Elite geomatics engineering and 3D forensic analysis. Spatially accurate reconstructions, photogrammetry, and litigation-ready visuals that bring clarity to the most complex investigations.
Every deliverable is engineered for technical rigor and persuasive clarity in front of judges, juries, and adjusters.
High-fidelity 3D models from laser scan data, photogrammetry, and UAV imagery. Real-time walkthroughs and before/after condition switching for land development and forensic analysis.
Leica Geosystems ScanStation and HDS workflows delivering millimeter-accurate point clouds. Used extensively for wildland fire origin mapping, industrial accidents, and structural failure analysis.
FAA Part 107 certified sUAS operations combined with advanced photogrammetric resection, reverse camera projection, and video analysis to reconstruct events with precise spatial context.
Scientifically defensible visibility studies and line-of-sight reconstructions critical for officer-involved incidents, wrongful death, and premises liability cases.
Court-admissible 3D animations, interactive exhibits, and demonstrative presentations. Custom automation for bullet trajectory, kinematics, shadow studies, and camera ray tracing.
Specialized origin & cause mapping, tree failure reconstruction, topographic basemapping, and digital terrain modeling for insurance claims and complex litigation.
We focus on high-stakes matters where accuracy, clarity, and admissibility are non-negotiable.
We don’t just use the tools — we build and automate them. Custom algorithms allow for faster, more accurate, and more insightful analysis.
Proprietary tools for rigging, bullet trajectory modeling, camera ray tracing, shadow studies, and kinematic analysis that dramatically reduce production time while increasing precision.
Certified expertise with Leica ScanStation, HDS Traverse, and full AutoCAD Civil 3D / Map 3D workflows. Photogrammetric control and engineering-grade deliverables.
FAA Part 107 operations delivering high-resolution orthophotography, 3D mesh models, and inspection data that integrate seamlessly with terrestrial LiDAR and photogrammetry pipelines.
Engineer • Land Surveyor-in-Training • Forensic Visualization Expert
With over 20 years of experience in mapping, LiDAR, UAV data capture, and advanced 3D modeling using AutoCAD and Leica Geosystems technologies, Joel has built a reputation for turning complex spatial data into clear, defensible visual evidence.
He brings 12 years of dedicated forensic engineering experience, having produced hundreds of court animations, exhibits, and presentations for accident reconstruction, wildland fire origin & cause, officer-involved shootings, wrongful death, and catastrophic injury cases.
Selected examples demonstrating the power of precise geospatial forensics in high-stakes matters.
Combined photogrammetric resection, bullet trajectory modeling, and 3D scene reconstruction to create court-admissible animations that clarified shooter and subject positioning for the trier of fact.
LiDAR scanning, UAV data capture, and digital terrain modeling provided spatially accurate basemapping and fire progression visualization that supported conclusive origin determination. Photogrammetry is used in processing to extract measurements from historical and witness imagery.
Advanced visibility and line-of-sight analysis using 3D models and ray-tracing techniques delivered compelling demonstratives that helped resolve complex premises liability claims.
Additional case studies available upon request under confidentiality agreement.
Whether you need a rapid response for an active investigation or comprehensive litigation support, our team is prepared to deliver precision you can rely on.
