Ayuna Mitupova

A YUN A C V

M I T UP O VA &

P O R TF O L I O

C V AYUNA

MITUPOVA

ayuna.mi@yahoo.com + 8526 4767287

Hong Kong

HOBBY/SPORT Tennis singles (varsity), Cross country (varsity), Dance choreography studio, Contact improvisation, Ballroom Dancesport class “B”

LANGUAGES English German Russian French Chinese

GOAL Make

world

Adv. TOEFL = 99, IELTS = 7.5 Adv. C1 certif, CDC München Native Medium Beginner

better

TECHNICAL SKILLS

BIO

ADVANCED: 1991

BORN

Rhinoceros + Grasshopper: environmental,

&

structural Simulations, AutoCAD, Maya, Ar-

raised happily in Syberian woods

chiCAD, Adobe + (Ind, Illustr,AE,PP),V-Ray

Ulan-Uda,Buryatia

MEDIUM:

3ds Max, Revit, ZBrush, Processing, Cinema 4D, Mental ray, Python, Digital / Physical

PERSONAL SKILLS

Fabrication BEGINNER:

C#, VB Script, VAL3

• Good verbal and written communication skills • Excellent organisation skills • Good team player

ADDITIONAL: Presentation Design

• Creative approach to problem solving

Project Documentation

• Ability to work to deadlines

Time management

• Self-motivated and self-critical • Willing to develop, learn and go the extra mile • Adaptable and flexible

EDUCATION

COMPETITIONS

1998-2008

GYMNASIUM #59, Math /Physics sp., Ulan-Uda

2006 2006/2007

Math olympiad ( 3d place/city)

2007

2007

02/2017

English olympiad (1st,2d place/regionals) 01/2015

2013-2015

Exchange year in the US High school

02/2016

BEST STUDENT of the year,

12/2015

2015

FONDATION JACQUES ROUGERIE Sea level innovation prize (finalist)

07/2015

ARCHIPRIX RUSSIA – WINNER

Bachelor degree, Honours (State grant), diplom № 10579/116

12/2014

2nd Premia, & finalist in 2 categories

03/2014

2nd Premia, 2 nd phase

10/2015, 10/2013

1st Premia MOOCAO, diploma of national architects board

ARCHITECTURAL IMAGE OF RUSSIA – 2014

Diploma degree, GOLDEN MEDAL,

FONTAINEBLEAU

RUBLEOVO GOLF CLUB

architecture & music

Summer program, Ecole de Beaux Arts, Paris

2014-2016

PUBLIC PASSAGE business center “White gardens” finalist, state professional competition

MOSCOW ARCHITECTURAL INSTITUTE

diplom № 107724 0447488

2013

REPRESENTATIVE OF STUDIO HADID/ SCI-ARC

exchange / grant from University of Applied arts in Vienna

FUTURE LEADERS PRIZE (CIEE, USA)

Ulan-Uda level / republic Buryatia level

2009-2013

FREI OTTO FÖRDERPREIS 1ST PR (team) Multifunktionale Begegnungsstätte in Leichtbauweise

XXII INTERNATIONAL DIPLOMA OVERVIEW

University of Applied arts in Vienna

12/2012

PLAY ARTPLAY - COMPETITION winner ( realisation)

SCI-ARC Southern California Institute of Architecture

02/2013

/Archferma “Fire + ice”, paticipant

05/2012

Shortlisted

06/2012

(on Henry Moore / by British Council ) winner

06/2009

winner

ZAHA HADID MASTER STUDIO, MArch

ARCHITECTURE FESTIVAL “CITIES”

Peter Testa Studio/ Robot House

“AVANTGARD AWARD” Museum of the city 2016-2017

ITECH (ICD/ITKE) University of Stuttgart, M.Sc Integrative Technologies & Arch. Design Research Pr. Jan Knippers, ass.: Saman Saffarian, Axel Körner

2016-2017

ARTICULATE - SCULPTURE IN THE CITY

DAAD Stipendium / SKOLKOVO Global education prize

MOLESKINE GRAPHIC DESIGN /design illustrator

ARCHITECTURAL PROFESSIONAL EXPERIENCE 10 DESIGN Design Architect , Parametric design

