CONCRETE STRUCTURAL DESIGN (PRECAST CONCRETE STRUCTURAL DESIGN AND APPLICATION)

DIXONTECH presents the Concrete Structural Design (Precast Concrete Structural Design and Application) program, tailored for engineers and professionals engaged in modern construction design and prefabrication technology. This course provides in-depth knowledge on precast concrete design principles, connection detailing, production processes, transport logistics, and erection techniques in accordance with Eurocode 2, ACI 318, and PCI standards. It bridges theory and practical applications to ensure durable, efficient, and safe precast structures.

TRAINING TOPICS

• Fundamentals of Precast Concrete Design
• Load Analysis and Structural Behavior
• Connection Design and Joint Detailing
• Production, Handling, and Erection Methods
• Quality, Safety, and Sustainability in Precast Construction

BY THE END OF THIS TRAINING COURSE, DELEGATES WILL BE ABLE TO:

• Design safe and efficient precast structural elements
• Analyze load paths and member connections accurately
• Apply international codes for precast design (EC2, ACI, PCI)
• Plan production, transportation, and installation processes
• Evaluate durability, safety, and long-term performance
• Implement sustainability and cost optimization techniques
• Coordinate effectively between design and site teams

TRAINING IS TAILORED TO

• Structural and civil engineers
• Design consultants and project managers
• Site engineers and supervisors
• Precast plant managers and technicians
• Quality control and inspection engineers
• Contractors and construction specialists
• Academics and technical trainers in structural design

TRAINING METHODOLOGY

This course applies interactive lectures, 3D modeling workshops, and practical simulations. Participants will use structural design software (e.g., Tekla, Revit, STAAD.Pro) and real project case studies to design and evaluate precast systems. The methodology focuses on balancing engineering precision, production efficiency, and construction practicality.

DAY 1

INTRODUCTION TO PRECAST CONCRETE SYSTEMS

• Overview of precast concrete in modern construction
• Advantages and challenges of precast systems
• Design codes and standards (EC2, ACI, PCI)
• Types of precast elements and their applications
• Integration of precast systems in building design

DAY 2

STRUCTURAL ANALYSIS AND DESIGN OF PRECAST ELEMENTS

• Load analysis for precast structures
• Structural behavior of precast slabs, beams, and columns
• Limit state design principles and safety factors
• Reinforcement detailing and design optimization
• Case study: multi-story precast frame system

DAY 3

CONNECTION DESIGN AND STRUCTURAL INTEGRITY

• Types of precast connections and joints
• Mechanical and welded connection design
• Moment and shear transfer in connections
• Designing for robustness and seismic resistance
• Common connection failures and prevention techniques

DAY 4

PRODUCTION, HANDLING, AND INSTALLATION

• Precast manufacturing process and quality control
• Formwork, curing, and surface finishing techniques
• Lifting, transport, and storage considerations
• Site installation procedures and safety requirements
• Coordination between factory and construction site

DAY 5

QUALITY, SAFETY, AND SUSTAINABILITY IN PRECAST DESIGN

• Quality management systems for precast plants
• Safety standards and inspection protocols
• Sustainable design and lifecycle cost analysis
• BIM integration and digital precast design tools
• Future trends in precast and modular construction