Christofer Malabanan

Portfolio (8 projects)

Worked as outsourced employee to Meinhardt Sydney as Digital Delivery Coordinator
Produced 3D structural models, construction drawings, and schedules adhering to company standards
Amended and revised drawings and models following client markup
Attended meetings with client and consultants for coordination
Checked subordinate work before submitting to client
Created training modules and programs for newly hired BIM specialists

Developed detailed 3D structural models for a hospital facility, ensuring compliance with project specifications and BIM standards
Produced construction drawings and schedules in coordination with architectural and MEP disciplines
Reviewed and revised models based on consultant feedback and design changes
Coordinated with client representatives and project consultants to resolve design clashes
Verified model accuracy and performed quality checks prior to submission

Coordinated tasks with Project Managers in Chicago office
Led team on Revit modeling and checking of output prior to submission
Created 3D models from point cloud scan and drawing references
Created parametric families including furniture to fit project needs
Created door and window parametric families and catalog as part of company standard
Created and reviewed RFIs
Developed training module on creating parametric families

Developed an accurate BIM model of a multi-storey mixed-use building using point cloud scan data as the primary reference
Created detailed architectural and structural models to the required Level of Development (LOD), ensuring compliance with project standards and client requirements
Verified model accuracy by aligning BIM elements with the point cloud, producing coordinated models suitable for renovation, as-built documentation, clash detection, facility management, and construction documentation
Developed custom parametric Revit families for doors and windows to meet specific project requirements

Developed accurate BIM models of oil and gas facilities using laser-scanned point cloud data as the primary reference
Converted existing industrial facilities into detailed as-built Revit models, ensuring compliance with project specifications and BIM standards
Modeled architectural, structural, and industrial components while maintaining alignment with point cloud data to achieve a high level of accuracy
Performed quality checks and model validation to ensure accurate representation of existing site conditions
Delivered coordinated BIM models to support renovation, retrofit, asset management, clash detection, and construction planning

Developed accurate BIM models of sports facilities using laser-scanned point cloud data as the primary reference
Created detailed architectural and structural models in Autodesk Revit, ensuring compliance with project specifications, BIM standards, and the required Level of Development (LOD)
Verified model accuracy by aligning BIM elements with point cloud data, accurately representing existing site conditions
Produced coordinated as-built models to support renovation, refurbishment, facility management, clash detection, and construction documentation
Created and modified parametric Revit families for project-specific building components when required
Conducted quality control reviews to ensure model accuracy, consistency, and adherence to client requirements

Led team on Revit modeling and checking of output prior to submission
Designated tasks to team members and coordinated workloads
Attended meetings with other Leads and Project Managers for coordination
Created walkthrough and flythrough animations for presentations using visualization tools
Developed training module on 3D visualization

Trained and supervised newly hired CAD and Rebar Specialists
Checked project outputs prior to submission including shop drawings and bar bending schedules
Created and supervised creation of heavy equipment models through AutoCAD 3D
Produced detailed rebar shop drawings and bar bending schedules in accordance with standards
Provided assistance to BIM team through modeling