COURSE 1 : "Structural Design of Multi-Storey (G+4) Reinforced Concrete Buildings" course.
The course will discuss all the steps involved in the recent project completed by Structure Pedia. After Payment, you will get the material via email.
 
After Payment, you will get the material via email.
 
Learning outcomes
By the end of the course, you should be able to:
Reading and understanding Architectural layout of one of Structure Pedia Real project.
Concept Design preparation meeting client constraints.
Preliminary Sizing of members
Creating load calculation to be applied on structural member (Gravity and Seismic Loading)
Applying Load on structural members in the software.
Analysing and interpreting results in software STAAD-PRO.
Design of Structural members to resist internal forces.
 
COURSE 2:
Welcome to the "Structural Design of Single-Storey Reinforced Concrete Buildings" course, where we delve into the principles, methodologies, and practices essential for designing safe and efficient single-storey structures using reinforced concrete.
 
Course Overview: This comprehensive course is designed to provide a thorough understanding of the key concepts and techniques involved in the structural design of single-storey buildings using Indian Standard IS 456. Participants will gain valuable insights into the entire design process, from preliminary considerations to detailed analysis and documentation.
 
Key Topics Covered :
​Overview of building codes and regulations.
​Material strength, durability, and relevant factors.
Load Analysis and Building Planning:
Determination of gravity and imposed loads.
Building layout considerations and architectural constraints.
Structural Systems and Load Path:
Selection of appropriate structural systems.
Establishing load paths for efficient load transfer.
Structural Analysis:
Application of analysis methods for single-storey structures.
Evaluation of forces, moments, and deformations.
Reinforced Concrete Design:
Principles of reinforced concrete design.
Flexural, shear, and axial design considerations.
Foundation Design:
Types of foundations suitable for single-storey buildings.
 
COURSE 3:
The master course on freehand drawings for engineers is a comprehensive program designed to teach engineers the fundamentals of creating freehand drawings. Engineers and students will learn how to use their artistic skills to communicate their engineering ideas in a more efficient and effective manner.  Upon completion of the master course, students will have gained a solid foundation in freehand drawing techniques and will be able to confidently incorporate these skills into their engineering work.
 
Content :
How to draw straight lines with approximate measurement, basics of isometric and perspective views including live examples
How to create concrete and steel freehand drawings, concept sketches for buildings and bridges.
Concept drawing for construction sequence and construction details
Who Should Join?
Civil Engineer Student or Engineer
Structural Engineering Student or Engineer (Building expertise)
 
Course Format:
The course combines recorded lectures (one lecture per week) for Course 1 and entire lectures for Course 2 and 3 and hands-on design exercises to ensure a holistic learning experience. Participants will have the opportunity to apply the learning to real-world scenarios, fostering a practical understanding of the design.