Structural Structural

STRUCTURAL ENGINEERING PRACTICE IN MALAYSIA

Proficiency, experience and extensive working knowledge of structural engineering practice in Malaysia covering general matters and all aspects of structural works.

 A. GENERAL MATTER

 

  1. Procurement & Contract (Pre and Post) administration.

 

  1. Regulatory practice and submission procedure for structural engineer.
    1. "Street, Drainage & Building Act" and the Uniform Building By-Law Malaysia (UBBL) where it pertains to the structural engineer.
    2. Submission procedures for planning approval, building plan and relevant Form Gs and Form F for Certificate of Completion and Compliance (CCC) as Submitting Person.
    3. Fire Services Act where it pertains to structural engineer’s submission.
    4. Temporary works and site safety.

 

 B. STRUCTURAL WORKS

  1. Specific requirements for Structure by UBBL
    1. Loading requirements;
    2. Fire resistance requirements;
    3. Durability of concrete;
    4. QA/QC on concrete.

 

  1. Structural Analysis
    1. Understanding of structural behaviour and failure;
    2. Structural System;
    3. Structural Analysis.

 

  1. Foundation and Substructure Design
    1. Shallow foundations;
    2. Pile cap design;
    3. Design of earth retaining walls and basement walls; and

 

  1. Reinforced Concrete Design
    1. Beams and slabs - flexure, shear, deflection, crack, detailing etc;
    2. Rectangular and circular column design - short and slender; and
    3. Design of load bearing walls.

 

  1. Prestressed Concrete
    1. Single and multi span slab and beam design at transfer and service state;
    2. Prestressed concrete bridge beams;
    3. Prestressing loses- Creep, shrinkage, frictional, curvature, etc;

 

  1. Water Retaining Structure
    1. Slab and wall design subject to hydrostatic forces; and
    2. Crack width control calculation.

 

  1. Structural Steel Design
    1. Beam section design;
    2. Column section design;
    3. Steel truss and frame analysis and design;
    4. Connection design by welding and bolting;
    5. Protective coating.

 

  1. Composite Concrete/Steel Design
    1. Concrete slab and steel beam design.

 

  1. Earth Retaining Structures

 

 

  1. Timber Structures

 

 

  1. Bridge Structures

 

 

  1. Loading on Structures
    1. Wind
    2. Earth
    3. Bridge

 

  1. Temporary Structures and Falsework

 

 

  1. Structural Dynamics and Earthquake Design