ARCHITECTURE PORTFOLIO By Evrydiki Markaki
Everything You can Imagine is Real
Pablo Picasso
C
ONTENTS
• • 1
Bio Digital Design | Water as a new Ground
• 2
Urban Project | ‘‘Drifting Through Different Eras’
• 3
Adapt & Extend | ‘‘Contemporizing the Past’’
• 4
Dissertation | ‘‘A journey through the artifacts of Minoan Civilization’’
• 5
International Regeneration | ‘‘Saving the Future, by Utilizing the Past’’
• 6
Managment Practice & Law | ‘‘Critical Thinking Model’’
• 7
Work Experience
• 8
Additional Skills
• 9
Fabrication & Digital Design Workshops
• 10
Personal Interests
• 11
Recommendation Letters
1 W
AT E R
AS
A
NEW
GROUND
Unit
Bio Digital Design, The Age of Entaglement
Stage
Second Year, Part 2, 2nd Semester Project
Location
Shanghai, China
Brief
Floating Communities on the seaside of Shanghai
Key
Break Water Barrier
Activities
Residences Relaxation & Educational Zones Gardens Vertical & Horizontal Food Production Aquaculture Green Energy Production
Responce
The aim of the project is to create an adaptation and mitigation strategy for the city of Shanghai which faces gradual rise of the sea levels. Except the flooding problem that will get even worse in the near future, Shanghai has also to deal with other very important urban issues. The rapid growth of population and spread of the city, the extensive build of skyscrapers without enough open-space which leads to a lack of green and agricultural areas and loss of environmental quality. Firstly I am designing floating structures where I am proposing a variety of functions such as residences, food production and breakwater barriers . They would be able to produce their own energy via solar panels and wind generators, in order to keep the ‘’Floating city’’ alive and working. In a second phase, the small floating communities could expand and become completely autonomous.
Ground Beetle
Water Spider
ANALYSIS OF FLOATING ORGANISMS AS DESIGN & STRUCTURAL INSPIRATION
URBAN ISSUES
WATCHING THE FLOODED CITY 2150
IN SHANGHAI 1920
2020
2120
BUILDINGS
2020 19 MILLION
Amazon Water Lily
2120 22 MILLION BUILDINGS
OPEN & AGRICULTURAL AREAS
OPEN AGRICULTURAL AREAS
WATER
WATER
THE URBAN ISSUE
CEPT MASTERPLAN GROWTH STRATEGY
WATER WATER AS AS A A NEW NEW GROUND GROUND EVRYDIKI EVRYDIKI MARKAKI MARKAKI
2050
NCEPT MASTERPLAN GROWTH STRATEGY
15022581 15022581 WATER WATER AS AS A A NEW NEW GROUND GROUND
CONCEPT CONCEPTMASTERPLAN MASTERPLAN GROWTH GROWTH STRATEGY STRATEGY
Phase 3
2150
Phase23 Phase
2150 2100 Phase 3
Phase 2 Phase 1
2100 Phase 2 2100 2050
Phase 1
2050 Phase 1 2050
EVRYDIKI EVRYDIKI MARKAKI MARKAKI 15022581 15022581
2150
Phase Phase 3 3
2150 2150
Phase Phase 2 2
2100 2100
Phase Phase 1 1
2050 2050
2050
2050
2050 2050
CONCEPTUAL MASTERPLAN
These floating structures could accommodate 15,000 people in 2050 and would be food and energy sustainable
MASTERPLAN SYNTHESIS
W W
INTEGRATED MULTI-TROPHIC AQUACULTURE
The project OMEGA (Offshore Membrane Enclosures for Growing Algae) developed at NASA by Jonathan Trent grows algae on the sea. Algae grows with the help of sun on floating modWATER BARRIER
ules filled with waste water and CO2 from the city. The algae proceeds into biofuels, animal feed, fertilizer and other products
NASA, 2012
Integrated
multi-trophic
aquaculture
(IMTA) provides the byproducts outputs (waste, leftover feed, nutriens) from one aquatic species as inputs (fetilizers, food) FLOATING PARK
RESIDENTIAL MODULE
for another.
