Reinforced Concrete Structural Design Training Course

ICTI and Partners Certification

1 Week

20 hours

Classroom, In-House, Online

Price: £3500

Group discounts available. Get Registered for more details.

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The Reinforced Concrete Structural Design Training Course at Imperial Corporate Training Institute is a specialized corporate engineering program tailored for professionals and organizations working in infrastructure development, construction management, and structural design. This course helps participants to learn the process and techniques involved in designing with reinforced concrete (RC) using modern international codes, design software, and a project-based framework. Participants will learn how to interpret, analyze, model and design concrete structures that conform to industry codes and corporation engineering requirements.

The integrated learning experience captures real design scenarios and analytical approaches to develop corporate-level thinking in relation to reinforced concrete design including foundations, beams, slabs, columns, retaining walls, and multi-story structural systems. The course emphasizes accuracy of design, sustainability, low-cost implications of design, and safety – elements that are important to professionals working on large-scale industrial, commercial, and civil projects. The course is designed so participants will experience an increase in productivity, design intelligence, and better decision-making across engineering teams in the corporate environment.

Objectives

The Reinforced Concrete Structural Design by Imperial Corporate Training Institute Training Course aims to:

Provide participants with the technical skills to design and analyze reinforced concrete structures utilizing international design codes (ACI, BS, and Eurocode).
Build an understanding at a corporate level of concrete design workflows and documentation in a project-based, corporate context.
Enable professionals to work with advanced design software tools (AutoCAD, STAAD.Pro, ETABS, and Revit Structure) for developing efficient RC structural models.
Enhance analytical, technical, and managerial decision-making skills associated with reinforced concrete design in a corporate engineering context.
Introduce principles of optimization and sustainability for developing safe, cost-effective, and resilient structural solutions.
Bridge theoretical knowledge and the corporate practice of design by grouping based projects that are oriented in industry.
Provide skills to interpret structural drawings, develop design documentation, and work effectively within a multidisciplinary engineering team.
Enhance communication between team members, the coordination of team projects, and the quality assurance. within corporate infrastructure projects.

Target Audience

This course is strategically designed for corporate professionals and engineering teams who aim to strengthen their expertise in structural design and construction. It is ideal for:

Civil and structural engineers working in design consultancies, construction firms, and infrastructure development companies.
Project managers and site engineers involved in the supervision, execution, or review of reinforced concrete structures.
Engineering graduates or professionals transitioning into corporate structural design roles.
Design coordinators, drafting teams, and BIM professionals seeking to enhance integration between design and construction documentation.
Organizations looking to upskill their engineering departments in the latest reinforced concrete design methodologies.
Technical managers responsible for ensuring compliance, quality, and optimization in engineering projects.

Course Modules

Introduction to reinforced concrete materials, properties, and behavior.
Understanding loads, load paths, and structural behavior under various conditions.
Corporate design standards and compliance requirements.
Overview of concrete mix design, reinforcement detailing, and quality control.

Application of ACI, BS, and Eurocode standards in corporate design projects.
Understanding corporate documentation and code-based compliance.
Cross-code comparison and adaptation to international project requirements.

Design principles for one-way and two-way slabs.
Reinforcement detailing and deflection control techniques.
Flexural and shear design for beams.
Integration of software modeling in corporate workflows.

Short and slender column design principles.
Axial load, bending, and interaction diagrams.
Footing and foundation system design for commercial and industrial structures.
Case studies from corporate infrastructure projects.

Load transfer mechanisms and stability checks.
Structural analysis using STAAD.Pro and ETABS.
Understanding load combinations for strength and serviceability.
Integrating analysis results into practical RC design documentation.

Design methodology for retaining walls, tanks, and reservoirs.
Structural detailing and stability considerations.
Crack control and waterproofing in reinforced concrete structures.
Corporate project-based examples and documentation standards.

Reinforcement detailing using AutoCAD.
BIM-based design documentation in Revit Structure.
Clash detection, coordination, and model-based project delivery.
Corporate workflow integration between design, drafting, and construction.

Case-based design project following a real corporate workflow.
Cost-effective design optimization strategies.
Structural safety evaluation and quality assurance planning.
Design presentation, report writing, and client deliverable preparation.

Seismic design and detailing for reinforced concrete structures.
Use of high-performance materials and fiber-reinforced concrete.
Sustainable design practices in corporate infrastructure development.
Emerging technologies in reinforced concrete analysis and monitoring.

End-to-end design of a reinforced concrete structure.
Corporate documentation: drawings, calculations, and project reports.
Group presentations and peer review aligned with corporate standards.
Evaluation and feedback from industry professionals.

FAQs

What practical skills will I gain from the Reinforced Concrete Structural Design Training Course?

Participants will gain hands-on experience in analyzing and designing reinforced concrete structures using international codes and professional software such as AutoCAD, STAAD.Pro, ETABS, and Revit. You’ll also learn how to prepare corporate-standard drawings, reports, and design documentation for real-world engineering projects.

Is this course suitable for working professionals in the construction and design industry?

Yes, this course is specifically developed for corporate engineers, project managers, and design professionals who want to strengthen their technical and analytical capabilities in reinforced concrete design within industrial and commercial project environments.

Does the course include software-based design training?

The program integrates major design and drafting software tools, including STAAD.Pro, ETABS, AutoCAD, and Revit Structure, ensuring participants can design, analyze, and document reinforced concrete structures using industry-standard digital workflows.

How will this training benefit my company or organization?

By enrolling corporate teams, organizations can enhance project efficiency, reduce design errors, and ensure compliance with international structural standards. The training boosts internal design capacity, promotes quality assurance, and streamlines cross-departmental collaboration.

Do participants receive certification after completing the course?

Yes. Upon successful completion, participants receive an industry-recognized certificate from Imperial Corporate Training Institute, validating their advanced skills in reinforced concrete structural design and corporate engineering practices.

Course Dates

Availiable Dates

Place

January 5, 2026

February 9, 2026

June 8, 2026

September 7, 2026

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