PORTFOLIO NAZANIN MOUSAVI
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EDUCATION
POLITECNICO DI MILANO (avg: 25.42)
NAZANIN MOUSAVI
Date of birth 23.06.1994
Location Lecco, Italy Tel. +39 3517553002
Nazanin.moosavi94@gmail.com linkedin.com/in/nazanin mousavi 29114b19b http://pph.me/Nmousavi
PERSONAL STATEMENT
With dedication and passion as my guiding principles, I approach my work in architecture with a strong sense of responsibility. Every new project is an opportunity to unleash my creativity and transform ideas into remarkable realities. I thrive in coordination, working seamlessly with teams of architects to achieve high-quality results. My leadership abilities ensure effective collaboration, while problem-solving comes naturally to me, allowing me to overcome challenges and deliver exceptional outcomes. These soft skills, combined with my dedication and passion, enable me to expand my knowledge and experience in the field of architecture.
LANGUAGE
ENGLISH ITALIAN TURCO PERSIAN
ARCHITECT
SANAZ NAZARLOTFI.CO.
Master degree in Building and Architectural Engineering Lecco Italy | Sep 2020 On going
Thesis Topic: Meditation center design in Ireland
UNIVERSITY OF TABRIZ
Bachelor’s degree in Architecture Tabriz| Iran Sep 2012 _Sep 2016
Thesis topic: Elementary school focused on creativity
EXPERIENCE
JUNIOR TUTOR
POLITECNICO DI MILANO
Lecco, Italy| Feb 2023 - Present
The project was a collaboration project in two urban and architecture scale in Pavia with two buildings to renovate and regenerate the district. Above all there was a workshop in Renovation scale which our students worked withThomas Jefferson University on Hanger Ticinum Pavia Green Future.
INTERNSHIP
PAOLO BODEGA STUDIO
Half time | Lecco. Italy| Jan _ March 2023
Softwares: 2D Autocad, Photoshop, PowerPoint
I participated in the renovation of a Retirement center in Abisola, Italy, involving the addition of a new interior level and improved vertical connections. Through meticulous planning and master plan arrangements, we enhanced the functionality and usage of the building. This project provided valuable experience in a professional environment.
FREELANCER
Full time | Tabriz | Iran | Apr 2016 _Apr 2018
Softwares: 2D& 3D Autocad, 3 Max, Vray, Photoshop
As an architect, I have been actively involved in residential and office interior design projects, overseeing the entire process from conception to realization. Utilizing tools such as 2D AutoCAD and 3D Max IV-ray, I created plans, models, and realistic renderings. Additionally, I had the opportunity to personally visit and supervise projects. Over time, I was entrusted with coordinating a team of ten architects, ensuring the delivery of high-quality results. Regular client interaction honed my empathetic and problem-solving skills. Detailed renderings can be provided upon request.
TEACHER ASSISTANT
ARCHITECTURE EXPRESSION STUDIO ONE
Urmia University | West Azarbayjan_ 2012
SKILLS
AUTOCAD
3D-MAX
SKETCHUP
REVIT
SEFAIRA (DAYLIGHT)
IES-VE (DAYLIGHT)
LUMIUN
PHOTOSHOP
INDESIGN
ILLUSTRATOR
PROFICIENT INTERMEDIATE (IN-PROGRESS)
BILINGUAL PROFICIENCY
NATIVE
2018_ Present
Softwares: 2D& 3D Autocad, 3D-Max, Vray, Scketchup, Photoshop
worked on planning | Inferior | Rendering of projects I mentioned below during the time I had free schedule The last three projects I delivered are about:
o renovation of an office design| Tabriz| Iran |2019
o interior design of clinic Tabriz| Iran |2019
o renovatiolai an office design | Kuwait | 2020
MS OFFICE (EXCEL, POWERPOINT, WORD)
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ALL OFFICE
The working area for everyone
MILAN BLU FUTURE
The transportation of a district in Lecco
THE BEHRAD’S HOUSE
The Home
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ALL.OFFICE
RESILIANCE IN MILAN
SITE
MILAN
DATE
SEPTEMBER 2021
COURSE
SUSTAINABLE BUILDING DESIGN STUDIO
DESCRIPTION
The office building project embodies a holistic approach to architecture, energy efficiency, and human interaction. Extensive research on location, weather, and possibilities has resulted in a sustainable and functional workspace.
Architecturally, the building strikes a balance between aesthetics and functionality, blending modern elements with the natural surroundings. The design aims to inspire and uplift occupants, creating a visually appealing space.
Energy considerations play a significant role in the project. The building envelope and glazing have been carefully designed to minimize heat transfer, reducing the need for excessive heating or cooling. Ample natural daylight penetrates the interior through strategically placed windows, reducing reliance on artificial lighting. Passive energy solutions like natural ventilation and shading devices optimize thermal comfort.
Active solutions, such as photovoltaic (PV) panels, have been integrated to enhance energy efficiency. These panels generate renewable energy, reducing the building’s reliance on the grid and emphasizing sustainability.
