P. 0 1 ABOUT ME..
Avraam Vairaktaris
My name is Avraam Vairaktaris, I am an Architect Engineer . I believe that my background in architectural design and engineering combined with the diverse work experience that I hold constitute an advantageous candidate profile for a successful and lasting career in architecture design and engineering. Originally they have provided me with a rich array of analytical skills and focus on practical implementation and tangible results rather than theory. Working for a medium scale construction company in Greece I had the chance to travel in different places and work with people from different backgrounds and specializations. Through these experiences I acquired valuable insights, I broadened my horizons and developed my interpersonal skills. Furthermore, by my participation in different scale projects, I learned how many different points of view a certain situation can have, the many variables that must be taken into account, and the critical thinking required in order to reach a final model.
P. 0 2 CONTENTS
P. 0 3 - 0 4 GENERAL Curriculum vitae
P. 0 5 - 1 4 PROFESSIONAL PROJECTS| CONSTRUCTION & SITE INSPECTION Costas Tsoclis Museum
Re-construction of Orlof Square
P. 1 5 - 2 4 PROFESSIONAL PROJECTS| DESIGN Multi-Housing Project in Gkazi
Patras’ Housing Project, Achaia
P. 2 5 - 4 6 A C A D E M I C P O S T- G R A D U AT E | E N V I R O N M E N TA L D E S I G N Soup Kitchen, Saint Martins in the Field
Solar Decathlon Competition
P. 4 7 - 6 8 ACADEMIC UNDER-GRADUATE Research Thesis Report
Design Thesis
Temponera School Complex
Reformation of Hadrian’s Aqueduct Square , Athens
Avraam
Vairaktaris
Architect
PERSONAL DETAILS
Telephone Number
0044 7523307725
Email Address
avraam.vairaktaris.11@ucl.ac.uk
Date of Birth
24th February 1986
Nationality
Greek
EDUCATION
U nivers ity C olleg e Lond on ( UCL) , Uni ted Ki n g d o m
Se p t e m b e r 2012- Se p t e m b e r 2013
MSc in Environmental Design and Engineering
Thesis: Cost and carbon benefits of Passivhaus Joints refurbishments of UK’s domestic building stock
(Modules: Solar design, Natural ventilation design, Domestic retrofit, Environmental Master planning, Passivhaus)
U nivers ity of Patr a s, G r eece
Se p t e m b e r 2004- De c e m b e r 2010
Diploma in Architectural Design and Engineering , (5 Years Curriculum BEng+MEng)
WORK EXPERIENCE
Avraam V airakta r i s A r chi tectur a l D esi g n O ff i c e
M a r c h 2011- Se p t e m b e r 2012
Design + Construction Firm
Anas tasios K oila k os Constr ucti on Comp a ny
Oc t o b e r 2008- F e b r u a r y 2011
Senior Project Architect, Full Time Employee. Qualifications: Architectural Design, Site Inspection, Quality Management, Budget control,Construction Detailing Projects: - Construction of Museum of Costas Tsoclis in Tinos Island
(410.000,00 €)
- Construction of Orlof Square in Tinos Island
(130.000,00 €)
- Refurbishment of School Complex in Santorini Island
(365.000,00 €)
- Construction of Pyrgos Square in Tinos Island
(115.000,00 €)
Anas tasios K oila k os Constr ucti on Comp a ny Architectural Assistant, Part Time Employee. Qualifications: Design & Budget control of the projects, Construction detailing
J a n u a r y 2006- Se p t e m b e r 2008
PUBLICATIONS
|
P R E S E N TAT I O N S
|
RESEARCH
Dissertation Thesis, University College of London
Se p t e m b e r 2013
Title: Cost and carbon benefits of Passivhaus Joints refurbishments of UK’s domestic building stock
Design Thesis, University School of Patras
N o ve m b e r 2010
Title: Design of public baths and reformation of a part of the sea front of ancient town of Loutraki
MEMBER OF INSTITUTES | CERTIFICATIONS
UK - Architects Registration Board
Exp ect ed
Royal Institute of British Architects RIBA Associate Member
Exp ect ed
Chartered Institution of Building Services Engineers
N o ve m b e r 2012
Hellenic Association of Greek Architects
J a n u a r y 2011
Chartered Architect Engineering, Technical Chamber of Greece
M a r c h 2012
