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Marian Radoi / 3D Laser Scanning
Marian Radoi / 3D Laser Scanning

This document discusses a 3D laser scanning project of the Otetelesanu Manor in Gradinari, Romania. The scanning was conducted to create a detailed documentation of the building's current state to aid in preservation and rehabilitation planning. The scanning produced a 3D point cloud, from which 2D plans, sections, and elevations were extracted. It also generated a 3D model and panoramic views. The document outlines the advantages of laser scanning for heritage documentation and provides examples of the company's past projects involving heritage buildings in Romania and Europe.

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3D LASER SCANNING | 2D SURVEY | 3D MODELLING OTETELESANU MANOR G r a d i n a r i , R o m a n i a
3 International Partner Buro S.R.L. Office: www.ipartner.ro office@ipartner.ro +4 - 0722 998 663 Bucharest, Romania PhD. Dipl.-Eng. Marian RDOI CEO - International Partner Buro S.R.L. 3D Laser Scanning & Survey specialist Member of ICOMOS Romania + 4 - 0766 462 766 marian.radoi@ipartner.ro Otelelesanu Manor - exterior view 2D SURVEY4 3D POINT CLOUD DIGITAL ORTHOPHOTOS 3D MODEL 360属 panoramic view ONLINE OR OFFLINE WEB PLATFORM 10 10 12 PORTFOLIO12 OTETELESANU MANOR LOCATION: Gradinari commune Giurgiu district, Romania 3D Laser Scanning Project purpose: 2D survey and 3D model Built in 1929, Otetelesanu Manor from Gradinari, Giurgiu district, is nowadays a historical monument. In order for the preservation and rehabilitation works to be planned, it was decided that a detailed documentation of the buildings current state was needed. Taking all these facts into account, the survey has been carried out using the 3D laser scanning method. Faster data collection, as compared to conventional methods; Very low risk of occupational accidents in a highly damaged building; Non-invasive method of data collection; Full, authentic and accurate 3D copy of reality, unsurpassed by any other means or method of measurement; 2D and 3D documentation provided to architects and structural engineers; Conversion of data into 2D and 3D models compatible with all CAD software; Detailed mapping of the buildings damages - allows planning preservation and rehabilitation works, as well as monitoring the intervention over time; Structural details - complex documentation due to accuracy and large amount of data collected through 3D laser scanning; Restoration of complex architectural elements; Conversion of the laser scans in digital orthophotos; Perfect alternative to conventional measurement methods for preservation and restoration of historical monuments. The advantages of the survey obtained through this innovative measurement technique, supporting the rehabilitation project of Otetelesanu Manor are:
54 These products are obtained based on the3D laser scanning and are compatible to CAD software, often exported as *dwg, *dxf, *3ds, *pdf files etc. DELIVERED PRODUCT: 2D SURVEY Ground floor paln First floor plan Basement plan Attic plan Roof framing plan Roof plan Cross sections Longitudinal sections Fa巽ades Advantages of the 2D survey obtained from 3D laser scanning: Accurate survey, unsurpassed by any other measurement techniques; Very efficient for historical monuments with no rectangular spaces, where surveying by conventional means would require time consuming procedures and increased human resources; Very good quality/cost/time ratio; No need for returning to the site for additional measurements. R o o f p l a n Fi r s t f l o o r p l a n C r o s s s e c t i o n W e s t f a 巽 a d e G r o u n d f l o o r p l a n E a s t f a 巽 a d e
6 O t e t e l e s a n u M a n o r 3D Laser Scanning 2D survey based on the 3D point cloud Ground floor plan 7
98 O t e t e l e s a n u M a n o r 3D Laser Scanning 2D survey based on the 3D point cloud Attic plan
1110 O t e t e l e s a n u M a n o r 3D Laser Scanning 2D survey based on the 3D point cloud North fa巽ade
1312 DELIVERED PRODUCT: 3D MODEL Exterior 3D volume Interior 3D model Roof framing 3D model These products are obtained based on the3D laser scanning and are compatible to CAD software, often exported as *dwg, *dxf, *3ds, *pdf files etc. Advantages of the 3D model obtained from 3D laser scanning: Allows measuring and viewing all architectural elements, even if they may not be included in the 2D survey; The 3D model may be used for volume measurements; The roof framing model is an accurate 3D copy of the roof s framework, allowing structural calculations for consolidation or addition works; May be used for further editing in order to obtain realistic visualizations. South-West view South-East view North-West view - section of the ground floor plan North-West view - section of the first floor
