PORTFOLIO.
Reyhaneh Mohsenian selected works
2024 .
REYHANEH MOHSENIAN
M.Sc Student of Architecture
Email: reyhaneh.mohsenian@hcu-hamburg.de
Telephone: +49 176 47089912
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EDUCATION
Erasmus Exchange Semester: M.Sc Urban Planning and Policy Design — Politecnico di Milano, Milan, Italy
FEBRUARY - JULY 2024
M.Sc Architektur — HafenCity Universität, Hamburg, Deutschland
SINCE OCTOBER 2022
B.Sc Architecture — University of Tehran, Tehran, Iran
SEPTEMBER 2017 - FEBRUARY 2022
PROFESSIONAL EXPERIENCE
acollage architektur urbanistik - Werkstudentin
Model making, 2D drafting, 3D modeling, graphic design, layout, visualisation.
JUNE - DECEMBER 2023
Tehran Urban Innovation Center "TUIC"Independent Junior Researcher
Voluntary research with the title "Searching for Urban Tranquility", to be published as a TUIC 101 issue. Supervised by Prof. Nashid Nabian.
SINCE FEBRUARY 2022
Ali Haghighi Architects - Internship
Full participation in individual projects in drafting 2D drawings, 3D modeling, destruction plan, interior design, renders, research
MARCH - MAY 2022
Shamseh Consulting Company - Internship
Participation in the design phase, research and site analysis, 2D drawings in AutoCAD
JULY - SEPTEMBER 2019
Creative Coding Workshop: “Processing” Software
DigitalFUTURES
JULY 2022
Freeform Space Structures: Active Bending Shells Workshop
Tehran University of Art, Digital Craft House
DECEMBER 2021
CADF98: Floating Plates Structure University of Tehran, Digital Craft House
FEBRUARY 2020
Workshop on Regeneration: Project Taar II
INTBAU Spain, INTBAU Iran, Terrachidia Association, Atelier Sigman, Architectural Association of Tehran University
SEPTEMBER 2019
SOFTWARES WORKSHOPS
Revit
Rhino
Vectorworks
ArchiCAD
Lumion/Enscape
Adobe Photoshop
Adobe Illustrator
Adobe InDesign
LANGUAGES
Persian English Deutsch
Native language Proficient Working Proficiency
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CONTENTS .
5 01 02 03 04 05 06 07 Das Hanfhaus Sanctuary of the Mind The Garden in Kampnagel Arolsen Archives FSS5 Workshop: Active Bending Shells TUIC 101: Searching for Urban Tranquility Workshop on Regeneration: Project Taar II
THE GARDEN
“Understanding the social structure and dynamics of the garden in Kampnagel by analyzing the space through the frictions, practices, and physical manifestations.”
Reyhaneh Mohsenian, Gesche Valentin, Gözde Öner
Urban Design Project: Transforming the Minimum, Speculating Kampnagel – SS 2023
Prof. Bernd Kniess bernd.kniess@hcu-hamburg.de
Our research on “The Garden“ focuses on how space is created collectively- how different people contribute to shaping it. Beyond being a physical entity, the garden encapsulates the fusion of intentions, perceptions, and influences of those who inhabit it. As it transforms under the hands of its inhabitants, the garden‘s purpose shape-shifts, adpoting roles that reflect the evolving identities of those who give it life.
Diverse interpretations coexist, portraying the garden as the community’s private backyard and a platform for their artistic expression, or as a public green space accessible to all. But who does the garden really belong to?
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From the book:
.... One of the fundamental goals of this research is to identify the visible and invisible borders that define this space. These boundaries, both real and conceptual, depict the interactions between the garden’s occupants and the wider societal context. By interpreting the interrelation of these borders, our goal is to reveal the complex power dynamics that underlie the garden’s existence, and how they impact the conflicting perceptions of its function.
https://issuu.com/rey.moh/
READ MORE HERE:
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AROLSEN ARCHIVES
Reyhaneh Mohsenian, Güldem Gönül
Konzeptionelles Entwerfen – WS 2023/24
Professorin Gesine Weinmiller gesine.weinmiller@hcu-hamburg.de
The proposed archive building in Bad Arolsen blends symbolic significance, innovative construction, and aesthetic design, aiming to become a city landmark. Encased in a robust 45 cm thick concrete facade, the structure houses archives symbolizing a deep commitment to preserving history. With an open ground floor layout featuring offices and a conference hall encircling the archive, crafted in a lightweight timber frame, the design facilitates fluid movement and invites visitors. Contrasting wood elements against the concrete facade create a distinctive aesthetic, while a memorial space within the foyer encourages reflection on the past. This concept prioritizes functionality alongside profound symbolism and aesthetic expression.
