Ngundi Gedeon

I believe that exceptional infrastructure and buildings are born from the seamless integration of technical rigor, aesthetic vision, and constructability. My philosophy centers on creating resilient, efficient, and sustainable designs where the structural form and architectural intent are in harmony. I strive to ensure that every calculation, material choice, and detail not only meets safety codes but also enhances the human experience and respects the environmental context.
Proficient in the analysis and design of reinforced concrete, structural steel, masonry, and timber systems for buildings and infrastructure, ensuring compliance with relevant codes (e.g., BAEL, EUROCODES, & BS)
Experienced in collaborating closely with architects from concept through construction to resolve complex design challenges, ensuring structural efficiency aligns with architectural vision.
Expert in using Building Information Modeling (BIM) for 3D modeling, 4D scheduling, and 5D cost estimation. Leading clash detection and coordination between architectural, structural, and MEP systems.
Producing precise, clear, and coordinated construction drawings, specifications, and structural details for contractors.
Designing site layouts, grading, earthworks, drainage, utilities, and roadways to integrate buildings seamlessly into their sites.

· BIM & CAD: Autodesk Revit (Expert), AutoCAD (Expert), ArchiCAD (Expert), Twinmotion and Lumion for rendering (Expert)
· Structural Analysis & Design: ETABS, PROTABS, ROBOT, CYPECAD
· Project Management & Collaboration: Bluebeam Revu, BIM 360/Acc, Microsoft Project, Procore
· Specialized Tools: HEC-RAS (Hydraulic Modeling), ArcGIS, Eparnet 2.0.
My primary strength is bridging the gap between architectural aspiration and structural reality. I proactively find creative engineering solutions that enable bold architectural designs without compromising safety or budget.
I don't just model; I leverage BIM as a powerful collaboration and problem-solving tool. My ability to manage complex models leads to fewer construction-phase conflicts and more integrated project delivery.
I excel at understanding the interconnectedness of all building systems (civil, structural, architectural, MEP). This systems-thinking approach allows me to identify and resolve potential issues before they reach the field.