1514 IPB WebShare platform - interior view IPB WebShare platform - exterior view DELIVERED PRODUCT: 360属 PANORAMIC VIEW ON ONLINE OR OFFLINE WEB PLATFORM WebShare online or offline system for viewing scans through panoramic views, with the possibility of measuring distances. DELIVERED PRODUCT: 3D POINT CLOUD DIGITAL ORTHOPHOTOS 3D Point Cloud - South-East view Digital orthophoto image obtained from 3D point cloud versus 2D survey 3D point cloud animations; Simulations with insertion of a proposed intervention on the existing site achieved from the 3D point cloud; Point cloud viewing system, in free software, allowing measuring distances and exporting point clouds. These products are obtained based on the3D laser scanning and are compatible to CAD software, often exported as *dwg, *dxf, *3ds, *pdf files etc. Advantages of the point clouds obtained from 3D laser scanning: Point clouds are a full, authentic and accurate copy of reality, which cannont be obtained by any other means or method of measurement; The current state of the historical building can be thoroughly documented, based on the 3D point cloud; 3D point clouds allow exact measurements of distances and areas and they represent the starting point for the 2D survey and the 3D model. 3D measurements The general map offers the possibility of measuring distances and surfaces, and the 3D view allows easy measurement of point-to-point distances. 360属 panoramic view - on IPB WebShare platform or by means of free software - Scene LT. Detailed panoramic display - each panoramic position provides a 360属 view, including all the details recorded. Acces for authorized users Authorized users may acces the original 3D data through the download option and may examine data by using free software SCENE LT.
1716 Oradea Town Hall Palace Construction year: 1902-1903 Oradea, Romania - 3D laser scanning - 2D survey execution - facades - 2D plans - main entrance building - Sections - main entrance building - 2D plans and sections - roof framing - Point cloud animations National Museum of Romanian History Construction year: 1894 Bucharest, Romania - 3D laser scanning - Full 2D and 3D survey execution - Pointcloud and 3D model animations - Gross building area: 23.551 sqm - Number of scans performed: 2474 Calea Eroilor Monumental Ensemble, Constantin Brancusi Targu Jiu, Romania - 3D laser scanning for monitoring the sculptures - Technical documentation for registering the monumental ensemble designed by sculptor Constantin Brancusi in the UNESCO world heritage. Bucharest National Opera Construction year: 1954 Bucharest, Romania - 3D laser scanning - 2D survey - main foyer and stage area - 3D modelling of decorative elements - Point cloud and 3D model animations - Viewing on IPB WebShare Bucharest University building Panduri road, no. 90 Construction year: 1862 Bucharest, Romania - 3D laser scanning - 2D survey - facades and roof - Point cloud animations - Viewing on IPB WebShare Eglise St. Nicolas dHampigny ChampagneArdenne Aube, Hampigny, France Construction period: 13th century - 3D laser scanning - Full 2D survey execution - Full 3D model execution - Point cloud export Eglise St.-Jean-Baptiste de Villacerf Regiunea ChampagneArdenne Aube, Villacerf, France Construction period: 12th-16th century - 3D laser scanning - Full 2D survey execution - Full 3D model execution - Point cloud and 3D model animations C a t h e d r a l e N o t r e - D a m e d e S t r a s b o u r g Strasbourg, Alsace, France Construction period: 1015-1439 - 3D laser scanning - Point cloud animations Eglise St. Martin dAuve ChampagneArdenne Marne, Auve, France Construction period: 12th-15th century - 3D laser scanning - Full 2D survey execution - Point cloud animations Eglise de lAssomption de la Vierge de Landreville ChampagneArdenne Aube, Landreville, France Construction period: 12th-16th century - 3D laser scanning - Full 2D survey execution - Full 3D model execution PORTFOLIO