WATER AS A NEW GROUND EVRYDIKI MARKAKI 15022581
VARIOUS FUNCTIONS
HOUSING
PUZZLE-LIKE ARRANGEMENT
HORTICULTURE FARMING AQUAFARMING ENERGY PRODUCTION
ADAPTABLE NETWORKS
PUBLIC SPACES
DYNAMIC & FLEXIBLE COMMUNITIES
BUILDING UP A DYNAMIC CITY WITH FLEXIBLE STRUCTURE. WHEN A FUNCTION CAN NOT SATISFY THE COMMUINITIE’S NEEDS IT CAN BE REPLACED WITH A DIFFETENT ONE.
NETWORKS WHICH CAN CHANGE IN LENGHT, CREATING MORE OR LESS PRIVACY, LONGER OR SHORTER DISTANCE FROM PUBLIC FUNCTIONS
THE OLD ONE CAN BE REUSED BY A DIFFERENT COMMUNITY
LAYERS, FUNCTIONS & TYPOLOGIES OF FLOATING COMMUNITIES
MODULES’ SYNTHESIS
WALKING ON THE ELEVATED GREEN PATHS 2050
PLANS
FLATS CIRCULATION LIFTS
FOOD MARKET & RESTAURANT
GARDENS
RELAXATION SPACE
ELEVATED PATH
SECTION
/ LIBRARY
-2
-1
0
1
2
3
4
FINAL DRAWINGS
DESIGN PRINCIPLES
Smooth & aerodynamic shape for the wind and waves to pass by smoothly.
Dome with wavy curves to assist the rainwater collection, inspired by the fog basking beetle.
ENVIRONMENTAL
WATER FILTRATION
SUN LIGHT
THE LIVING MACHINE
Ecological
RADIATION ANALYSIS
designed
treatment
de-
signed to mimic the cleasing functions of tidal wetlands. Operates outdors in
USING GRASSHOPPER & LADYBUG
tropical or temperate climates. Water enters the primary tank, after passing through various tanks
DIFFERENT PLANS
with micro-
scopic plants and animals, clean water leaves the system.
BASIC
STRATEGIES FOR BUOYANCY, LIGHTING, VENTILATION & RAINWATER COLLECTION
ENVIRONMENTAL ENVIRONMENTAL ENVIRONMENTAL SUN LIGHT SUN LIGHT SUN LIGHT
OPTIMIZATION 1
RADIATION RADIATION ANALYSIS RADIATION ANALYSIS ANALYSIS USING GRASSHOPPER USING GRASSHOPPER & LADYBUG USING GRASSHOPPER & LADYBUG & LADYBUG
DIFFERENTDIFFERENT PLANS DIFFERENT PLANS PLANS
SECTION
SECTION
SECTION
NATURAL LIGHT NATURAL & VENTILATION LIGHT NATURAL & VENTILAT LIGH BASIC
BASIC
BASIC
OPTIMIZATION 2 FINAL PLANOPTIMIZATION OPTIMIZATION 1 OPTIMIZATION 1 1 O2
O2
O2 O2
O2
O2
O2
O2
O2
O2
OPTIMIZATION OPTIMIZATION 2 OPTIMIZATION 2 2 FINAL PLAN
FINAL PLAN
FINAL PLAN
SUNRADIATION ANALYSIS USING GRASSHOPPER & LADYBUG
21 DE
DESIGN INSPIRATION FROM THE SNOWFLAKES & THE WATERLILY
1/10 1/20 DETAILS
& 1/5 DETAILS
2 D
R IFTING THROUGH DIFFERENT ERAS
Project
Urban Design
Stage
Third Year, Part 1, 2nd Semester Project
Location
Rochester, Kent, England
Brief
School of Music and Fine Arts
Key spaces
Gallery
A
Public space
A
Cafe
A
Educational
B
Concert hall 200 seats
A
Residential
C
10 music practice rooms
B
2 Seminar rooms
B
4 Lecturer's offices
B
Workshop space
B
Library
A
Exterior sculpture garden
A
10 Postgraduate students' studio flats
C
Programme director's flat
C
Postgraduate common room
C
Responce
The project is located on a unique site between a Gothic Cathedral and the Norman Castle in Rochester. My aim was to design a well connected, enjoyable and sustainable complex of buildings to accommodate the School of Music and Fine Arts. The main path in the shape of eternity draws the public from the main urban road into the site. Two volumes which are shaped by the eternity path accommodate the school facilites and frame views towards the monumental views of the castle and the cathedral. Public, educational and residential zones are seperated but at the same time connected through an elevated bridge which acts also as shading structure.