LANGUAGES Greek: Native, English: Fluently (Advanced Diploma IELTS)
SEMINARS
|
WORKSHOPS
Athens 9 Workshop, university of Patras,
F e b r u a r y 2007
Project: Rehabilitation of Greek Parliament that would promote Democracy
IT SKILLS
Autodesk (Autocad 2D-3D, 3Ds Max, Ecotec, Revit), Sketch Up, IES, TAS, Sketchup, Rhino,Adobe (Photoshop, Illustrator, Indesign), MS Windows, MS Office(Word, Excel, Power Point), PDA , AGI32, Form Z Radiozity,
PERSONAL INTERESTS Athletics: Sailing, Tennis, Beach Volley, Horse riding Interests: Theater, Cinema, Black & White Photography, Travelling
REFERENCES
Available upon request 0 3 | 04
P. 0 5 - 1 4 PROFESSIONAL CONSTRUCTION Construction | Detailing | Supervision
Costas Tsoclis Museum, Tinos Island , Greece Re-construction of Orlof Square, Tinos Island , Greece
C O S TA S T S O C L I S M U S E U M
Title Site Architect in Construction of Artist Costas Tsoclis’s Museum in Tinos Island Greece Type Professional -Supervision Time June 2009 Team A.Koilakos C.C Status Completed
Duties Description : -Construction
Detailing
,
Working
plans
preparation
in
collaboration with architecture team -Ensure that sufficient information is available on drawings and sketches to set out the works in accordance with the programme and to resolve any inconsistencies in the information provided including feedback on any changes -Setting out the works in accordance with the contract requirements before work is programmed to commence -Check the works during progress and on completion to ensure that it has been constructed in line with the setting-out information provided, measured and signed off before covering up and that information is passed -Setting out the works in accordance with the contract requirements before work is programmed to commence - Taking off and site measures of materials to alow them to be controlled ordered efficiently and accurate reconciliations to be developed for the weekly review.
Photos Copyright George Triantafyllou
0 7 | 08
Photos Copyright George Triantafyllou
Photos Copyright George Triantafyllou
0 9 | 10
Works in Progress
1 1 | 12
O R LO F S Q U A R E I N T I N O S I S L A N D
Title Recostruction of Orlof Square in
Duties Description - Ensure that sufficient information is available on drawings and sketches to set out
Tinos Island, Greece
the works in accordance with the programme and to resolve any inconsistencies in the
Type
information provided including feedback on any changes made
Professional -Supervision Time January 2010 Team A.Koilakos C.C Status Completed
- Communicate with foremen, gangers, workforce and sub-contractors to ensure full understanding of information provided. - Taking off and site measures of materials to allow them to be controlled ordered efficiently and accurate reconciliations to be developed for the weekly review - Take receipt of materials and check description, quality, markings and condition before signing
Photos after the Completion & Handover
1 3 | 14
P. 1 5 - 2 4 PROFESSIONAL PROJECTS | DESIGN Multi-Housing Building in Gkazi, Athens, Greece Patras’ Housing Project, Achaia, Greece
G K A Z I M U LT I - H O U S I N G P R O J E C T Title
Description
Housing complex in Gkazi area, Athens, Greece
The project includes 6 single- bedroom flats located in one of the most upcoming areas in the city of Athens.
Type
The building’s ground floor is a public space free to visitors, including an
Professional-private
open swimming pool according to the clients’ requirements. Large openings
Time
contribute to great view and enhance the natural light in the living area and
June 2011
the kitchen.
Team Individual Status Concept Design
The materials used are natural and raw such as concrete, wood and glass. The circulation space in the main facade symbolizes the motion in the building enhancing the optical integration of the private and public space. The private facilities of each flat are located at the rear elevation with private balconies and large openings increasing natural lighting and ventilation.