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GSEducationalVersion Feuer hrzufahrt N Ansicht Ost M 1:200 Grundriss EG M 1:200 Feuer hrzufahrt JAHNSTRASSE N Ansicht Ost M 1:200 Grundriss EG M 1:200 Ground Floor Plan
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East Elevation
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w N Ans cht Süd M 1:200 Grundriss 1 - 4 OG M 1 200 e N Ans ch Süd M 1 200 Grundr ss 1 - 4 OG M 1:200 Level 1 Floor Plan South Elevation 14
ARCH V KONFEREN BÜRO FLUR WC FLUR ARCH V ARCH V ARCH V ARCH V TREPPEN TREPPEN TREPPEN TREPPEN TREPPEN EPPEN TREPPENHAUS SCHLEUSE AUF UG SCHLEUSE AUF UG SCHLEUSE AUF UG SCHLEUSE AUF UG SCHLEUSE AUF UG SCHLEUSE AUF UG SCHLEUSE AUF UG FOYER FOYER B Schn tt A-A M 1 200 ARCH V KON ERENZ BÜRO F UR WC FLUR ARCH V ARCH V ARCH V ARCH V ARCH V ARCH V TREPPEN TREPPEN TREPPEN TREPPEN TREPPEN TREPPEN TREPPEN TREPPENHAUS SCH EUSE AUFZUG SCH EUSE AUFZUG SCH EUSE AUFZUG SCH EUSE AUFZUG SCH EUSE AUFZUG SCH EUSE AUFZUG SCH EUSE AUFZUG FOYER FOYER Schni t B-B M 1 200 Schni t A-A M 1 200
A-A
Section
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Section B-B
Site Area Plan 16 Feuerweh u ah GROSSE ALLEE
NEUES SCHLOSS Feuerwehzu ah J AHNS TRASSE LINDENSTRASSE HAUPTGEBÄUDE AROLSEN ARCHIVES N Stadt Bad Arolsen in Kürze: Bad Arolsen, Heimat von rund 16 000 Einwohner n, liegt etwa 45 Kilometer westlich von Archivgebäudekonzept: Ein neues Wahrzeichen für Bad Arolsen Unser Archivgebäudekonzept vereint symbolische Bedeutung, innovative Bauweise und Lageplan M 1 500 Konzep D agramme
SCHÖN-KLINIK
FOYER Dachau bau K ess h ch 70mm 2 g b ö Abd h g 15 Ge ä edämmung EPS 120mm Dämmung PUR 100mm Dam spe e b um nö e 10mm S hb p 250 Deck au bau gesc ene Es ch 80mm Abd ch ung T sc a dämmung 40mm S hb p 250 B d p U b d S ahbe onbodenp a e 300mm Dämmung 100mm Saube ke sch h 50mm T g Scho e ags h ch 18mm Bodenbe ag Bodenbe ag 0mm Randdämms e e E h 5 T enn age T s ha dämmung 0mm Dämmung 00mm Abd h g b h ARCHIV ARCHIV ARCHIV ARCHIV ARCHIV ARCHIV ARCHIV Wand u bau Dä b 450 Technop r außense g hyd ophob r Wandaufbau H h g 20 Ho z a u g Lu sch ch 20mm MDF P a e20mm V h äg Z h dä g 250 OSB P a e 20mm Ho zve k e dung 20mm Bodenp a e Unte boden: S ahbe onbo enp a e 300mm Dä g 100 Saube ke ssch ch 50mm T ennn age Scho e ag ch ch 18mm Dachau bau H k d g 20 Ho z a u g 40mm Kon e a ung Lu ch h 20mm Un e deckbahn V h äg Z h dä g 250 MDF 20mm La ung 40mm H k d g 20 Te grundr ss und Te ans cht M 1 50 Fassadenschn tt M 1 50
Elevation
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Wall Section Facade
Detail Plan
THE CULTIVATED we explored the role of renewable resources in construction, focusing on materials that, like those in agriculture, can be harvested in short cycles. Our hemp stalk consists of woody shives and surrounding fibers. and/or starch, hemp shives exhibit excellent properties as a biological building material. Its strengths lie in its ease of processing and -
moisture resistance
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Our design, “The Hemp House,” in Copenhagen, is a public cultural center situated on an island in Copenhagen’s harbor, adjacent to the renowned opera house.
