
7. Design of Foundations, Connections, and Retaining Structures
8. Advanced Reporting and Documentation
9. Real Project Simulation and Case Studies
10. Efficiency Tips and Quality Control in Design Delivery

Outcome:
Professionals gain advanced analytical expertise, improve productivity, and deliver optimized, code-compliant designs.

Job-Oriented PLAXIS Training

Bridge the Gap Between Learning and Industry Practice

This program is designed for graduates and early-career engineers looking to apply PLAXIS in real geotechnical projects.
It focuses on hands-on learning, simulation workflows, and design interpretation — preparing you for practical challenges in the industry.

Training Modules

1. Introduction to PLAXIS Interface and Finite Element Concepts
2. Soil Model Selection (Mohr-Coulomb, Hardening Soil, Soft Soil)
3. Defining Geometry, Material Properties, and Boundary Conditions
4. Foundation Design (Raft, Pile, Combined Footings)
5. Slope Stability and Seepage Analysis
6. Staged Construction and Deformation Monitoring
7. Modeling Excavations and Retaining Walls
8. Dynamic Loading and Time-Dependent Behavior
9. Report Generation and Output Interpretation
10. Job-Readiness Session: Case Studies + Interview Preparation

Outcome:
Participants gain strong practical modeling and interpretation skills, ready to contribute to real-world geotechnical design projects.

PLAXIS Training for Professionals

Enhance Your Technical Expertise. Deliver Smarter Designs.

Aimed at experienced geotechnical and structural engineers, this program dives deep into advanced soil-structure modeling, coupled analysis, and project-based optimization using PLAXIS 2D and 3D.

Training Modules

1. Advanced Modelling of Excavations, Embankments, and Tunnels
2. Groundwater Flow, Seepage, and Consolidation Analysis
3. Dynamic and Seismic Response Simulations
4. Calibration of Soil Models from Lab and Field Data
5. Coupled Soil-Structure Interaction Studies
6. PLAXIS 3D Foundation Analysis – Piles, Rafts, and Mat Systems
7. Earth Pressure and Wall Deflection Analysis
8. Automation and Optimization using Python Scripting
9. Integration with STAAD.Pro and BIM Systems
10. Validation, Reporting, and Quality Assurance

Outcome:
Professionals gain the ability to handle complex ground-structure problems efficiently, improving precision and project reliability.

Customized PLAXIS Corporate Training

Tailored Programs for Teams and Project Requirements

CTtec offers customized PLAXIS training designed for engineering firms, consultants, and infrastructure developers.
We build the course around your specific project types, regional codes, and in-house design standards, ensuring maximum relevance and immediate applicability.

Training Modules (Customized as per Requirement)

1. Project-Specific Modeling (Retaining Structures, Excavations, Ground Improvement)
2. Advanced Foundation and Substructure Analysis
3. Coupled Consolidation and Time-Dependent Simulations
4. Groundwater Flow, Seepage, and Pore Pressure Studies
5. Liquefaction Analysis and Post-Earthquake Ground Behavior
6. Seismic and Dynamic Response of Soil and Retaining Systems
7. Soil-Structure Interaction for Offshore and Deep Foundations
8. Calibration and Validation Based on Site Investigation Data
9. Model Optimization, Scripting, and Report Automation
10. On-Site Workshops, Team Training & Post-Training Technical Support

Outcome:
Organizations benefit from improved design consistency, enhanced technical capability, and reliable project performance using PLAXIS for complex geotechnical challenges.

Job-Oriented PLAXIS Training

Bridge the Gap Between Learning and Industry Practice

This program is designed for graduates and early-career engineers looking to apply PLAXIS in real geotechnical projects.
It focuses on hands-on learning, simulation workflows, and design interpretation — preparing you for practical challenges in the industry.

Training Modules

1. Introduction to PLAXIS Interface and Finite Element Concepts
2. Soil Model Selection (Mohr-Coulomb, Hardening Soil, Soft Soil)
3. Defining Geometry, Material Properties, and Boundary Conditions
4. Foundation Design (Raft, Pile, Combined Footings)
5. Slope Stability and Seepage Analysis
6. Staged Construction and Deformation Monitoring
7. Modeling Excavations and Retaining Walls
8. Dynamic Loading and Time-Dependent Behavior
9. Report Generation and Output Interpretation
10. Job-Readiness Session: Case Studies + Interview Preparation

Outcome:
Participants gain strong practical modeling and interpretation skills, ready to contribute to real-world geotechnical design projects.

PLAXIS Training for Professionals

Enhance Your Technical Expertise. Deliver Smarter Designs.

Aimed at experienced geotechnical and structural engineers, this program dives deep into advanced soil-structure modeling, coupled analysis, and project-based optimization using PLAXIS 2D and 3D.

Training Modules

1. Advanced Modelling of Excavations, Embankments, and Tunnels
2. Groundwater Flow, Seepage, and Consolidation Analysis
3. Dynamic and Seismic Response Simulations
4. Calibration of Soil Models from Lab and Field Data
5. Coupled Soil-Structure Interaction Studies
6. PLAXIS 3D Foundation Analysis – Piles, Rafts, and Mat Systems
7. Earth Pressure and Wall Deflection Analysis
8. Automation and Optimization using Python Scripting
9. Integration with STAAD.Pro and BIM Systems
10. Validation, Reporting, and Quality Assurance

Outcome:
Professionals gain the ability to handle complex ground-structure problems efficiently, improving precision and project reliability.

Customized PLAXIS Corporate Training

Tailored Programs for Teams and Project Requirements

CTtec offers customized PLAXIS training designed for engineering firms, consultants, and infrastructure developers.
We build the course around your specific project types, regional codes, and in-house design standards, ensuring maximum relevance and immediate applicability.

Training Modules (Customized as per Requirement)

1. Project-Specific Modeling (Retaining Structures, Excavations, Ground Improvement)
2. Advanced Foundation and Substructure Analysis
3. Coupled Consolidation and Time-Dependent Simulations
4. Groundwater Flow, Seepage, and Pore Pressure Studies
5. Liquefaction Analysis and Post-Earthquake Ground Behavior
6. Seismic and Dynamic Response of Soil and Retaining Systems
7. Soil-Structure Interaction for Offshore and Deep Foundations
8. Calibration and Validation Based on Site Investigation Data
9. Model Optimization, Scripting, and Report Automation
10. On-Site Workshops, Team Training & Post-Training Technical Support

Outcome:
Organizations benefit from improved design consistency, enhanced technical capability, and reliable project performance using PLAXIS for complex geotechnical challenges.