3D Perspective view 1 7 | 18
+ 24.00m + 21.00m + 18.00m + 15.00m + 12.00m + 09.00m + 06.00m + 03.00m + 00.00m
West Elevation
North Elevation
Typical Elevation Typical Elevation
Ground Floor Plan
Ground ElevationGround Eleva
Typical Floor Plan 1 9 | 20
PATRA’S HOUSING PROJECT
Title
Description
House project in Patras, Achaia, Greece
The residency is located close to the historical centre of the city of Patras.
Type
It is designed for a couple with a one double-bedroom at the upper floor at the
Professional-private
front elevation. The public areas of the house are located at the ground level
Time
orientated to the rear side and the private pool.
August 2011
The minimal and clear design, the orientation and the large openings
Team
maximize the natural light and improve the interaction of the inside and outside
Individual
space.
Status Concept Design
3D Perspective view
2 1 | 22
Section Plan a_a
North Elevation
Section Plans
Ground & First Floor Plan 2 3| 24
P. 2 5 - 4 6 A C A D E M I C P O S T- G R A D U AT E P R OJ E C T S E n v i ro n m e n t a l D e s i g n
Soup Kitchen, Saint Martins in the Field Solar Decathlon Competition
2 5 | 26
SAINT MARTINS IN THE FIELD
Title Soup Kitchen in Saint Martins in The field
Description The St. Martin-in-the-Fields Centre for Homelessness was developed
Type
by a multidisciplinary team of architects and building services engineers. The
Academic- University College of London
team adopted an iterative process of site analysis, concept study, design
Date
development and performance analysis. This holistic approach is presented
December 2012
through a series of lateral, rather than linear, steps. The challenge is to
Team
combine architectural and environmental ideas concurrently to create a
Raj Rabadia
low energy building with focused architectural design intent.
Katie Wallaca
The aim of the project is to explore the opportunities of passive
Samuel Hunt
thermal and ventilation design by creating a brief for a building located in
Avraam Vairaktaris
Central London. The building must accommodate spaces for high and low
Supervisor
occupant density and take account of microclimate exigencies and thermal
Dejan Mumovic
comfort requirements for the users.
Site Analysis and Environmental strategies
2 7 | 28
+ 16.75
+ 15.50
+ 12.50
+ 9.50
+ 6.20
+ 3.20
+ 16.75
+ 15.50
+ 12.50
+ 9.50
+ 6.20
+ 3.20
Section Plans
Ground & Third Floor Plan 2 9 | 30
3D Perspective view
3D Perspective view 3 1 | 32
Construction Detail
14
1 16
13
12 11 10 7 9
2
3 15 6
Elements
1. Exposed concrete roof slab 2. Light spot E27 3. Double glazing windows with Low emissivity 4. Timber Floor
4 5
5. Underfloor heating Pipes 6. Exposed concrete wall 7. Waterproof Membrane 8. Root Barrier 9. Oldroyd Xv Green as additional separating drainage layer 10. Closed Cell Insulation 11. Oldroyd Xv20 GreenXtra Membrane 12. Oldroyd Tp Filter Fleece 13. Growing Medium 14. Vegetation 15. Metal shades 16. Insulation elements
