Fundamentals of Structural Engineering

Day 1: Introduction to Structural Engineering

Morning Session:

• Overview of the construction industry and the role of structural engineering
• Importance of safe, functional, and economical structures
• Interaction between designers, architects, operational managers, etc.

Afternoon Session:

• Project life cycle from design to implementation
• Understanding the 'project language': designs and specifications
• Coordination and communication among project stakeholders

Day 2: Principles of Structural Analysis

Morning Session:

• Basics of structural analysis
• Types of loads and their effects on structures
• Determination of stresses and strains

Afternoon Session:

•  Introduction to structural modeling
• Hands-on exercises in structural analysis
• Case studies on real-world structural analysis challenges

Day 3: Behavior of Materials

Morning Session:

• Material properties and behavior under loading
• Stress-strain relationships for common construction materials
• Factors influencing material selection

Afternoon Session:

• Laboratory demonstrations on material behavior
• Practical considerations in material selection for construction
• Group discussions on material challenges in projects

Day 4: Design Fundamentals for RCC and Steel Structures

Morning Session:

•  Introduction to reinforced concrete (RCC) and steel structures
• Design principles for RCC structures
• Design principles for steel structures

 Afternoon Session:

• Code requirements and standards for RCC and steel design
• Hands-on design exercises for RCC and steel structures
• Case studies on successful RCC and steel structure designs

Day 5: Construction Materials and Quality Assurance

Morning Session:

• Selection of construction materials
• Quality assurance in construction projects
• Statutory approvals and planning considerations

Afternoon Session:

• Project implementation and coordination
• Material procurement and logistics
• Workshop conclusion and certificate distribution

Workshop Features:

• Hands-on Exercises: Practical sessions and exercises to apply learned principles.
• Case Studies: Real-world examples to illustrate concepts and challenges.
• Group Discussions: Opportunities for participants to share experiences and insights.
• Certificate Distribution: Recognition of participation and completion. 

This workshop is designed to provide participants with a solid foundation in structural engineering principles and their practical application in construction projects. Adjustments can be made based on the specific needs and level of expertise of the participants.