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Emanuele M.

@acrilicox

5,0
1
3,3
3,3
100%

Architect/Designer/Graphic Design Artist

$20 USD / ora
・
Bandiera:
Italy (10:07 PM)
・
Si è unito il settembre 4, 2013
$20 USD / ora
・
I am an architect with a training forged in the experience of computer graphics I've many years experience with the most used software for the architecture, graphic and design: Autocad, Photoshop, Illustrator, 3d Studio Max, Sketchup, Revit, BIM, besides softwares for the videoediting and animation. I specialize in the use, conception, design of wooden structures (Master at Turin Polytechnic).
Verifiche
Puntuale
100%
Nel budget
100%
Tasso di accettazione
100%
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Portfolio

Portfolio

822100
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
6209737
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
6209563
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
6207320
Mjøstårnet
6207299
Reuse and packaging proposals inspired by the shape of the Nastro Azzurro bottle
Nastro Azzurro
Reuse and packaging proposals inspired by the shape of the Nastro Azzurro bottle
Nastro Azzurro
Reuse and packaging proposals inspired by the shape of the Nastro Azzurro bottle
Nastro Azzurro
Reuse and packaging proposals inspired by the shape of the Nastro Azzurro bottle
Nastro Azzurro
Reuse and packaging proposals inspired by the shape of the Nastro Azzurro bottle
Nastro Azzurro
6207209
A lamp built from reused material that produces fragments of light
Frammenti di luce
A lamp built from reused material that produces fragments of light
Frammenti di luce
822100
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
Post office, via Marmorata, Rome. Project by architect Adalberto Libera
Architecture: Poste Office
6209737
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
Calculation, verification and sizing of Architectural wooden structures: • Ideation, drawing and design of a Design product with waste wood • Conception, drawing and design of a free-form canopy • Design and design of wooden roofs through Dietrich’s software • Estimate: cost analysis, calculation of timber volume
Wooden structures
6209563
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
Design and construction of a shell, capable of becoming the covering of a subway station. Project Steps: Phase 1 - CAD preliminary project: 2d works Phase 2 - 3D transposition of the project Phase 3 - Parametric Design: Rhino + Grasshopper Phase 4 - Export and adaptation of the work in .STL format Phase 5 - 3d printing
3d printing: The Shell
6207320
Mjøstårnet
6207299
Reuse and packaging proposals inspired by the shape of the Nastro Azzurro bottle
Nastro Azzurro
Reuse and packaging proposals inspired by the shape of the Nastro Azzurro bottle
Nastro Azzurro
Reuse and packaging proposals inspired by the shape of the Nastro Azzurro bottle
Nastro Azzurro
Reuse and packaging proposals inspired by the shape of the Nastro Azzurro bottle
Nastro Azzurro
Reuse and packaging proposals inspired by the shape of the Nastro Azzurro bottle
Nastro Azzurro
6207209
A lamp built from reused material that produces fragments of light
Frammenti di luce
A lamp built from reused material that produces fragments of light
Frammenti di luce
Modifiche registrate
5.0 · 1 Review
Valutazioni
Avatar dell'utente
Architectural prototype making in revit and physical model creation • $500 AUD
Great Job Emanuele. Smooth communication and great quality of work. You delivered the job within sort period of time and the quality is awesome. Recommended.
Priyangka C.
@Samanthaaus
•
Bandiera:
Macquarie Fields, Australia
•
5 anni fa
Condividi
Esperienza
Author, SEO writer
set, 2019 - Attualmente
•
5 anni, 4 mesi
Infobuild/Infobuildenergia
set, 2019 - Attualmente
•
5 anni, 4 mesi
Ideation, drafting and writing of articles about sustainable architecture, renewable energies, the use of natural materials. Texts optimized for the web Seo
set, 2019 - Attualmente
•
5 anni, 4 mesi
Architect
giu, 2019 - set, 2019
•
3 mesi
Galloppini Legnami
giu, 2019 - set, 2019
•
3 mesi
Design, drawing, calculation and executive details of wooden architecture. Xlam technology and chassis. Through the use of Dietrich's software, I went through the entire design process, defining the individual processes to be sent to the numerical control machines. Particular attention to joining systems, all wood and metal connections. Site visits and surveys.
giu, 2019 - set, 2019
•
3 mesi
Author, writer
feb, 2018 - ago, 2019
•
1 anno, 6 mesi
www.architetturaecosostenibile.it
feb, 2018 - ago, 2019
•
1 anno, 6 mesi
Ideation, drafting and writing of articles about sustainable architecture. Texts prepared for the web Seo
feb, 2018 - ago, 2019
•
1 anno, 6 mesi
Istruzione
Politecnico di Torino
2018 - 2019
•
1 anno
Master degree: Architecture of wooden buildings
Bandiera:
Italy
2018 - 2019
•
1 anno
Università degli Studi di Roma 'La Sapienza'
2010 - 2017
•
7 anni
Architecture
Bandiera:
Italy
2010 - 2017
•
7 anni
Università degli Studi di Roma 'La Sapienza'
2004 - 2010
•
6 anni
Laurea Triennale Graphic and Design
Bandiera:
Italy
2004 - 2010
•
6 anni
Certificazioni
Autocad 2d & 3d
2008
TMS
Autocad 2d & 3d, print and layouts.
2008
Pubblicazioni
xxx
xxx
xxx
Certificazioni
Freelancer Orientation
Freelancer Orientation
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