Concept
Division Of spaces
Diagrammatic plans
Entrances
My concept is based on the social in-
Educational
teraction between students, teachers
Public
and visitors. An important aim is the
Residential Buildings
attempt to let them all
Semi-Public route
well defined and enjoyable journeys
Public Route
experience
starting from their entrance to the site
Hard Landscaping
until their exit.
Water
A small artifitial river, sculptures, lights
Soft Landscaping
and trees run together with the main public part of the path which ends up Controlled Routes
in the atrium of the main building.
for students and staff Uncontrolled Routes for common use
Diagram
MASTERPLAN & FACILITIES
The
journey
starts
with
the
pub-
lic path which passes through the sculptural
gardens
and
two
small
rivers. The trip continues inside the main building where people need to cross an atrium-gallery in order to reach
the
workshops,
offices,
mu-
sic rooms and the concert hall. The second building includes a library on the first floor and student flats on the ground floor. The transition from the one building to the other becomes more pleasant when people cross the yellow bridge, enjoying the view of
the
Castle
and
the
Cathedral.
CROSSING THE ELEVETED CORRIDOR
PLANS
LONG SECTION
THE BUILDING FROM THE BACK SIDE OF THE SITE
ATRIUM SPACE SHORT SECTION
ENVIRONMENTAL STRATEGIES
DETAILS
CONCERT HALL STRATEGIES
CONSTRUCTION SEQUENCE
3 C
O N T E M P O R I Z I N G T H E PA S T
Project
Adapt & Extend
Stage
Second Year, Part 1, 2nd Semester Project
Location
University of Kent Campus, England
Brief
Refurbishing and Extending the Existing Library
Key spaces
British Cartoon Archive Lecture theatre Study areas Cafe & Restaurant
Responce
We live in an environment that changes rapidly in every sector. Considering the education; the increasing use of multimedia and the internet made the traditional way of studying with books less popular. My design reveals that radical change through the concept of explosion. I suggest that a contemporary library requires more computer and social studying areas where people can gather and study in a pleasant and friendly environment. At the same time a library needs to provide the public with several private and quiet areas. The new exterior of the library is dynamic and accommodates various functions for socializing making the building an important spot in the campus.
PROCESS SKETCHES & MODELS
EXTERNAL VIEW THE OLD BUILDING & THE ADDITIONS
Double glazed units hinged on the envelope
Glass & Metal panels placed as cladding on the top of the beams
I-Beams, 400mm maximum depth
Cast
aluminium
connection
joins
Perimeter columns encased in prefabricated fibrous plaster fireproofing casing
STRUCTURE
LONG SECTION ZONING OF SPACES & SOUND WAVE
SKETCH STAIRS, CORRIDOR, RAMP & LIGHTING
DESKS & INSTALLATIONS
SOCIAL STUDYING AREA
GROUND FLOOR ENTRANCE
My design aims to respect all the studying needs of the
students
the in
library 4
therefore
gets
zones.
divided
The
zones
start of being silent in the east ly
wing
and
changes
gradual-
towards
be-
ing the more public zone in
the
The
new
west
extension
wing.
part
ac-
commodates
the
main
entrance
the
build-
of
ing with the exhibition of the a
cartoon
lecture
floors
of
archive
theatre. social
and Two
studying
areas and a top floor with a restaurant and a cafĂŠ.