1918 Adorjan I House Construction year: 1903 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Residential and commercial building Construction year: 1903 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Residential and commercial building Construction year: 1903 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Residential and commercial building Construction year: 1904 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Residential and commercial building Construction year: 1904 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Residential and warehouse building Andrenyi Construction year: 1893 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Adorjan II House Construction year: 1903 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Moskovits Palace Construction year: 1905 Oradea, Romania - 2D survey - facade details 1:20 - 2D plan and sections execution - roof framing - Point cloud animations Rimanoczy former hotel and thermae Year: 1892 Oradea, Romania - 2D survey - facade - Point cloud animations Rimanoczy Palace Construction year: 1904 -1905 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Ullman Palace Construction year: 1912 -1913 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image Weiszlovits Lajos House Construction year: 1910 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Klobusiczky Palace Construction year: 1925 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image Apollo Palace Construction year: 1912 Oradea, Romania - 2D survey execution - facade - 2D facade superimposed over orthorectified image obtained from the 3D point cloud - Point cloud animations PORTFOLIO
2120 Otetelesanu Manor Anul constructiei: 1929 Gradinari, Giurgiu county, Romania - 3D laser scanning - Full 2D survey - Full 3D model - Point cloud and 3D model animations Mihai Viteazul statue Year: 1994 Oradea, Romania - 3D laser scanning - Po i n t c l o u d a n i m a t i o n s Historical buildings roof framings Targu Jiu, Romania - 3D laser scanning - 2D survey - roof framing - 3D model - roof framing - Point cloud and 3D model animations Moorish Hall in the Administrative Pallace of Targu Jiu Targu Jiu, Romania - 3D laser scanning - Point cloud animations Great Synagogue of Iasi Construction year: 1657-1671 Iasi, Romania - 3D laser scanning - Full 2D and 3D survey execution - 2D facades superimposed over orthorectified image - Point cloud and 3D model animations Inter-war house Braila, Romania - 3D laser scanning - 2D survey execution - facade - Point cloud animations Bucharest Shop Construction year: 1929 Bucharest, Romania - 3D laser scanning - Full 2D survey - Full 3D model (BIM-ready) - Point cloud and 3D model animations House, Primaverii street Bucharest, Romania - 3D laser scanning - 2D survey - facades - 2D facades superimposed over orthorectified image obtained from the 3D point cloud - Point cloud animations Mina Minovici Villa Construction year: 1905 Bucharest, Romania - 3D laser scanning - 2D survey - roof - 3D model - roof - Point cloud and 3D model animations Inter-war house Bucharest, Romania - 3D laser scanning - Full 2D and 3D survey execution - Point cloud and 3D model animations Unirea Sfanta Temple History Museum of the Jewish Community in Romania Construction year: 1836 Bucharest, Romania - 3D laser scanning - Full 2D survey execution - 2D facades superimposed over orthorectified image obtained from the 3D point cloud - Full 3D model execution - Point cloud and 3D model animations PORTFOLIO
22 C O N T A C T Y O U R N U M B E R 1 O P T I O N I N 3 D L A S E R S C A N N I N G Merghindeal fortified church Construction period: 13th century Sibiu county, Romania Windmill Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania Sf. Nicolae din Bejan wooden church Construction period: 18th century Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania Intampinarea Domnului wooden church Grosii Noi, Arad, Romania Construction year: 1807 Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania Adormirea Maicii Domnului wooden church Lunca Motilor, Hunedoara, Romania Construction period: 17th century Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania Intrarea Maicii Domnului in biserica wooden church Julita, Hunedoara, Romania Construction period: 1787 Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania Sfintii Trei Ierarhi wooden church Troas, Arad, Romania Construction period: 1782 Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania House within house - wooden house Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania PhD Dipl.-Eng. Marian RADOI CEO - International Partner Buro S.R.L. 3D Laser Scanning & Survey specialist Member of ICOMOS Romania International Council of Monuments and Sites + 4 - 0766 462 766 marian.radoi@ipartner.ro OFFICE: www.ipartner.ro office@ipartner.ro + 4 - 0722 998 663 /ScanareLaser3D /ipartner.ro Bucharest, Romania * International Partner Buro provides 3D laser scanning services globally. PORTFOLIO