100% 10.1%
80% 60%
2.6%
0.0%
34.9%
37.5%
0.0% MARCH
0.0% APRIL
2.7%
2.7%
1.7%
0.0%
32.0%
35.8%
37.5%
0.0% SEPTEMBER
0.0% OCTOBER
8.9%
8.9%
28.8%
26.9%
0.0% JUNE
1.7%
3.1%
JULY
AUGUST
0.0%
5.6%
25.0%
40%
27.5% Thermal Analysis Results 20%
13.0%
0%
0.0% JAN
0.0% FEB
34.8%
0.0% MAY
% COLD HOURS
FF Mind & Body Studio 1 1% Dry Bulb (°C)
0%
0.0% NOVEMBER
% GOOD HOURS
84%
GF Canteen Dry Bulb 1% (°C)
20%
30%
0.0% DECEMBER % HOT HOURS
15%
74%
10%
37.5%
32.4%
25%
40%
50%
60%
70% % COLD HOURS
80% 90% 100% % GOOD HOURS % HOT HOURS
30 25 TEMPERATURE
20 15 10
100% 5 80% 0 60%
0.3%
20.6%
13.8% 14.4% Upper Limit (˚C)
DAYS FROM MONDAY TO SUNDAY6.3% 10.6% 13.4% External Temperature (°C) GF Canteen Dry Bulb (°C)
37.2%
40%
5.9%
31.5%
0.1% MAY
0.1% JUNE
2.3%
3.9%
JULY
AUGUST
0.3% 5.9% MIDSEASON PERFORMANCE Hourly temperatures: 1 weeK in October 13.8% 14.4% 80% 20.6%
10.6%
13.4%
26.8% 8.9%
21.8% 8.9%
0.1% JUNE
JULY
FF Mind & Body Studio 1 Dry Bulb (°C) 0% 0.0% 0.0% 0.0% JAN Rates FEB MARCH Operational Hours 100%
0.0% APRIL
40%
80%
20%
60% 0% 40%
16.9% 0.0% JAN
23.8%
0.0% FEB
0.0% MARCH 34.9%
27.5% 13.0%
0%
0.0% JAN
6.3%
0.0% SEPTEMBER 2.9%
% COLD HOURS
0.0%
37.5% APRIL
0.1%
MAY 34.8%
2.3%
26.9%
28.8%
27.4% 2.7%
0.0% FEB
3.9%
32.0% AUGUST
0.0% 35.8% SEPTEMBER
0.0% MARCH 2.6%
0.0% 0.0% APRIL
0.0% MAY 2.7%
1.7% Ground
0.0% JUNE
JULY
8.9%
8.9%
20% FF Mind & Body 13.0%Studio 1 1% Dry Bulb (°C)
0.0% FEB
34.9%
37.5%
0.0% MARCH
0.0% APRIL
34.8%
84% 0.0% MAY
AUGUST 2.7%
SEPTEMBER 1.7%
0.0% JUNE
32.0%
20%
30%
40% 84%
% GOOD HOURS 15.3%
37.5% 0.0%
0.0% 37.5% OCTOBER
8.7%
% HOT HOURS
0.0%
5.6%
29.2%
0.0% NOVEMBER
0.0% 37.5% DECEMBER
32.4%
% GOOD HOURS
1.7%
3.1%
JULY
AUGUST
0.0% OCTOBER
NOVEMBER 5.6%
% GOOD HOURS 37.5%
0.0% SEPTEMBER
0.0% OCTOBER
% HOT HOURS
0.0% DECEMBER
% HOT HOURS 37.5%
32.4%
15%
74%
10%
0.0% DECEMBER
0.0%
35.8%
% COLD HOURS
GF Canteen Dry Bulb 1% (°C)
FF Mind & Body Studio 1 0% 1% Dry Bulb (°C)
26.9%
28.8%
0.0% NOVEMBER
3.1% Canteen Dry Bulb Temperature Ranges (°C) Floor 0.0% 0.0% 0.0% 0.0%
% COLD HOURS
27.5%
0.0% JAN
34.6% 1.7%
0.0% OCTOBER
22.3%
25.0%
40%
0%
2.7% 31.5%
% COLD HOURS
10.1%
80% 60%
10.1% 23.1%
37.2% 0.0%
25.0%
20% 100%
2.6%
29.2%
22.3%
60%
100%
8.7% 15.3% FF Mind & Body Studio 1 Dry Bulb (°C)
34.6%
21.8%
23.8%
0.0%
Mid-Season Performance Hourly Temperatures: 1 Week In October 37.5% 27.4% 26.8%
GF Canteen Dry Bulb (°C) 23.1% 16.9% 20%
2.9%
0.0% NOVEMBER
% GOOD HOURS
0.0% DECEMBER % HOT HOURS
25%
50%
60%
70% % COLD HOURS
80% 90%15% 100% % GOOD HOURS % HOT HOURS
Operational Hours Rates 30 25 RE
20
GF Canteen Dry Bulb 1% (°C)
0%
74%
10%
20%
30%
40%
25%
50%
60%
70% % COLD HOURS
3 3 | 34
80% 90% 100% % GOOD HOURS % HOT HOURS
S O L A R D E C AT H LO N C O M P E T I T I O N .