Lageplan M 1:5000
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Honsebrolobet
Oper
Außenwand (diffusionsoffen)
=
Geschossdecke
50 49 19 5 4,03 59 41 14 3,52 59 69 4,03 40 3,33 1,30 705 705 3,53 +/- 0,00 + 3,33 + 5,35 + 8,00 + 10,00 + 9,50 80 21
M 1:100
FASSADENSCHNITT
Kupferblech sortenrein trennbar
(nach unten diffusionsoffen) Hanfbeton dmin = 69,5cm U-Wert = 0,10 W/m²K Horizontale Aussteifung Hanfseile d = 4cm Fenster mit Holzrahmen
Bogen Hanfbeton d = 40,5cm
Dacheindeckung 4mm
Gewölbe
Fensterbank Kupferblech sortenrein trennbar
Gewölbe Hanfbeton dmin = 40,5cm
Holzdielen Trockene
Hanf-Leichtlehm-Schüttung Geotextilvlies
Pflastersteine Kiesschüttung Geotextilvlies Schaumglasschotter Geotextilvlies Fundament Gabionen Kiesschüttung Vertikale
Hanfseile
4cm 2% Gefälle Stütze Lehmputz Weideäste Hanfbeton
42cm
Lehmputz
2cm Hanfkalksteine = 42cm Weidengeflecht = 9cm U-Wert = 0,17 W/m²K Fußboden (diffusionsoffen)
Schalung
Schaumglasschotter (kapillarbrechende Schicht) Geotextilvlies Terassenaufbau
Aussteifung
d =
d=
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Teilansicht M 1:100
Schnitt B-B M 1:500
Schnitt A-A M 1:500
Ansicht Nord M 1:500
Ansicht Ost M 1:500
23 +/- 0,00 + 5,35 + 10,00 ART HOUSE COPENHAGEN +/- 0,00 + 5,35 + 10,00 ART HOUSE COPENHAGEN +/- 0,00 + 5,35 + 10,00 ART HOUSE COPENHAGEN +/- 0,00 + 5,35 + 10,00 ART HOUSE COPENHAGEN
COLUMNS
Due to the low compressive stress that can be absorbed by hempcrete, ring-shaped willow rods are used to transfer normal force. Hemp ropes absorb the ring force and, together with the hempcrete, prevent the pasture rods from buckling.
COMPONENTS
All components are made exclusively from circular, biological materials. The materials used also have good insulating properties and are insensitive to moisture. In order to improve fire protection, the components are covered with a clay plaster.
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Detail Section
Detail Horizontal Section
25 20 15 10 82 40 42 22 82 20 42 20 Verankerungsplatte Stahlblech t=15mm, Dübel d=20mm Steckverbindung, sortenrein trennbar Kalkmörtelbett Stahlschloss d=20mm, mit Verschluss Steckverbindung mit Holzdübeln Konsole für Gewölbe Hanfseil horizontale Aussteifung d=40mm, Bruchlast 99,8 kN Hanfseil Geflecht d=10mm, zur Aufnahme der Ringkräfte Hanfseil vertikale Aussteifung d=40mm, Bruchlast 99,8 kN Hanfseil d=10mm, zur Aufnahme der Ringkräfte Kupferdübel mit runder Kopfplatte d=10mm, t=5mm, Abstand a=80cm mit Dacheindeckung verlötet Regenabflussrohr d= 60 mm, Aluminiumrohr von Stütze trennbar Abflussgitter Dacheindeckung aus Kupfer t=4mm, sortenrein trennbar Weideast d=20mm,Vertikalstoß alle 137cm gestaffelt Hanfbeton Gewölbemodul Hanfbeton Aussparung in Gewölbemodul Lehmputz Deckenelement Hanfbeton Bogen Hanfbeton Deckenelement Hanfbeton Fundament Gabionen, sortenrein trennbar Ausgleichsschicht Sand Wasserabfluss in zentrales Sammelbecken Hanfseil horizontale Aussteifung d=40mm, Bruchlast 99,8 kN Fassade Weidengeflecht Detail A Detail A Detail B Detail B
SANCTUARY OF THE MIND
B.Sc. Thesis - University of Tehran – WS 2021/22
Prof.
Leila Alipour leila.alipour@ut.ac.ir
A space specifically designed for ‘rest’ and ‘tranquility’, especially in a city where extremely heavy traffic and pollution have made the inhabitants restless and anxious, seems to provide some comfort. This building has taken form from the inside out, where every part of it awakens a sensory experience, made to increase mindfulness and inner peace. The project has three main parts, as a notion to the three main aspects of a human being: ‘the body’, ‘the mind’, and ‘the soul’. The journey through each section, is a personal one, in which the visitor interacts with the space and allows themself to contemplate and to slowly heal.