3DLASERSCANNING UAVFOTOGRAMMETRY S U R V E Y BIM G I S ARCHITECTURAL SURVEY CONSTRUCTION SURVEY ENGINEERING SURVEY LAND SURVEY 3DBUILDINGMODELLLING 3DTERRAINMODELLING 2DDRAWINGS CADASTRE LANDREGISTRATION www.ipartner.ro

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en_project_survey_3d_laser_scanning_otetelesanu_manor_house

  • 1. 3D LASER SCANNING | 2D SURVEY | 3D MODELLING OTETELESANU MANOR G r a d i n a r i , R o m a n i a
  • 2. 3 International Partner Buro S.R.L. Office: www.ipartner.ro office@ipartner.ro +4 - 0722 998 663 Bucharest, Romania PhD. Dipl.-Eng. Marian RDOI CEO - International Partner Buro S.R.L. 3D Laser Scanning & Survey specialist Member of ICOMOS Romania + 4 - 0766 462 766 marian.radoi@ipartner.ro Otelelesanu Manor - exterior view 2D SURVEY4 3D POINT CLOUD DIGITAL ORTHOPHOTOS 3D MODEL 360属 panoramic view ONLINE OR OFFLINE WEB PLATFORM 10 10 12 PORTFOLIO12 OTETELESANU MANOR LOCATION: Gradinari commune Giurgiu district, Romania 3D Laser Scanning Project purpose: 2D survey and 3D model Built in 1929, Otetelesanu Manor from Gradinari, Giurgiu district, is nowadays a historical monument. In order for the preservation and rehabilitation works to be planned, it was decided that a detailed documentation of the buildings current state was needed. Taking all these facts into account, the survey has been carried out using the 3D laser scanning method. Faster data collection, as compared to conventional methods; Very low risk of occupational accidents in a highly damaged building; Non-invasive method of data collection; Full, authentic and accurate 3D copy of reality, unsurpassed by any other means or method of measurement; 2D and 3D documentation provided to architects and structural engineers; Conversion of data into 2D and 3D models compatible with all CAD software; Detailed mapping of the buildings damages - allows planning preservation and rehabilitation works, as well as monitoring the intervention over time; Structural details - complex documentation due to accuracy and large amount of data collected through 3D laser scanning; Restoration of complex architectural elements; Conversion of the laser scans in digital orthophotos; Perfect alternative to conventional measurement methods for preservation and restoration of historical monuments. The advantages of the survey obtained through this innovative measurement technique, supporting the rehabilitation project of Otetelesanu Manor are:
  • 3. 54 These products are obtained based on the3D laser scanning and are compatible to CAD software, often exported as *dwg, *dxf, *3ds, *pdf files etc. DELIVERED PRODUCT: 2D SURVEY Ground floor paln First floor plan Basement plan Attic plan Roof framing plan Roof plan Cross sections Longitudinal sections Fa巽ades Advantages of the 2D survey obtained from 3D laser scanning: Accurate survey, unsurpassed by any other measurement techniques; Very efficient for historical monuments with no rectangular spaces, where surveying by conventional means would require time consuming procedures and increased human resources; Very good quality/cost/time ratio; No need for returning to the site for additional measurements. R o o f p l a n Fi r s t f l o o r p l a n C r o s s s e c t i o n W e s t f a 巽 a d e G r o u n d f l o o r p l a n E a s t f a 巽 a d e
  • 4. 6 O t e t e l e s a n u M a n o r 3D Laser Scanning 2D survey based on the 3D point cloud Ground floor plan 7
  • 5. 98 O t e t e l e s a n u M a n o r 3D Laser Scanning 2D survey based on the 3D point cloud Attic plan
  • 6. 1110 O t e t e l e s a n u M a n o r 3D Laser Scanning 2D survey based on the 3D point cloud North fa巽ade
  • 7. 1312 DELIVERED PRODUCT: 3D MODEL Exterior 3D volume Interior 3D model Roof framing 3D model These products are obtained based on the3D laser scanning and are compatible to CAD software, often exported as *dwg, *dxf, *3ds, *pdf files etc. Advantages of the 3D model obtained from 3D laser scanning: Allows measuring and viewing all architectural elements, even if they may not be included in the 2D survey; The 3D model may be used for volume measurements; The roof framing model is an accurate 3D copy of the roof s framework, allowing structural calculations for consolidation or addition works; May be used for further editing in order to obtain realistic visualizations. South-West view South-East view North-West view - section of the ground floor plan North-West view - section of the first floor