Hong Kong

12/2017 - 9/2020

Hamburg Moscow

06/2016 - 10/2016

HADI TEHERANI ARCHITECTS GMBH / BRT RUS Design Architect

07/2015 -08/2015

AGENCE D’ARCHITECTURE ANTHONY BÉCHU & ASSOCIÉS Architect

Paris / Moscow

04/2014-08/2014

Berlin

08/2013-02/2014

Moscow

05/2013-07/2013

MARCHI/ die Angewandte

09/2012 - 05/2015

Moscow

01/2013 - 03/2013

J.MAYER.H ARCHITECTS Architectural intern

DJET DESIGN & ARTMANAGEMENT Design of exhibitions

DIGITAL COMPUTATION Grasshopper/Rhino5.0 - seminarist,tutor

ARCH BURO BERNASKONI Architect intern

MOSCOW MUSEUM OF DESIGN Architect assistant on volunteer basis

Moscow

11/ 2012 - 01/2013

VOSTSIBPROJECT Assistant architect / freelance

Moscow/Ulan-Uda

06/2011-11/2012

Moscow

03/2011 - 05/2011

Buryatia, Russia

06/ 2011

PROJECT RUSSIA /ПРОЕКТ РОССИЯ Assistant for Editor-in-Chief

BIG BAIKAL ROUTE Architect on volunteer basis,

PORTFOLIO COMPILATION

CENTRAL BANK OF LIBYA NEW BUILDING

LIMITED ARCHITECTURAL COMPETITION

286551

* Image Authorship is assigned in the portfolio *“ Images are produced by Ayuna Mitupova - author of portfolio during various employments, unless otherly attributed

CONCEPT - CHINESE LANTERN

courtesy of 10design Visualisation Team

The overall shape is defined as a synclastic convex surface that carefully wraps around the existing internal Layout. The façade envelope consists of series of semi-vertical Ribs and three-dimensional cellular components stacked vertically in between the ribs. The resulting configuration of these façade elements create a structural self-supportive exoskeleton.

These components differ in sizes according in the gradient fashion for aesthetic appeal: to create optical illusion and add dynamic gestalt.

In the optimization phase those “cells” could be simplified into the discrete subset of elements which are correlated through repetition, symmetry and scaling.

CONCEPT - GALAXY SPIRAL

THEATER Concept D., Schematic D. 2020 10design Design Lead: Planning, Modelling, Visualization

courtesy of 10design Visualisation Team

courtesy of 10design Visualisation Team

CASINO 10design - N.Cordingley Team Concept - Schematic D. 2017 - 2020 Facade Design: Planning, Modelling, Visual., Drawing

courtesy of 10design Visualisation Team

Z H U H A I M A R I N E PORT Competition 2019 at 10design N.Cordingley, L. Wawrzenczyk & M.bonucci, + team

courtesy of 10 deisgn Visualisation Team

M A R I N E TOW E R Design lead - Competition 10design Total GFA (sqm): 180 000 Site(sqm): 45955 FAR: 3.8 Height: 51 floors; 250m + 20m Crown Hotel GFA: 38000 Serviced Appartments GFA: 22300 Office GFA: 105000 Retail GFA: 9600

courtesy of L. Wawrzenczky

courtesy of L. Wawrzenczky

TOWERS FACADES Personal 2020

CHECKERBOARD TILING

? type A

type B

What you can do when you have a square plan FA (sqm): 2600 GFA: 180 000 Height: 330 m, 51 floors

TOWERS CONCEPTS Concept Design courtesy of Icon

with J.Henao, L. Wawrzenczyk & M.Bonucci 10design 2019 courtesy of Icon

HAIKOU RESORT /MIXED USE Mixed Used Masterplan Concept. 2019 10design - N.Cordingley Team, L. Wawrzenczyk Design: Concept, Planning, Modelling

Responsibilities: - Design: Concept, Planning, Modelling Total GFA (sqm): 180 000 Site(sqm): 45955 FAR: 3.8 Height: 51 floors; 250m + 20m Crown Hotel GFA: 38000 Serviced Appartments GFA: 22300 Office GFA: 105000 Retail GFA: 9600

GFA in phases Model

courtesy of 10 deisgn Visualisation Team

courtesy of 10 deisgn Visualisation Team

JALAL CENTER Design lead - Competition, 1st place 2016 HADI TEHERANI Architects GmbH with S.Appl, C.Wentzel Concept, Planning, Modelling, Visualization SGFA (sqm): 380 000 Site(sqm): 25955 Height: 24 floors; 120m Parking space: 5093 Inspired by the great Iranian landscape the “Crystal monolith” transforms urban void typology by introducing carved teracces & offering architectural adventure.