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The idea behind this project is that a visitor must go through the different stages of the healing process in any order they please, and these three phases are presented by three blocks, seperated as to create a threshold where one can be aware of the passing from one space to another.and to intensify mindfulness of the visitor through this journey.
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As visitors pass through the building, a sense of reconnection with the inner self is evident. Passing through thresholds and experiencing the vivid effects of the contrast between light and shadow, enhances one’s experience.
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Physical activities related to the earthly body are situated in the sunlit south block, with an adjustable curtain wall which combines the inside and outside hence allowing the body to connect with natural surroundings.
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THE HIERARCHY
The three blocks were situated around one central courtyard, with a colonnade circling around it to provide connection and a threshold between one space and another. The hierarchy of the spaces consists of one block with a seperate garden, the colonnade, then the central courtyard.
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TUIC 101: SEARCHING FOR URBAN TRANQUILITY
Tehran Urban Innovation Center (TUIC)
Under the guidance of Prof. Nashid Nabian Mentors: Golrokh Heidarian, Avisa Yazdani
February 2022 – 2024
As part of TUIC 101, a series of publishments promoting agile knowledge, this research aims to explore urban tranquility through an extensive analysis of 101 taxonomy words paired with corresponding case studies. By examining various aspects of architectural design and environmental configuration, the study seeks to understand the complex interplay between built environments and the sense of tranquility they evoke, especially in the context of bustling cityscapes.
www.tuic.ir/en/101/
READ MORE HERE:
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Each taxonomy word, ranging from navigational experiences to sensory encounters, provides insights into the diverse elements influencing urban tranquility. Through a curated selection of case studies representing different scales, functions, and styles, the research aims to uncover universal principles and unique strategies employed in fostering peaceful urban environments.
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WORKSHOP ON REGENERATION: PROJECT TAAR II
Taar village, Isfahan, Iran
INTBAU Spain, INTBAU Iran, Terrachidia Association, Atelier Sigman, Architectural Association of UT – Summer 2019
Participating in the “Workshop on Regeneration” was an eye-opening experience that shed light on the challenges facing Iran’s rural villages. Witnessing the neglect of traditional methods and the exodus towards urban centers highlighted the urgent need for action. Through engaging discussions, insightful lectures, and hands-on activities, I gained valuable insights into the importance of conservation, sustainability, and indigenous construction.
READ MORE HERE:
This experience not only deepened my understanding of these issues but also empowered me with practical tools and solutions to contribute towards the revitalization of our rural communities.
1: Initial condition of the abandoned watermill (Amirreza Azadeh)
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2: The watermill after its restoration (Sonia Beygi)
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After a week of intensive work, we successfully restored the watermill and its main chamber using traditional techniques under the supervision of academic and local experts.
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1. The chamber after its excavation The chamber after its excavation
2. Reconstruction of the chamber’s ceiling
3. Reconstruction of the chamber’s ceiling
4. Chamber’s ceiling after its reconstruction
During the workshop, discussions centered on the future use of the watermill, considering options like maintaining it as a traditional mill, transforming it into a museum, or converting it into a tea house. This revitalization revived a vital community space and preserved traditional wheat grinding practices.
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Section of the watermill and its neighbourhood (Arkadeep Roy)
The main chamber after its excavation
The wheel once it was reassembled
FREEFORM SPACE STRUCTURES: BENDING ACTIVE SHELLS
Tehran, Iran
Tehran University of Art, Digital Craft House (DCH) February 2022
A 100 Hour workshop with lectures on active bending shells. Activities consisting of: participation in form-finding activities, parametric modeling using Rhino and Grasshopper, structural analysis with Karamba, CNC workshop, and the assembly of the structure.
Students worked in groups presenting different proposals for the structure and one was chosen to be built.
READ MORE HERE:
The purpose of this workshop was to provide students with an integrated design experience and familiarity with digital fabrication tools and facilities. The ultimate goal was to produce a pavilion at the Tehran University of Art. The pavilion was constructed with sheeted materials and the technique of bending active structures.
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acollage
MODELS
Hanfhaus
Das
Study model for REWE project in Bielefeld
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3D Printed Roof System
Arolsen Archives Design Project WS2023/24
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Reyhaneh Mohsenian Portfolio 2024 M.Sc Student Architecture HafenCity Universität M.Sc Student Urban Planning and Policy Design Politecnico di Milano reyhaneh.mohsenian@hcu-hamburg.de +49 176 47089912 .