Portfolio - Dott.ing. Antonio Menghi

1. Ing. Antonio Menghi
antoniomenghi@hotmail.it
+39/3381662369

2. EDUCATION AND TRAINING COMPUTER SKILLS AND COMPETENCES
July Ars Berlin Summer accademy: Energy Efficiency, Climate, Building Envelope
ECDL Course - Office Pack
2011 Beuth Hochschule für Technik” - Berlin Design Builder
Energy Plus
Ecotect
Vasari
February Master’s Degrees in Construction engineering
2011 Faculty of Engineering - Università Politecnica delle Marche, Ancona Radiance
Autocad
Rhinoceros
October Bachelor’s degree in Building construction and salvage engineering Cinema 4d
2008 Faculty of Engineering - Università Politecnica delle Marche, Ancona Inventor
SketchUp
Pyrosim ( FDS )
2007 Erasmus - Universidade de Coimbra (Portugal) Pathfinder ( Evac )
Faculty of Civil Engineering Sap
Tridmetrix
2003 University Entrance Diploma mechanical surveyor
Photoshop
Illustrator
Istituto Tecnico Industriale E.mattei, Recanati (Mc) InDesign
Premier
WORK EXPERIENCE LANGUAGES
October 2011 Collaboration
- Today Deal Progetti - Integrated Engineering - Milano, Italy
Italian
July Collaboration
2011 Ziegert | Roswag | Seiler Architekten Ingenieure - Berlino , Germania Mother tongue
Portoghese
December - February Part-Time Proficient user
2011 International Office - Università Politecnica Delle Marche
Inglese
March - July Internship Indipendent
2008 Gabinete pela candidatura UNESCO da Cidade de Coimbra - Portogallo
April - July Part-Time
2011 Presidency Faculty of Agriculture - Università Politecnica Delle Marche

3. Collaborazione con lo studio Ziegert | Roswag | Seiler Architekten Ingenieure - Berlin
Energy Audit and optimization through the Autodesk Ecotect of a school under construction in Pakistan.
(www.zrs-berlin.de)
Software used: Ecotect, InDesign, VectorWork

4. COMPARING THE PERFORMANCE OF PROCESS OPTIMIZATION
Current Position (- 9°) Rotated (-34°)
comparison of two
different orientation
angles of the ‘building
Shadows range - 28th February - 07:00 - 14:00
SCHOOL , JAR MAULWI - PAKISTAN CLIMATE ANALYSIS Comparison with
the veranda to the
north and south
Shadows range - 1st of May - 07:00 - 14:00
Comparison between two different thicknesses of
the roof
INITIAL SITUATION IMPROVED SITUATION
MODELING WITH ECOTECT AUTODESK
Fabric Gains
. Weather Data Direct Solar Raditation
. Geometry
. Materials
. Occupancy
1st of may Hourly temperature1st of may
Diffuse Solar Radiation a couple of degree LESS inside
INTERNAL DAYLIGHT ANALYSIS
CATEGORY LOSSES CATEGORY LOSSES
GAINS
Passive gains breakdown GAINS
FABRIC 14.1%
FABRIC 15.2%
25.6%
26.9%
SOL-AIR 0.0% 800 Wh/m2 LESS SOL-AIR
26.1%
0.0%
29.7%
SOLAR
5.2%
0.0% in the hot months SOLAR
6.5%
0.0%
Energy optimization at an early stage by choosing the best among several
architectural layouts after they have been quantified and compared in terms of
energy performance.

5. Master’s Degrees in Construction Engineeing
Thesis: Probabilistics models for supporting energy planning: analysis of school buildings
Energy audits of existing school in Italy,Germany Spain with different energy classes and individuation of correlation between the geometric
technloogy and climate parameters in order to maximize, withproper prediction tools (Bayesian networks), the energy design.
Software used: Design Builder, Ecotect, Energy Plus, Excel, Power Point

6. Modeling with software Daylight Factor - Lighting Analysis
_Geometry_Materials_Climate
Energy Audit in Dynamic Regime
The Bayesian Network allows a feedback between geome-
trical characteistic and performance obteined permitting to
choosing enrgy performance desired and going back to the
parameters that determine them
PARAMETERS PERFORMANCE
Study of an interface for software that will allow an early stage the designer to determine the climatic
characteristics, geometric, technological performance attended. Thanks to Bayesian network that
binds in a probabilistic way parameters and performances. Is possible for example fix the energy
needs in winter and based
to the simulations entered in
the database ,will return the
geometry and the technol-
ogy that determines the en-
ergy requirements.

7. Bachelor’s degree in Building construction and salvage engineering - Thesis
“ Architectural survey and guidelines for conservation’s action of structural wooden roof of the building
‘Paço das escolas’ site in Coimbra – Portugal”
Contributor ‘s engineer Fernando Marques for Architectural survey and guidelines for conservation’s action of structural wooden
roof of the building ‘Paço das escolas’ site in Coimbra, in the multidisciplinary office for the design of conservation and recovery on
the ‘historic town and urban development of the Coimbra’s candidacy to UNESCO world heritage’ of humanity.
Software used: Autocad, Rhinoceros, Sap

12. Project of building elements - Wooden House in Augsburg (Germany)
Study and reworking of an existing building elements. Energy audits with different orientation’s building and stratigraphy of the wall.
Software used: Autocad, Ecotect,Rhinoceros

16. Recovery and Conservation of Buildings
Examination conducted in a group of eight - Geometric and technology Relief, analysis of the mechanisms of damage and possible
conservation work.
Software used: Autocad, SketchUp, Power Point

20. Project management
Site organization and construction phases of a building two residential floors.
Software used: Microsoft Project, Microsoft Visio, Excel