  • 8. 1514 IPB WebShare platform - interior view IPB WebShare platform - exterior view DELIVERED PRODUCT: 360属 PANORAMIC VIEW ON ONLINE OR OFFLINE WEB PLATFORM WebShare online or offline system for viewing scans through panoramic views, with the possibility of measuring distances. DELIVERED PRODUCT: 3D POINT CLOUD DIGITAL ORTHOPHOTOS 3D Point Cloud - South-East view Digital orthophoto image obtained from 3D point cloud versus 2D survey 3D point cloud animations; Simulations with insertion of a proposed intervention on the existing site achieved from the 3D point cloud; Point cloud viewing system, in free software, allowing measuring distances and exporting point clouds. These products are obtained based on the3D laser scanning and are compatible to CAD software, often exported as *dwg, *dxf, *3ds, *pdf files etc. Advantages of the point clouds obtained from 3D laser scanning: Point clouds are a full, authentic and accurate copy of reality, which cannont be obtained by any other means or method of measurement; The current state of the historical building can be thoroughly documented, based on the 3D point cloud; 3D point clouds allow exact measurements of distances and areas and they represent the starting point for the 2D survey and the 3D model. 3D measurements The general map offers the possibility of measuring distances and surfaces, and the 3D view allows easy measurement of point-to-point distances. 360属 panoramic view - on IPB WebShare platform or by means of free software - Scene LT. Detailed panoramic display - each panoramic position provides a 360属 view, including all the details recorded. Acces for authorized users Authorized users may acces the original 3D data through the download option and may examine data by using free software SCENE LT.
  • 9. 1716 Oradea Town Hall Palace Construction year: 1902-1903 Oradea, Romania - 3D laser scanning - 2D survey execution - facades - 2D plans - main entrance building - Sections - main entrance building - 2D plans and sections - roof framing - Point cloud animations National Museum of Romanian History Construction year: 1894 Bucharest, Romania - 3D laser scanning - Full 2D and 3D survey execution - Pointcloud and 3D model animations - Gross building area: 23.551 sqm - Number of scans performed: 2474 Calea Eroilor Monumental Ensemble, Constantin Brancusi Targu Jiu, Romania - 3D laser scanning for monitoring the sculptures - Technical documentation for registering the monumental ensemble designed by sculptor Constantin Brancusi in the UNESCO world heritage. Bucharest National Opera Construction year: 1954 Bucharest, Romania - 3D laser scanning - 2D survey - main foyer and stage area - 3D modelling of decorative elements - Point cloud and 3D model animations - Viewing on IPB WebShare Bucharest University building Panduri road, no. 90 Construction year: 1862 Bucharest, Romania - 3D laser scanning - 2D survey - facades and roof - Point cloud animations - Viewing on IPB WebShare Eglise St. Nicolas dHampigny ChampagneArdenne Aube, Hampigny, France Construction period: 13th century - 3D laser scanning - Full 2D survey execution - Full 3D model execution - Point cloud export Eglise St.-Jean-Baptiste de Villacerf Regiunea ChampagneArdenne Aube, Villacerf, France Construction period: 12th-16th century - 3D laser scanning - Full 2D survey execution - Full 3D model execution - Point cloud and 3D model animations C a t h e d r a l e N o t r e - D a m e d e S t r a s b o u r g Strasbourg, Alsace, France Construction period: 1015-1439 - 3D laser scanning - Point cloud animations Eglise St. Martin dAuve ChampagneArdenne Marne, Auve, France Construction period: 12th-15th century - 3D laser scanning - Full 2D survey execution - Point cloud animations Eglise de lAssomption de la Vierge de Landreville ChampagneArdenne Aube, Landreville, France Construction period: 12th-16th century - 3D laser scanning - Full 2D survey execution - Full 3D model execution PORTFOLIO
  • 10. 1918 Adorjan I House Construction year: 1903 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Residential and commercial building Construction year: 1903 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Residential and commercial building Construction year: 1903 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Residential and commercial building Construction year: 1904 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Residential and commercial building Construction year: 1904 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Residential and warehouse building Andrenyi Construction year: 1893 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Adorjan II House Construction year: 1903 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Moskovits