Title Solar design of a house in Washington DC Type Academic
office
Date
11m
2
May 2013 Team Avraam Vairaktaris Vasileios Flegkas
living room
20m2
Vasiliki Athanasiou Supervisor Hector Altamirano
Description The project’s requirements are based on some of the core
kitchen-dining
17m2
concepts of the Solar Decathlon competition. The suggested building is a dwelling which will be located in Washington DC, USA.
master bedroom
13m2
The occupants are a family of four, two parents with two children. The house should also accommodate the working space of the father, who is working as a translator. The design of the house
bedroom (X2)
9m
bathroom
5m2
W.c.
3m2
2
was greatly affected by a number of constrains as it should comply with footprint area (less than 47.3m2) and maximum height (less than 6 meters) restrictions. Furthermore, the realistic and convenient construction method as well as the integrated materials together with an effective architectural approach were part of the project brief. Using solar design principles the proposed environmental strategies
circulation1
7m2
tested using Dynamic simulation TAS software. Dynamic simulation estimated operational energy consumption which enhanced the investigation for renewable solar energy loads to cover the needs of the building using PV systems.
axis
1. public level
Upper volume revolve to maximize solar gains when occupied
Further separation
Thermal Buffer zones
Inclination to adapt PV panels
entrance
2. private level
2 floor separation
undisturbed gaze
initial volume
Architectural design & concept diagrams 3 5 | 36
2.20
0.35
2.20
0.35
1.00
2.92
2.21
0.64
1.20
1.64
0.75
0.91
1.00
1.74
6.50
7 3 .2
1 3 .6
3.57
0.35
0.74
Ground Floor
1.78
1.00
1.74
1.51
1.78
1.00
1.74
3.57
0.74
0.35
1.98
2.20
0.64
1.51
2.21
7 3 .2
1 3 .6
0.35
First Floor 3 7 | 38
2.21
0.64
1.20
1.64
0.75
Environmental Strategies Summer | Winter
Summer Strategy
Single sided ventilation with tilt operating window
Master Bedroom - Cross ventilation - increase of cooling effect on occupants Slided Pane windows - mostly 50% opening during summer Bedroom1 - single sided ventilation Bedroom2 - cross ventilation
Upper Floor
Integrated Louvre system to avoid solar radiation through the glazed surfaces during summer. Louvres are 100% folded during night time, when night cooling is used to cool down the structure. Kitchen and Living room are connected as sliding door is open to enhance cross ventilation Living room - Kitchen - Cross ventilation / increase of cooling effect on occupants Thermal mass elements - absorb solar heat gains and internal Water pont to increase evaporative cooling during summer
Ground Floor
Winter Strategy
Thermal mass elements receive direct solar radiation and radiate heat during night
Integration of double facade on each south facing window - pre heat air before enter the space
Low infiltration rates (0.6 ACH) Trickle vents on the glazing surfaces to introduce the air in the
Upper Floor
double facade and then in the house North facing buffer zone (utilities-circulation) acts as a heat loss Sliding doors closed to seperate the spaces and prevent heat
Moveable Louvres - 100% folded during days heating period to provide passive solar heat gains- closed during night to avoid cold drafts
Water pont can improve daylight (via reflection) and produce interesting atmosphere in the space
Ground Floor
Integration of sun path diagram in volume rotation AGI-132 Lighting Calculations
3 9 | 40
3D Perspective view
3D Perspective view
4 1 | 42
3D Perspective view
3D Perspective view
4 3 | 44
8 Elements
2. PVC waterproof membrane
1
9
1. gravel 100mm
2
11
3
3. 200mm EPS insulation 4. 150mm Concrete
4
12
5. 50mm cavity
5
7
6. 50mm plasterboard
13
6 14
7. 150mm EPS insulation 8. Aluminium frame