4 A
JOURNEY THROUGH T H E A R T I FA C T S O F M I N OA N C I V I L I Z AT I O N
Project
Interdisciplinary
Stage
Third Year, Part 1, 1 & 2nd Semester Dissertation
Location
Heraklion, Crete, Greece
Brief
New Arcaeological Museum for the artifacts
IMAGE B MINOTAUR
of the Minoan Civilization
Responce
My interdisciplinary focuses on the design of a museum which is going to display the artefacts of the Minoan civilization. It express-
IMAGE C
es my major interest in exhibition spaces, views, lighting strate-
KNOSSOS
gies and materials. The site of the project is on the coast of Heraklion, in Crete (image A). The design focuses on the planning of the exhibition spaces as well as the strategies to display the twelve most famous ancient artifacts of the Minoan civilization. The plan of the museum is inspired by the layout of the palace of Knossos (image B) and based on a Minoan myth ‘’Ariadne and the thread’’. Seven themes serve as guides through the exhibition and at the same time address issues of the ancient cultural morals and traditions (image E) .These themes frame the layout of the exhibition and help the visitor to understand easier the life of Minoans.
ENTRANCE CORRIDOR
Basing my concept on the famous myth ‘’Ariadne and the thread’’, the proposal
museum
represents
the
Labyrinth structure (image C) which has an entrance, a labyrinth journey through the artifacts of the Minoan period and an exit. The visitors represent the prince Theseus and the light along with the sea view, represent the ball of the thread which lead the visitors towards their way out.
The plan of the museum is determined by a main vertical optical axis (Image E).This means that the visitors can have a visual contact with their
landmark,
but
not
an
imme-
diate access. This axis starts from the entrance of the exhibition in the potteries room, passes from the central room where the famous disc of Faistos is displayed and then leads to the big fresco room, which has an immediate view of the sea.
CASES & LAYOUTS
RELIGION ROOM
FRESCOS ROOM
5 S AV I N G
THE FUTURE
B Y U T I L I Z I N G T H E PA S T Project
International Architectural Regeneration & Development
Stage
Second Year, Part 2, 2nd Semester Project
Location
Evora, Portugal
Brief
Revitalization of the city through the Regeneration & Refurbishment of Abandoned Buildings
Key spaces
Research Centre Labs Computer Rooms Workshops Offices
Responce
Evora is a small but important city in Portugal with a great history which is listed as world heritage site by UNESCO. The city is gradually getting abandoned due to the economic crisis that hit the country in 2008 but also due to the lack of activities for young people. The most important task of the project was to deeply understand the culture and traditions, the problems as well as the economic, social and political profile of the city and country.
The second task was to give a new use to some abandoned buildings in the city and refurbish them. After the extensive research on the needs and the strengths of the town I decided to transform an old
‘’Mobilise higher education for eco-
building into a research center which would allow the
nomic, social and cultural develop-
university of the town to gain strength and therefore
ment of cities and for regions ‘’
attract more young people in the city.
(OECD 2007, p.23)
EVORA IN ALENTEJO REGION
SOCIAL & ECONOMIC PROBLEMS IN PORTUGAL
PROPOSED REGENERATION STRATEGY FOR EVORA
Students and researchers could use Technology, Science and Engi-
The 70-100% of the funds for the primary re-
neering in order to transform local products which would be collected by
search is provided by a European program
the locals. The new innovative products could be promoted by start up
called ‘‘Smart Specialization’’ which focuses to
companies in and out of the borders of the country. In this way, the city
assist in regional development.
succeeds innovation and economic recovery in different levels: young people, the citizens, local businesses and finally the whole country.
UNIVERSITIES & RESEARCH IN EVORA
PHASING OF PROPOSED REGENERATION STRATEGY FOR EVORA
FACILITIES DIAGRAM SCHEDULE OF ACCOMMODATION
SITE PLAN
EXISTING STRUCTURE
The proposed plan follows the exCONCEPT
isting walls as a guidance
Use of the interconnections between buildings b & c
The new structure Introduces orthogonal walls Improves the lighting and ventilation of the building NEW CIRCULATION
The new circulation Promotes the interaction with people & the facade
NEW STRUCTURE
DIAGRAMMATIC DESIGN
EXISTING
The main internal space of the building is a large uncovered space. The roof is destroyed. The several openings covered or not prove the several rehabitations of the building. Each time the building had to adapt to the new functions.
RUSTED BEAMS
ARCHED OPENINGS
The steel beams seem to be a major structural element of the building.
The structure as well as the materiality are elements which inspired my proposed design.
