Service
Point Cloud Modeling Services
on just three techniques that see widespread use: LIDAR, photogrammetry, and structured-light 3D scanning. LIDAR LIDAR (sometimes spelled LiDAR or lidar) stands for Laser Imaging Detection and Ranging (sometimes
Designer
chandanBIM
Revit, AutoCAD & Point Cloud Scans As Built professional
quality drafting services in Revit & CAD. ❸ As-built Revit/ CAD drawings using Point Cloud/ Matterport Lidar scans. ❹ AutoCAD and Engineering drafting (PDF/ blueprint to CAD conversion). ❺ SketchUp exterior
Designer
meetp1
Civil Engineer Professional With AutoCAD, Revit, Point Cloud Processing, Bim, NEN2580 Experience
interesting projects Some of the projects, that I have worked on during my career, are: 3D scanning/LiDAR and processing point cloud data to get digital terrain models and footprint extraction, 2D/3D drafting
Designer
FParadigmov
FPA.dmv
Remote Survey & GIS Production Specialist with a strong background in geodesy, topographic surveying, cadastral mapping, and infrastructure projects. I support land surveying and civil engineering firms with accurate CAD drafting, GNSS...
3D Model
Unmanned Ground Vehicle (UGV) – Military Grade Autonomous Platform
Integrated Double Wishbone Suspension for superior stability. Sensor Integration: Designed to accommodate LIDAR, thermal cameras, and RF modules. Stealth & Durability: Angled armor panels for impact resistance
Designer
davidt4516
Industrial and computational designer
GhPython, Python; parametric systems for product customization Reality Capture & 3D: Photography/video, LiDAR, photogrammetry (Agisoft Metashape), CloudCompare; Unity ingest Electronics/Test: Wiring, soldering
Designer
fathya1
Mechatronics engineering student with hands-on experience in SolidWorks and AutoCAD — designing an
includes embedded systems design (FPGA/VHDL), motor control circuits, autonomous vehicle perception (LiDAR, YOLO), and Java-based software development. Also served as a CAD Lab Teaching Assistant, supporting
3D Model
Digital Twin Projects for Autonomous Electric Vehicles
I created the initial design concept based on client requirements, which included integration of LiDAR sensors for navigation and obstacle detection. Using AMESIM, I developed a detailed digital twin of
3D Model
Austin Residential Addition
local Austin amendments. CAD Software Utilized: Shapr3D: Used for the entire workflow—from initial LIDAR room scans to the final 3D model and 2D technical drawings. Detailed Documentation: Leveraged Shapr3D’s
Designer
Ben_Myburgh
Napkin Sketch to Reality - Mechanical/Aerospace Product Design Engineer
can do it all. Current Projects: - Red Bull Air Race Team Support - Design/Simulation Engineer - LIDAR projects for general aviation Engineering Background: - Flight Test Engineer - Composites Engineering