The project also prioritizes collaboration and connectivity. The interior spaces foster a sense of community, encouraging interaction and teamwork. Areas for formal and informal meetings, brainstorming sessions, and collaborative work have been thoughtfully incorporated
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TYPE OFFICE BUILDING
1. Revit Parametric and Structure design
2. Autocad Stratigraphies and Nodes design
3. Sefaira Daylight Analysis
4. 3d max Rendering
5. Vray Modeling
6. Photoshop Schematic Design and Post-production
7. Indesign Presentation and Design
CONCEPT DIAGRAM FUNCTIONAL DIAGRAM
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Restaurants+ Bar Green Terrace Web conference room Meeting room leisure time Group working Team working Individual working Group working Team working leisure time Group working Team working Green Terrace Multifunctional room Group working Workshop leisure time Group working Workshop Team working Individual working Reception Team working Free zone 5 4 3 2 1 0 6
ELEVATIONS PLANS
SECTIONS
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SECOND FLOOR
GROUND FLOOR
SECTION AA
South Fcade
SECTION BB
East Facade
SOUTH EAST
In our all-office project, we aimed to create a comforting environment for all users by considering both daylight analysis and energy analysis. For daylighting, we utilized Sefaira to adjust the wall-window ratio, position of opaque and glazing elements, shader depth and angle. Our design achieved good daylight distribution with 70% of light coming from the south, 35% from the south-west, and 10% from the north. Shaders with 50cm depth and a 30-degree inclination, along with 1.20m glazing and 1.5m spacing, were selected to optimize the glazing system.
In terms of energy, we optimized the opaque U-value and determined the occupant density based on a design concept of 9m² per person. Lighting power density was chosen using the ASHRAE 90.1-2007 standard. HVAC system parameters were modified according to future analysis requirements, and a schedule was established for standard office working hours with different HVAC loads throughout the day.
Three HVAC systems—Fan Coil Units with Central Plant, Passive Chilled Beams, and Radiant Floors—were analyzed, and the most suitable system was selected. Natural ventilation analysis showed a reduction in total peak heating load when combined with cooling, but the peak cooling load remained the same. Design optimization resulted in a 56.17% reduction in energy consumption, and the inclusion of PV panels further reduced energy consumption by 90.42%. By optimizing space use, lighting equipment, and lighting strategy, we achieved a significant 47.76% reduction in energy usage.
12 13 s DA % ASE % DF 95 20 2.56 74 13.6 1.74 74 18 2.52 86 15.34 2.36 86 14.52 2.78 93 18.57 2.62 88 6.26 1.1 89 15 2.61
BLOW UP DAYLIGHT ANALYSIS
MILAN BLU FUTURE THE SANCTUARY
MILAN
DATE
February 2020
COURSE
URBAN AND ENVIRONMENTAL DESIGN STUDIO
Description
Milan blue future brings back the cultural Milanese heritage of water from the past to respond to the present environmental needs for a sustainable future.
We intend to preserve, strengthen and reconnect the natural context within the city from the macro-scale proposal to a micro-scale design that reconfigures the buffer zone concept with water as the core.
We envision our project as a coherent plan for the future of Milan and as a replicable example of sustainability for modern and green-driven cities.
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TYPE OFFICE BUILDING SITE
1. QGIS Parametric and Structure Design
2. Autocad Stratigraphies and Nodes design
3. 3d max Rendering
4. V-ray modeling
5. Photoshop Schematic Design and Post-production
6. Indesign Presentation and Design
7. Illustrator Schematic Design and Diagrams
MESO SCALE INTERVENTION
BLUE SYSTEM _ FLOOD RISK & TOPOGRAPHY
RE USE OF EXISTING WATER CANAL
LINEAR AXIS : GREEN/BLUE CONNECTION
RIVER LAMBRO LEVEL INCREASE
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green area built environment vehicular highway linear park urban heat island existing canal proposed canal connection chosen axis
rare flood risk infrequent flood risk frequent flood risk water body river bank protection strip medium danger of flood risk high density green low density green lambro preservation area / projects geological feasibility with serious limitations geological feasibility with serious limitations topography contour lines
rare flood risk infrequent flood risk frequent flood risk water body river bank protection strip green area built environment vehicular highway linear park urban heat island existing canal proposed canal connection chosen axis high density green low density green lambro preservation area projects geological feasibility with serious limitations geological feasibility with serious limitations topography contour lines green area built environment vehicular highway linear park urban heat island existing canal proposed canal connection chosen axis
irrigation, agriculture and, protection industrial workshops Valle del Lambro towers Lambro park,1936 project by Enrico Casiraghi communist women demonstration for disarmament and peace the river floded on november 2002 environmental disaster of the Lambro river Cascina Biblioteca Mulino San Gregorio farmhouse Mulino Torrette
AND HERITAGE
CULTURAL ASPECTS
MASTERPLAN
SECTIONS longitudinal and cross sections
longitudinal section A-A
ECOSYSTEM SERVICES & NBS sustainable development goals
longitudinal section ذ-ذ
1 urban microclimate
8 retention pond
7 riparian buffer
2 linear tree streets
3 green surface solar panels
VISUALIZATIONS
4 protected natural area
6 flower garden pollination
5 eco urban furniture permeable pavement
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A B
THE BEHRAD’S HOUSE RESIDENTIAL INTERIO
SEPTEMBER 2019
FREELANCING PROJECT
DESCRIPTION
I had the privilege of designing the bedroom, kitchen, TV room, and closet for the Behrads’ stunning residence in Tabriz, Iran. This remarkable 300 sqm house boasts two spacious master rooms, a well-appointed closet room, a generous hall, and a modern kitchen with an accompanying TV room. The design concept I implemented for this project was a harmonious blend of modern aesthetics and luxurious elements. By incorporating a tasteful combination of dark colors and light textures, I was able to create a sense of depth and sophistication throughout the space. Additionally, the strategic integration of patterns and textures resulted in an exquisitely balanced environment that exudes an air of elegance.
20 21 TYPE
RESIDENTIAL SITE IRAN DATE
1. Autocad Planning and details
2. 3d max modeling and Rendering
3. V-ray Rendering
4. Photoshop post-production
22 23 KITCHEN TV ROOM
DRESSING ROOM
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MASTER ROOM
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THANK YOU