NEW
BIG DOMINANT WINDOWS
VISIBLE HORIZONTAL LINES
FADED WHITE COLOUR ON THE FACADE EXISTING EVORIAN TILES
The last use of building b used to be residential.The details about the building were not sufficient enough however due to the size of the windows and the interior structures we strongly believe that it was built to serve used of production
NEW
NEW MOTIF INSPIRED FROM
RAILINGS ON BALCONIES
THE TILES
The famous evorian tiles become the motif for the railings on the balconies and stairs made by corten steel.
THE COLUMNS FOUND ON THE SITE ARE TRANSFORMED IN STEEL COLUMNS OF A SIMILAR DESIGN
NEW STEEL STRUCTURE INSPIRED FROM THE EXISTING ONE
BASEMENT PLAN
GROUND FLOOR PLAN
FIRST FLOOR PLAN
ARCHITECTURAL COMPONENTS
The roof is inspired by the tradi-
The rain water is collected to irri-
tional evorial piched roofs.
gate the grass. Arched openings are designed.
The pattern on the railings is inspired by the portuguese tiles.
Floor lighting which is projected on the balcony, creates an atmospheric effect during the night.
ELEVATION
SECTION B-B’
DETAILS
B’
B
SCALE 1/100
A
SECTION A-A’
A’
6
7 W Project
ORK
EXPERIENCE
ATHENS SCHOOL OF FINE ARTS Atelier 66 Complex of buildings for the Athens School of Fine Arts
Location
Piraeus, Athens, Greece
Tasks
Model making using 3D softwares. My task was to make the final renderings, some drawings and take photographs which would be used in magazines and publications.
SITE PLAN
RENDERS PHOTOGRAPHS
H&M SHOP
Project
Atelier 66 Refurbishment of existing building (interior and exterior). Change in the use of the building in order to host a new shop for H&M.
Location
Chania, Crete, Greece
Tasks
Model making using 3D software. Furniture and technical drawings.
3D DRAWINGS
αξονομετρικό METALLIC SHED
4 ΧΗΜΙΚΩΣ ΠΑΚΤΩΜΕΝΑ ΑΓΚΥΡΙΑ Μ16 ΜΗΚΟΣ ΕΜΠΗΞΗΣ 10Φ = 320mm CHS 48.3 / 3 1 M16 & PL 8 mm αρμοκάλυπτρο βιδωμένο με μαστίχα - λαμαρίνα γαλβανισμένη 1,5 χιλ. τραπεζοειδής λαμαρίνα SYMDECK 73 (t=0,73mm) IPE 120 2.00%
2.00%
3x IPE 120
4 ΧΗΜΙΚΩΣ ΠΑΚΤΩΜΕΝΑ ΑΓΚΥΡΙΑ Μ12 ΜΗΚΟΣ ΕΜΠΗΞΗΣ 10Φ = 240mm
αξονομετρικό
4 ΧΗΜΙΚΩΣ ΠΑΚΤΩΜΕΝΑ ΑΓΚΥΡΙΑ Μ16 ΜΗΚΟΣ ΕΜΠΗΞΗΣ 10Φ = 320mm CHS 48.3 / 3 1 M16 & PL 8 mm
Project
OTE (HTO Hellenic Telecommunication Organization) Atelier 66 Refurbishment of existing building (interior and exterior). Change in the use of the building in order to host OTE (HTO Hellenic Telecommunication Organization)
Location
Kerameikos, Athens, Greece
Tasks
Design of collages and images for the presentations. Furniture design. Continuous improvement of Cad drawings.
DIFFERENT CONCEPTS & PROPOSED ENVELOPE
EXISTING BUILDINGS
EXISTING STRUCTURE
PROPOSED ELEVATIONS
ELEVATION & MATERIALITY
ELEVATION A-A
Project
GREEN LANES SHOPPING MALL Haskoll Architects Refurbishment of the existing shopping centre. Both the interior and exterior of the mall were refurbished in three different phases. Some of the areas which needed improvement were the main entrances, ceilings, floors, lighting, shopfronts , signage and branding.
