Civil Engineer CDR Example
Civil Engineer · 5 to 7 years experience · Philippines
Three Career Episodes from a civil engineer based in the Philippines with 5 to 7 years of experience in residential structural design, seismic analysis, and water utility infrastructure. This CDR was assessed and approved by Engineers Australia under the Professional Engineer (PE) competency standard.
Structural Design of a Two-Storey Residence, Makati City
Designed the structural members of a two-storey residential building in Makati City, Philippines, applying NSCP 2015 and ACI 318 standards. Used STAAD structural analysis software to model and verify the structural system under dead, live, and wind loads. The design process required independent selection and justification of structural member sizes and connection types, demonstrating PE1 personal commitment to professional standards and PE2 engineering knowledge through correct application of national structural codes.
Seismic Structural Analysis near Taal Volcano, Tagaytay
Performed seismic structural analysis of a residential structure in Tagaytay City, located within 9.3 km of the active Taal Volcano fault. Applied UBC 1997 Section 1630.2.2 provisions and classified the site as Seismic Source Type A. Used ETABS to model and analyse the structure under earthquake loading, incorporating site-specific ground motion parameters. Demonstrated PE2 advanced engineering knowledge in structural dynamics applied to a high-seismicity near-fault environment.
Water Pipeline Replacement Project, Quezon City
Designed and supervised a water pipeline replacement project in Quezon City for Maynilad Water Services. During construction, discovered an unmapped creek that required a pipeline reroute using 45-degree bends and concrete encasement to protect the pipe crossing. Resolved the design change on site under time and budget constraints, coordinating directly with the client utility. Demonstrated PE3 professional accountability through independent on-site problem resolution and PE2 application of hydraulic engineering principles to the revised layout.
