
Simulation Specialist
2024
2 Months
projectDetail.industrialAutomation
projectDetail.theChallenge
Machine relocation and new line installation projects frequently suffered costly delays due to physical clashes—machines colliding with structural pillars, overhead cable trays, or utility piping—that were invisible in traditional 2D AutoCAD drawings. Planning relied on paper floor plans and manual tape measurements, making it nearly impossible to verify vertical clearances, forklift turning radii, or maintenance access corridors. Each on-site clash discovery forced unplanned rework, extending production downtime by an average of 3 days per relocation project.
projectDetail.theSolution
Built a 1:1 Scale 3D Digital Twin of the entire factory floor using SketchUp and AutoCAD, covering over 5,000 square meters across multiple production zones. The model includes structural elements (columns, beams, mezzanines), utility infrastructure (cable trays, piping, HVAC ducts), and accurate machine footprints with height envelopes. This enabled the cross-functional team to 'Virtually Relocate' machines, simulate forklift logistics paths, verify overhead clearances, and validate maintenance access before any physical work began. Rendered fly-through videos were presented to executives for rapid layout approval.
projectDetail.transformationEvidence
projectDetail.systemDemo
projectDetail.systemArchitecture
Survey
Modeling
Simulation
Execution
projectDetail.lessonsLearned
projectDetail.businessImpact
projects.detailHeading
Bridging the gap between design and reality with a High-Fidelity 3D Digital Twin, covering the full factory floor at a 1:1 scale to eliminate costly relocation errors. Project Scope: - Modeled 5,000+ sqm of factory floor across multiple production zones. - Included structural elements (columns, beams, mezzanines), utility infrastructure (cable trays, piping, HVAC ducts), and machine footprints with accurate height envelopes. - Total of 6 major machine relocation projects validated through the Digital Twin before physical execution. [ Workflow ] 1. Site Survey: Conducted ground-truth measurements of building columns, cable trays, piping, and floor elevations using laser distance meters. Identified 50 mm discrepancies from legacy 2D drawings. 2. 3D Modeling: Converted verified dimensions and 2D AutoCAD layouts into detailed SketchUp 3D models with LOD (Level of Detail) optimization for performance. 3. Virtual Validation: Simulated machine placement to detect collisions, verified forklift turning radii and logistics paths, and checked overhead clearance for cranes and HVAC. 4. Stakeholder Review: Rendered animated fly-through walkthrough videos for executive presentations, replacing static CAD file reviews. 5. Execution: Provided construction teams with validated 3D reference models, ensuring zero surprises on move day. Key Features: - Collision Detection: Automatically identifies physical clashes between machines and structural elements before any equipment is moved. - Clearance Verification: Validates vertical clearance for overhead cranes, cable trays, and HVAC ducts against machine height envelopes. - Logistics Path Simulation: Tests forklift routes, AGV paths, and material flow corridors within the 3D environment. - Maintenance Access Audit: Ensures adequate space around each machine for routine maintenance, part replacement, and safety egress. Business Impact: - Eliminated all layout-related rework across 6 relocation projects, saving an estimated 18 days of cumulative downtime. - Cut executive layout approval time from 2-3 weeks to under 4 hours through visual fly-through presentations. - Established a reusable Digital Twin asset that serves as the single source of truth for all future factory expansion and layout planning.
projects.technologies
- SketchUp
- AutoCAD
- Rendering
- Process Simulation
projects.systemGallery



projectDetail.nextProject
Cart Part Design & Engineering Development
AutoCAD • SketchUp 3D • Structural Analysis