Location
Green Lanes, Barnstaple, UK
Tasks
Collaboration with the main architect for the project. Meetings with clients and engineers. Interior design, lighting and floors’ design, furniture design and branding using Collages, Cad Drawings and 3D. Communication with various suppliers. NEW ENTRANCE
EXISTING SECTION BB
PROPOSED SECTION BB
REFURBISHMENT OF MALL JUNCTIONS
BEFORE
AFTER
PROPOSED CEILING PLAN & LIGHTING
PROPOSED MALL SEATING
PROPOSED MALL SIGNAGE
MALL SEATING - FIRST IDEAS
Project
COWORKING SPACE Haskoll Architects Refurbishment of an elevated bridged link which is connected with ‘‘The Victoria’’ shopping centre. The previous use of the space accommodates small shops. The proposed use is for coworking spaces. The new brief, requires the design of a dynamic and comfortable environment to increase the collaboration, innovation and productivity.
Location
The Victoria, Southend on Sea, UK
Tasks
Individual project. Meetings with clients. Concept design, Strategies, Arrangement of spaces, Interior design in 3D.
COWORKING EXAMPLES EXISTING BUILDING
STRATEGIES FOR FLEXIBLE OFFICES & MULTIPURPOSE SPACES
Diagrammatic Drawings
Welfare
Reception
Welfare
Interactive Screens
IT Hub
Small Chat Booths
Flexible & Multipurpose Coworking spaces
Private Small/Large Rooms
IT Hub
Existing Building
New Arrangement
PROPOSED ARRANGEMENT
Project
ATLANTIC VILLAGE OUTLET CENTRE Haskoll Architects New improved masterplan for the Atlantic Village outlet centre. The new masterplan includes: a 60 bedroom hotel, garden centre, restaurants, parking and landscape design.
Location
Bideford, UK
Tasks
Collaboration with the director for the project. Masterplanning, landscaping, branding and logo design using Sketches, Collages, Cad Drawings and 3D.
LOGO DESIGN
Create
EXISTING ENTRANCE
ate a language for entrances
Incr esp
Punchy PROPOSED ENTRANCE ALTERNATION
Premier In
Starbucks
Existing Layout
Aldi
325 car park spaces
Premier In
Brewers Fayre
McDonalds
Option 4
CLOVELLY ROAD
Overlay parking
60 bed hotel Overall parking spaces 815
Starbucks Aldi
Petrol Station
310 car park spaces
270 car park spaces
ASDA
+146.5
Hotel in Existing Adventure Park Freestanding Garden Centre
Brewers Fayre
McDonalds +147.5
Food Court Square
New Road Access
Nike
CLOVELLY ROA D
M&S WC
Garden Centre
EXISTING LAYOUT
310 car park spaces
+150.0
Petrol Station
+147.5
270 car park spaces
+148.5 +151.0
New Parking 60 spaces
ASDA
+147.5
FEATURES - OPTION 1 3 Storey Hotel
•Three storey 2,700 sqm hotel built at upper
New Parking 175 spaces
+148.0
7,910 sq ft
+143.5
Hotel Entrance +147.5
Food Court Square
Nike
adventure park site
M&S
•Simple ramp to accommodate level change from existing car park to square •New garden centre built on overflow car park site with surrounding parking of approx. 60 new bays •New approx. 175 bay car park at hotel entrance level
Premier In
Option 1
60 bed hotel Overall parking spaces 870
Starbucks Aldi
Free standing Hotel with new Car Park Brewers Fayre
McDonalds
New Road Access
FEATURES - OPTION 2
•Three storey 2,700 sqm,60 bed hotel built on overflow car park site with surrounding parking of approx. 90 new bays
CLOVELLY ROA D
3 Storey Hotel
+150.0
+151.0
New Parking 90 spaces
310 car park spaces
Petrol Station
+147.5
270 car park spaces
ASDA
+148.5
+146.5
•Wide entrance ramp to accommodate level change from existing car park to
New Parking 200 spaces
square
+147.5
Existing Boat 9,000 sq ft
+148.0
• New 200 bay car park at adventure park
+143.5
Food Court Square
Nike
M&S
site linked by stair to square below •New access via Clovelly Road •One large retail unit to replace Denby entrance
Premier In
Option 5
60 bed hotel Overall parking spaces 930
Starbucks Aldi
FEATURES - OPTION 3
Free-standing Hotel with Garden Centre in Existing Adventure Park & A1/A3 Units New Road Access
