Rowan S.
Global rank:
14,906 / 133,449
Skill pts: 5
2D & 3D Modeling BIM 2D AutoCAD 2D Drafting / Detailing Tekla Tekla Structures

About

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Experience

  • Drafter BC Foundations · Part-time Mar 2026 – Present 2 mos Canada Helical Pile Foundation SystemsEngineered Shop Drawings: Developed detailed installation plans for helical pile foundations, including precise pile locations, lead/extension configurations, and helix plate diameters.Connection Design: Drafted technical details for pile-to-structure connections, including new construction caps, underpinning brackets, and slab-support assemblies.Torque Monitoring Documentation: Created torque-to-capacity tables and depth logs to guide field installers in meeting structural load requirements.Conflict Analysis: Performed clearance checks to ensure pile battered angles avoided existing underground utilities and adjacent foundation footings.Retaining Wall Design & Earth RetentionSRW Design: Designed Segmental Retaining Walls (SRW) using various block types, including gravity-based large-format blocks and geogrid-reinforced architectural blocks.Reinforcement Layouts: Drafted comprehensive geogrid reinforcement plans, specifying embedment lengths, vertical spacing, and tensile strength requirements based on soil friction angles.Hydraulic Detailing: Integrated critical drainage components into wall sections, including perforated pipe placement, drainage stone zones, and surface swales to manage hydrostatic pressure.Site Grading Integration: Produced wall profiles and elevations (TW/BW) that accurately transitioned with site topography and finished grade slopes.

Education

  • faculty of egineering Bachlelor of Engineering, Civil Engineering, excellent 2015 – 2020
  • Faculty of Engineering Alexandria University Bachlore, Civil Engineering, Very Good 2015 – 2020 Activities and Societies: EBC Engineering Bridge Competation The Structural System Competition is an academic and practical exercise aimed at evaluating participants’ ability to design and construct efficient, durable structural systems within defined constraints. The primary objective is to achieve maximum structural performance—particularly in terms of strength, stability, and load-bearing capacity—while optimizing the use of limited materials.
    Participants are required to develop scaled physical models, typically utilizing lightweight materials such as wooden elements, to simulate real-world structural behavior. The designs are based on fundamental engineering principles, including load distribution, truss action, and overall structural integrity.
    Each submitted model undergoes a controlled loading test, during which increasing loads are applied until structural failure occurs. Performance is assessed based on criteria such as maximum load capacity, structural efficiency (load-to-weight ratio), and the effectiveness of the design approach.
    This competition serves to reinforce theoretical knowledge through hands-on application, while fostering critical thinking, innovation, and teamwork. It provides valuable insight into the practical challenges of structural design and emphasizes the importance of efficiency and resilience in engineering solutions.