CDR Sample for Structural Engineers

The author describes a project undertaken during his Bachelor’s degree in Civil Engineering in the first career episode. The project’s title was “Design and Analysis of a Multi-Storey Commercial Building.” The responsibilities of the author were to:

• Perform structural analysis of slabs, beams, and columns using Eurocode standards.
• Design the structural components of the building using software such as ETABS and AutoCAD.
• Analyse load distribution and combinations for dead load, live load, seismic, and wind forces.
• Prepare detailed structural drawings and bar bending schedules (BBS).
• Coordinate with architectural and MEP teams to ensure the integration of structural systems.
• Recommend cost-effective materials and cross-sections while maintaining design integrity.

In the second Career Episode, the author explains the engineering skills he applied during a 6-month industrial training program. In the project “Retrofitting and Strengthening of an Existing Highway Bridge,” the author includes his responsibilities and duties, which were:

• Conduct visual inspection and non-destructive tests on concrete piers and girders.
• Identify corrosion-affected areas and design appropriate repair strategies.
• Propose using fibre-reinforced polymer (FRP) wrapping and steel jacketing techniques.
• Perform finite element modelling to assess structural performance before and after retrofitting.
• Ensure that repair materials meet environmental and load-bearing standards.
• Supervise the retrofitting process and ensure safety protocols are followed on-site.

In the third Career Episode, the author demonstrates the technical skills he applied to complete a project as part of a real-time consultancy project. The project was titled “Foundation Design for an Industrial Warehouse on Expansive Soil.” The key responsibilities were to:

• Analyse soil investigation reports and identify swell-shrink potential in the subsoil.
• Design a suitable pile foundation system to resist differential settlement and structural movement.
• Structural design tools such as SAFE and PLAXIS 3D simulate foundation behaviour.
• Determine optimal pile spacing, depth, and reinforcement to achieve stability.
• Prepare structural documentation, including footing details, reinforcement schedules, and quantity estimates.
• Recommend construction practices and quality control measures for foundation work in adverse soil conditions.