•Three storey 2,700 sqm, 60 bedhotel built on overflow car park site with surrounding
CLOVELLY ROA D
New
Drive Parking Through Restaurant 25 spaces
parking of approx. 85 new bays
Petrol Station
+150.0
•One large retail unit to replace Denby entrance 9,000 sqft •Wide entrance ramp to accommodate lev-
+147.5
New Parking 85 spaces +151.0
3 Storey Hotel
A1/A3 units facing onto square below garden centre
270 car park spaces
+148.5
Hotel Entrance
ASDA
New & Existing Parking 550 spaces +147.5 Existing Boat
el change from existing car park to square •4,200 and 5,300 sqft, of groundfloor level
Brewers Fayre
McDonalds
9,000 sq ft
A1/A3 +148.0
+147
Garden Centre
+143.5
Food Court Square
Nike
Roof M&S
A1/A3
WC
•New garden centre 7000 sqft, built on top of A1/A3 units, built into topography with entrance at upper level
PROPOSED LAYOUTS
8 A
DDITIONAL
HAND
SKILLS
DRAWING
D I G I TA L
DRAWING
PHOTOGRAPHY &
COLLAGE
VIDEO
MAKING
https://vimeo.com/153187303 https://vimeo.com/153187304
https://vimeo.com/153210589
9 F
A B R I C AT I O N &
PA R A M E T R I C
DESIGN Project 1
Robotic hand exploration
Location
Grymsdyke Farm, Buckinghamshire, UK
Tasks
In the farm we experimented and tested shapes and materials. For our project we created potteries made up of plaster. The process was not the traditional, we designed the shape using grasshopper and we fabricated the final product using a robotic hand. Testing the abilities of materials and combining traditional product making with new technologies was an incredible experience.
FINAL RESULT
WORK IN PROCESS
ON GRASSHOPPER
GRASSHOPPER SCRIPT
Project 2
Installation with string & 3d printed joins
Location
Space Under, Athens, Greece
Tasks
Using grasshopper we designed a complex mesh with lines and nodes which we later on fabricated using the information given from the program.
Having to collaborate with people with different abilities and knowledge was very motivated and challenging at the same time and made me realize the benefits of a team.
FINAL RESULT
WORK IN PROCESS
ON GRASSHOPPER
GRASSHOPPER SCRIPT
10 P
ERSONAL
Project
3D PRINTED JEWELRY
Tasks
The
inspiration
for
these
INTERESTS
DESIGN SEQUENCE
jewellery
1
2
comes mainly from personal interests such as architecture and nature. The collection focuses on curves and fluidity.
The shapes are sketched and then shaped in 3D software such as Rhino and Grasshopper. The 3D file is 3D
3
4
printed liquid resin or wax. The rest procedure is traditional. The prototype is covered in a fine plaster. When the plaster solidifies, it forms the mold for casting the metal. The plaster mold is then put in an oven and heated for several hours to the point where the wax is completely burned out. The melted metal is poured into the mold which breaks when cold, reviling the final jewel.
FURNITURE
NATURE
ARCHITECTURE
INSPIRATION
Project 1
3D DRESS
Tasks
This short project focuses on the design process of the dress rather than the final outcome.
Curvy forms inspired by archi-
tecture and light fabrics resembling elegant gowns, are designed in paper and then in 3D software. Having the dress in 3D format generates automatically the patterns which will be used to manufacture the clothing.
CONCEPT
MOODBOARD
DESIGN SEQUENCE
1.
2.
3.
4.
5.
BASIC LINES
2D CURVES
3D CURVES
3D SURFACES
THE FABRIC
These lines form
These curves
The 2D curves
The 3D curves
Light fabric is
the top, middle
shape the basis
are projected on
are lofted cre-
added on the top
& bottom part of
for the pleats.
the mannequin.
ating the final
and bottom part
Those curves
pleats.
of the dress.
the corset.
are scaled up and extruded in order to for the final 3D curves for the pleats.
Pleats Patterns x2
Dress Top part
PAT T E R N - D R A F T I N G
Pattern x2
Dress Bottom part
Thank you