Juan Sebastian Sardi Barzallo

Analysis and modeling from point clouds (scan to BIM) - Autodesk Revit - 3D capture of existing buildings using 3D laser scanning - Creation of 2D as-built plans (CAD) from point clouds -Target actual analyses from point clouds | Supervision of modeling projects -Modeling of 3D as-built building models (CAD, BIM) from point clouds

Collaboration in scientific activities (exhibition of topics at research stands and conferences) 3D modeling of augmented reality and virtual reality scenes | scientific research and writing | support for BIM modeling and research activities.

* Augmented and Mixed Reality Architectural visualization * Development of an application for the Microsoft HoloLens 2 using the Unity Game Engine for the visualization of architectural design in the Development Center of Mercedes Benz in Stuttgart.

- Labeling of images for the development of an artificial intelligence in the context ofour research projects - Controlling of labeled images - Participation in internal conferences - Programming of web applications and services | Programming of Windows applications (lobing tool)

3D BIM modeling (Autodesk Revit), drawing of architectural details and creation of 2D architectural drawings (Autodesk AutoCAD). Drawing of architectural layouts | Drawing of building details | 3D drawings made on Autodesk Revit Software | Request of quotations of budget updating | amongst other assigned responsibilities.

Participate in the planning, driving and test reporting by driving a vehicle to collect photos for the OpenStreetCam program along the south of Ecuador | Responsible for installations, inspections, maintenance and modifications to the Telenav test equipment according to test requirements | Participate in the development, validation and improvement of program requirements and specifications | Upload daily photos to the OpenStreetCam server.

Aerial survey of the roofs (2.5D) of the historic city center (approx. 33 ha). Creation of high-quality point clouds of the surveyed elements at roof level | Creation of the ortho-mosaic of the survey area | Creation of the digital terrain model (DTM) in .tiff raster format.