Palace Construction year: 1905 Oradea, Romania - 2D survey - facade details 1:20 - 2D plan and sections execution - roof framing - Point cloud animations Rimanoczy former hotel and thermae Year: 1892 Oradea, Romania - 2D survey - facade - Point cloud animations Rimanoczy Palace Construction year: 1904 -1905 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Ullman Palace Construction year: 1912 -1913 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image Weiszlovits Lajos House Construction year: 1910 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image obtained from the 3D point cloud Klobusiczky Palace Construction year: 1925 Oradea, Romania - 2D survey execution - facade - Point cloud animations - 2D facade superimposed over orthorectified image Apollo Palace Construction year: 1912 Oradea, Romania - 2D survey execution - facade - 2D facade superimposed over orthorectified image obtained from the 3D point cloud - Point cloud animations PORTFOLIO
  • 11. 2120 Otetelesanu Manor Anul constructiei: 1929 Gradinari, Giurgiu county, Romania - 3D laser scanning - Full 2D survey - Full 3D model - Point cloud and 3D model animations Mihai Viteazul statue Year: 1994 Oradea, Romania - 3D laser scanning - Po i n t c l o u d a n i m a t i o n s Historical buildings roof framings Targu Jiu, Romania - 3D laser scanning - 2D survey - roof framing - 3D model - roof framing - Point cloud and 3D model animations Moorish Hall in the Administrative Pallace of Targu Jiu Targu Jiu, Romania - 3D laser scanning - Point cloud animations Great Synagogue of Iasi Construction year: 1657-1671 Iasi, Romania - 3D laser scanning - Full 2D and 3D survey execution - 2D facades superimposed over orthorectified image - Point cloud and 3D model animations Inter-war house Braila, Romania - 3D laser scanning - 2D survey execution - facade - Point cloud animations Bucharest Shop Construction year: 1929 Bucharest, Romania - 3D laser scanning - Full 2D survey - Full 3D model (BIM-ready) - Point cloud and 3D model animations House, Primaverii street Bucharest, Romania - 3D laser scanning - 2D survey - facades - 2D facades superimposed over orthorectified image obtained from the 3D point cloud - Point cloud animations Mina Minovici Villa Construction year: 1905 Bucharest, Romania - 3D laser scanning - 2D survey - roof - 3D model - roof - Point cloud and 3D model animations Inter-war house Bucharest, Romania - 3D laser scanning - Full 2D and 3D survey execution - Point cloud and 3D model animations Unirea Sfanta Temple History Museum of the Jewish Community in Romania Construction year: 1836 Bucharest, Romania - 3D laser scanning - Full 2D survey execution - 2D facades superimposed over orthorectified image obtained from the 3D point cloud - Full 3D model execution - Point cloud and 3D model animations PORTFOLIO
  • 12. 22 C O N T A C T Y O U R N U M B E R 1 O P T I O N I N 3 D L A S E R S C A N N I N G Merghindeal fortified church Construction period: 13th century Sibiu county, Romania Windmill Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania Sf. Nicolae din Bejan wooden church Construction period: 18th century Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania Intampinarea Domnului wooden church Grosii Noi, Arad, Romania Construction year: 1807 Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania Adormirea Maicii Domnului wooden church Lunca Motilor, Hunedoara, Romania Construction period: 17th century Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania Intrarea Maicii Domnului in biserica wooden church Julita, Hunedoara, Romania Construction period: 1787 Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania Sfintii Trei Ierarhi wooden church Troas, Arad, Romania Construction period: 1782 Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania House within house - wooden house Patrimony of the National Museum of the Romanian Peasant, Bucharest, Romania PhD Dipl.-Eng. Marian RADOI CEO - International Partner Buro S.R.L. 3D Laser Scanning & Survey specialist Member of ICOMOS Romania International Council of Monuments and Sites + 4 - 0766 462 766 marian.radoi@ipartner.ro OFFICE: www.ipartner.ro office@ipartner.ro + 4 - 0722 998 663 /ScanareLaser3D /ipartner.ro Bucharest, Romania * International Partner Buro provides 3D laser scanning services globally. PORTFOLIO
  • 13. 3DLASERSCANNING UAVFOTOGRAMMETRY S U R V E Y BIM G I S ARCHITECTURAL SURVEY CONSTRUCTION SURVEY ENGINEERING SURVEY LAND SURVEY 3DBUILDINGMODELLLING 3DTERRAINMODELLING 2DDRAWINGS CADASTRE LANDREGISTRATION www.ipartner.ro