courtesy of Panoptikon courtesy of Panoptikon

VANAK MALL HADI TEHERANI Architects 2016 Design lead of concept: Planning, Modelling, Drawing, Visualization, Fabrication Concept stage GFA (sqm): 146 020 Site(sqm): 8640 Height: 25 floors; 145m Parking space: 2196

courtesy of Panoptikon

CULTURAL CENTER Concept D., 2019 10 DESIGN N.Cordingley Team with M.Bonucci, Ken Xu, E. Lau Concept, Modelling, Visualisation Total GFA (sqm): 130 200 Above GFA (sqm): 100 000 Site(sqm): 21 147 Height lim: 40 m B.Density: 40%

1f

2f

3f

5f

courtesy of Frontop

BAIKAL THEATRE

Topview & Buryat National Symbol (coat of arms) - Soyongbo

Ulan - uda, Russia Design Lead for Vostsib Project Competition 1st phase - winner The new dance theater form encapsulate traditional buryat symbol in its form and circulation. In the multiple playful ways the unique Facade fins system captures sun shine, just as the ripples of water

Comlexity of the appearance is achieved via smart iptimization & combination of only 3 Modules by Shifting Vertically. 1.7 *0.7 *4.4 m

conoid

A

B

C

CLOUD SKY DECK Concept. 2020 10design with Ken Xu, E. Lau Design: Concept, Planning, Modelling

courtesy of 10 deisgn Visualisation Team

courtesy of Frontop

courtesy of Frontop

CULTURAL CENTER Concept D., 2019 10design with Ken Xu, R.Leong, G.Yuen, E. Lau Concept, Modelling, Planning, Visualisation

courtesy of Frontop

courtesy of BIAD collaborative planning with consultants and 10 design

CUVRY HOUSING

Competition (winner) JMH team, Berlin, 2013

TREHGORKA RENOVATION

SCHOOL

Industrial heritage - textile factory, Personal 2014

Competition for rethinking the typology in Moscow, Personal 2014

COMPILATION INDUSTRIAL MILL RENEWAL

Freelance & work for HTA, AAAB & JMH

2014 - 2017

JMH team, 2014

@ Shenzhen Urban Bienalle CENTRAL BANK OF LIBYA NEW BUILDING

LIMITED ARCHITECTURAL COMPETITION

LYBIAN CENTRAL BANK

BASRAH Sport Complex

286551

Tripoli

JMH team, 2014

FOREST CLUB Resi in Izhevsk

for AAAB

PORT

Kinmen Taiwan JMH team, 2014

FLYING FUNNEL competition Frei Otto Fรถrderpreis 1st. - 2016 with Ramon Weber , Tiago Carvalho

Concept of flexible space deriving from combination of bending active gridshell faรงade with a cable-net membrane roof.

The design proposal aims to maximize its lightness by reducing its building elements to the core needs, meanwhile keeping architecture on a human scale - by calibrating its components to tangible dimensions. By combining complex methods of form-finding and structural analysis with a conscient attention for the detail, the design inspired by Frei-Otto.

Serviceability Limit State (SLS) loadcases. In the ULS structure shows satisfactory result according to the regulation standarts: Compression ring - 290N/mm2, Facade rods - 25N/mm2

FORCE FLOW

Cable-net

Structural Concept Cable forces from prestress and external loads vs. compressive force of the ring, generating a self-constrained force flow loop. Due to the offset of the funnel the force distribution is not equal in the circular compression ring, resulting in a gradually denser grid in the back of the structure.

Textile Membrane

Compression Ring

Bending Active Facade

Physical model of the Structure (Aluminium Ring, Textile Membrane, Steel Diagrid)

Funnel base point

Cable-net Clamping

Facade Rods Clamping

Compression Ring

PAVILLION FOLIAS Zaha Hadid Studio - Design Museum, Vienna 2015

MOTOR Another very important feature of the realization of the kinetic structure was to develop a mechanism strong and robust enough to be able to rotate the large membranes.

2

Three proposals were developed and tested. The first actuation type implied positioning a servo - motor inside the structural pipes holding the rotation arms of the membrane. This mechanism works by placing a very small DC motor, a gear and ball bearings inside the upper part of the pipe. This system was the most elegant in terms of design since all of the mechanism is sealed inside the structure holding the membrane. However after careful calculations and tests it was declared that a motor small enough to fit in the pipe structure will not be strong enough to handle the rotation of the membrane.