10
8
9. Timber louvres for sun protection 10. Double glazing, low E, sliding windows 11. Window frame
9
12. Indoor flooring, concrete dense finish 13. screed 100mm / underfloor heating system 14. 150mm concrete slab 15. 25mm plasterboard internal finish
15
16. 30mm indoor floor/concrete dense finish 17. 70mm EPS vertical internal isulation
11
18. screed 100mm/underfloor heating system
10
19. 100mm EPS insulation
12
20. PVC waterproof membrane
13
21. 50mm lightweight concrete
14
22. 120mm Concrete slab 23. 75mm crushed brick
25
24. 1000mm soil 25. 25mm external dense render
11
12 13
15
14
16 17
18 19 20
21 22 23
25
24
Construction Detail
15
Monthly Heating and Cooling Loads
15.99%
17.12%
28.04%
34.44%
35.55%
39.62% 58.79%
84.01%
82.88%
71.96%
65.56%
64.45%
60.38%
January
February
March
April
May
June
July
August
67.99%
65.39%
53.34%
41.21%
32.01%
34.61%
46.66%
September
October
% Produced from PV
Predicted Monthly Electric Consumption
Predicted Monthly Electric Consumption
43.97%
48.32%
56.03%
51.68%
November
December
% Required from the Grid
(Supply Percentage between PV - Grid )
(Supply Percentage between PV - Grid ) Monthly Heating and Cooling Loads
400.0 350.0 Competition Week
Internal Dry Bulb Temperature C
300.0 30
100.0 50.0 0.0
39.62% 58.79%
20
46.66%
32.01%
34.61%
43.97%
48.32%
56.03%
51.68%
15 10
84.01%
82.88%
5
71.96%
65.56%
64.45%
0
Living Room
January January
February February
March March
60.38% Days 1 to 7
May
April
May
67.99%
65.39%
41.21%Master Bedroom
Office
April
53.34%
June June
July July
August
External Air
September
October
November
December
September
October
November
December
Competition Week Internal Temperature Variables Heating Load (kWh) Cooling Load (kWh) August
% Produced from PV
% Required from the Grid
400.0 350.0 300.0 250.0 Loads(kWh)
Loads(kWh)
150.0
28.04%
34.44%
250.0 2535.55% 200.0
15.99%
17.12%
200.0 150.0 100.0 50.0 0.0
January
February
March
April
May
June
July
August
September
October
November
Heating Load (kWh)
December
Cooling Load (kWh)
Monthly Heating and Cooling Loads
Thermal Analysis Results-TAS EDSL 4 5 | 46
P. 4 7 - 6 8 A C A D E M I C U N D E R - G R A D U AT E P R OJ E C T S
Research Thesis Report Design Thesis Temponera School Complex Reformation of Hadrian’s Aqueduct Square , Athens
4 7 | 48
RESEARCH THESIS REPORT
Title The design of public baths as a combination of water
Description The human need to provide the necessary care and
and light
hygiene of the body was the key factor in the evolution
Type
of the baths.
Academic
The first human contact with water was the rivers
Date
and lakes in an attempt to fill the need for cleanliness
February 2010
in body.
Team
The bathing room is not an exhibition of modern
Individual
plumbing, batteries, probes, or waterfalls. It relies instead
Supervisor
on silent, empirical relationship with cleaning. It is the
Athanasios Spanomaridis
relaxation, the body contact with water at different temperatures and in different kinds of facilities. Modern bathroom-spa dates back the idea and the lifestyle of our ancestors, in relation to the smooth coexistence of body, soul and spirit for better life. Moreover, the project seeks to incorporate different perceptions and techniques of people of the past in order to offer visitors the opportunity to choose services that best fit their body and lifestyle. What matters to the architect in designing such a feeling is the ability to create a space that people like to spend their time in. The most important is the emotional value of the space that has its own materiality, its own principles and rules. Its design means new ambient material. The picture however is not simply a set of colors but lights and shadows that trap memories, thoughts and feelings.