3 5

4

8

Stability and mobility

9 10

6

11

Motion Ń horeography

13 12

7

Elasticity| strenth Fibre membran \ perforated Polyester

Strength and robustness

The second proposal would imply the use of plastic strings connected to two opposite edges of the membrane and controlled by a motor placed on the ground between the foundations of the kinetic structure. The motor pulls one of the wires down while pushing the other up. In this way one side of the membrane comes down whilst the other is pushed up.

Base - IPE 240 /140 steel beams

14

Motor variation

The last option developed uses a scotch yoke mechanism (slotted link mechanism) that converts a linear motion of a slider motor into a rotational motion. This is achieved by using a very easy to operate and suitable for outdoor use linear motor able to handle a lot of weight. One end of the motor is positioned on the outside of the upper part of the structure pipes holding the membrane, while the other end of the motor is connected to the yoke mechanism which turns the rotation arm of the membrane. Both proposals were reliable, easy to operate and strong enough to turn the membrane. However the last proposal was used for the pavilion as it was the most aesthetically suitable for the design.

MP 41:64:1 5102/21/6 1 fdp.]detrevnoC[ wen

MP 41:64:1 5102/21/6 1 fdp.]detrevnoC[ wen

Scotch yoke mechanism

Linear motion > rotational

C

C

M

Motor mechanism

M

Y

Y

MC

MC

YM

YM

YC

YC

YMC

YMC

K

K

Detail

(IN)CREASE

29

KINEMATICS

Zaha Hadid S - M. Drescher & A.Sergeeva Convertible canopy based on elastic active-bending properties of polymers & pneumatic pressure as actuation

Design domain :

Surface >> Frame :

Different scales and functionality

Pattern studies - varied thickness & density (Polymerlayering)

Furniture

Actuation concept

CREEPMASTER

Amphybia arctic mobile station

In the pursuit of ubiquitous northern magnetic pole

МАРХИ Diploma Golden Medal, 2015 1st - ArchiPrix, intern. Best Diploma Review Prof.: Kulish V.O, ass: Zaiceva N.

Locomotion of station is based on biomimetical principles of hydrostatic skeleton, abstracted into soft robotic prototype.

Project’s faced with the complexity due to leveraging between structural and deformable bearing elements and habitability condition.

ENERGY CONCEPT

MOVEMENT

SCALE

on ice crawl

Actuator / Propulsion system / Rotating wheel

through ice hover

saline and piezo (waves) source

water float

Soft robotic locomotion prototype

Abstracted geometrical structure from hydrostat animals locomotion into soft robot model

geodesic bowden tubes

Interior of habitable Capsule

Configurable semi-spheric capsule supported by telescpoic cables to the Lateral Rings of the skin Different configuration depending on the functionality

>

Section. During the movement on the harsh landscape Gyrocop Principle balances Horizontality of the habitable platform

FULL PAPER : https:// issuu.com/ayunamitupova/docs/web_creepmaster_150

Self-sufficiency and autonomy of Inner capsule

SUPER SIZE ME

Rehabilitation strategy for Moscow Industrial ring

Academic.МАРХИ Bachelor 2013 New Urban Typology for Housing (11000 p) 1st Int.diploma review,Architectural Image of Russia - 2014 Prof. Kulish V.O., ass: Zaiceva N., Pronin A.

Compact housing solution gives GREEN Park of 80 % site area |26 he

Kievskaya railroad

Residential floor plan - section

Structure: Super Arch - Mega truss that lies upon the mega column/ vertical communication

Public facilities

MOONOVATOR F. Rougerie Competition Space industries

2013

Siever extracts Energy from Moon regolith - Ti, Th & He3

PE R PE T U U M M O B IL E

CONTEMPORARY ART MUSEUM Personal. Competition 2016 Moscow , Baumanskaya

Art & society : public vs.private contemplation

Temporaliity & Eternity in Architectural embodiment

Linking Irkutskaya & Buryatia in Tunka National Park

MULTI - YURTA Personal. Museum -Unite 2 Regions 2014 1st Prize - Archobraz III, National competiton

Celebration of cultural integration of cosmopolitan Russia, uniting under one sky, into one Yurt!

Attracting public during syberian winter!

SPORT CENTER Rublevo Arhangelskoe 2014 2nd Prize Private client Bending flat element + grid network

Moments from bending /selfweight & bending

Laths to bend into a curved shape and then fixed and stiffened

Form finding

WALKING ON URBAN RIDGE

SEASIDE MUSEUM

ZZABOR

Personal project, China 2019

BRT RUS Landscape design, Fancy Fence, Moscow 2015

10 design - Shenzhen Park Competition 2019

GOT A LIGHT? Personal Competition 2013 Revitalisation of park on Kurskaya

Bringing orthogonal Cloud of light into the dark criminogene park,isolated by Railroad and highways

BOMZHEUBEZHISHHE Encourage the neglected, the outcast

Social sculpture - Homeless habitat 2013 Urban art povera for New social containers out of Conventional cargo containers and scaffolding

Compliant joints research

1. AXIOMS: KINETIC RULES OF SIMULATED AND PRINTED SPECIES Auxetic cell transformation: 2d: hinge

>

Academic. J.Knippers, S.Bechert (ITKE) 2016 3d: bending & torsion

Physical prototype, research on Soft PLA, Tango, Ninjaflex

>

2. DESIGN INTENT & METHODOLOGY FOR LATTICE TAILORING CARPET

>

CHAIR

>

>

>>

?

Matrix of the shape transformation

>

>

analysis

>

Learning kinematics in joints and subsequent gaussian curvature transformation Finding important structural parts, without compliant elastic deformations Finding patches for deformable auxetic latices

LOUNGE

>

The embedded compliant hinge in bending-active lattice was developed to approach a complex task for multiple Gaussian curvature configurations of lattice. Thus inversely engineered the new elastic structure has emerged, that offer us new ways of design complexity at a lower cost. For lattice skeleton different studies into auxetic geometrical patterns has been conducted.

Kangaroo physics digital simulation

Auxetic lattice deformations: synclastic / anticlastic

Geometrical analysis

>

BEND ME

Structural analysis

Gaussian curv-re - 0.2/0.2

curvature.asymptotic

>> FROM FLAT TO CURVY

topology optimization

curvature.main

shell stress analysis conformal network from stress field

4. EMBEDDING DATA LATTICE PATTERN. RESULTING PATCHING Creating a tool for evaluation and reparametrization. Embedding & Remeshing for new carpet configuration

>>

Developing algorythm for adaptive growth via 2nd order Cellular Automata

New urban

DENSITIES

Academic.Angewandte. New urban strategies. 2016 1. SEEDING. into buildings circulation cores of the least dense low rise site, without eradicating pre-existing urban morphology.

Data-responsive aggregation system is operated according to the specific environmental conditions – wind and sun - highlighting the reciprocal relationship between architecture and environment.

2. RULE SET Possible field for growth is circumscribed by the sun envelope. CA algorithm uses a feedback analysis after each step growth for evaluation of the solar condition. The Unit could be transformed and grow in multi-directions, enabling various configurations 3. CLUSTER SYSTEM. Cells and lattice structure grouped into several looping clusters in order to achieve structural and functional qualities. Each cluster can function as circulation, ventilation, occupiable space, utility, vegetation.

In the result we have intricate branching system for the new habita!

Let’s challenge the logic of the building code rules, starting with insolation

?

MONOTONY LOW HEIGHTS

GENERIC

Overlaying urban data layers to emphasize efficient user centered network in the new addition

Negotiation between maximum GFA and solar insolation (direct beam) RIN - ratio of insolated enough neighbours, initial existing neighbour buildings is 0.75 GFA = 275 000 m2 RIN = 0.58

GFA = 204 000 m2 RIN = 0.58

GFA = 180 000 m2 RIN = 0.64

GFA = 183 000 m2 RIN = 0.71

innovative urban massings can improve access to daylight for the massing itself as well as for neighbouring building

Lattice structure grows from coreEach next cell grows into the direction perpendicular to the designated volume letting it to be under direct sun for at least three hours per day.

INTERIOR DESIGN Freelance.

Design: Drawing, Modelling, Visualization, Management

Public Interiors - Retail \ Office , 2015

Public Interior for Sibur office 2016

The apartment Complex, In the forest , 2016

FURNITURE Competition. 2020

Tornado of Light

95mm

50mm

120mm

Bend-me Light Module Using Kerfing & natural anisatropic wood quality 40mm

30mm

40mm

Easy mobile reconfigurable

VISUAL ART SPIRAL STAIROGRAPHY

STUDIES video presentation - https://vimeo.com/152637140 FLOATING DEEP INSIDE

mixed media 2014

EQUILIBRIUM. Research in Robot House @ SCI-ARC 2016 with K.Hedlund

VISUAL ART

STUDIES

MAРХИ, DRAWING CLASS STUDIES: 2011-2013

VISUAL ART ICE CAPRET digital, python - rhino

STUDIES 2017 It e rat i v e co mpl i cat i onS

LIANA pencil 2013