4 9 | 50
-Blue Lagoon (geothermal spa), Iceland
-Wellness centre ‘Tschuggen Bergoase’ by Mario Botta
-Thermae Bath Spa
-Peter Zumthor Therme Vals
-Peter Zumthor Therme Vals 5 1 | 52
DESIGN THESIS
Title
Description
Design of public baths and reformation of
The masterplan includes the design of public baths, the reformation
a part of the sea front of the anient town
of a part of the water front of Loutraki’s ancient town of and the creation of
of Loutraki
public spaces (new marina, hotels, marina space).
Type
The spa and thermal springs have for years a large share in the tourism
Academic
development and attraction of the town, which have been changed over
Time
time in order to cover the increasing demand.
December 2010 Team
The marina was designed not only to cover the needs for private boat anchorage, but also to mark the area as the reference point of the city.
Individual
The position of the spa aims to exhaust the city to the old town while
Supervisor
highlighting this area which last years has declined with the hotels and the few
Athanasios Spanomaridis
shops to function poorly. Main goal was to create conditions for integrated spa services and leisure activities as a whole involving both the public and the private nature of thermal bathing. An exhibition space and a multipurpose hall are also organized to meet the needs of the city for various other events. The materials of this project are raw-naked from each material processing and human intervention, leaving them stuck up naturally with time. As the man takes the purification and liquid element free and naked from the beliefs and superstitions into the bath space wi the same way materials will cope with the physical properties of the damage from the water in it. Water, glass, stone, wood, uncoated concrete are the basic elements used in the project that intensify the feeling of purification and regeneration of the bathers.
53 | 54
Design Diagramm
Ground Level Plan 5 5 | 56
+5.50m
Hotel second floor plan +5,00m
Ground floor plan +0.00m 5 7 | 58
3D Perspective view
3D Perspective view 5 9 | 60
TEMPONERAS’ SCHOOL COMPLEX
Description The ‘Temponeras’ school complex is located at Psila Alonia area at the city of Patras. It currently accommodates the 7th high school, the 3rd Middle and 12th and 27th Elementary Schools of Patra, 315 students as a whole. The project is focused in three main objectives: • The formulation of an educational space ‘open’ to the city as a point of reference. • The research of a spatial arrangement of the classes to ensure flexibility towards various teaching methods (individually or in groups). • The investigation of different space qualities both indoor and outdoor, reducing the traffic in the region. The program also includes spaces of social activities such as assembly
Title Design of Temponeras’ School Complex Type Academic Time December 2006 Team
rooms, library and gym which can be used by both the students and the
Individual
citizens.
Supervisor
The total area of the high school is 2.560 m2 and the primary 1.520 m2
Andreas Aggelidakis
1. Typical Classroom Model 2. Typical Laboratory Classroom 3. Toilets Space 4. Office spaces 5. Open Free Space
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3D Perspective view
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REFORMATION OF HADRIAN’S AQUEDUCT SQUARE , ATHENS
Description The project focus was the redesign of Hadrian’s Aqueduct
Title Reformation of Hadrian’s Aqueduct
square in central Athens, an area of intense commercial activity.
square in Centre of Athens, Greece
The main idea was the interaction between the people and the
Type
water. Based on the concept of mental renewal, the proposal
Academic
makes use of water as a synthetic element defining the walking
Time
paths and boundaries inside the square and the public space.
February 2007
The interventions include also a public walking route
Team
that creates various spaces with the water element that is used
Individual
in different ways. Using the sound and the reflections of it, each
Supervisor
space performs differently creating various sensations to the
Athanasios Spanomaridis
people that are passing by. The existing entrances were kept while new paths were also designed across the square.
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Ground floor level
3D Perspective view 6 7 | 68
KEEP NOTES....
Avraam Vairaktaris http://www.linkedin.com/pub/avraam-vairaktaris/35/180/326 avraam.vairaktaris.11@ucl.ac.uk