ARCHITECTUREPORTFOLIO Angeliki2019-2022Nikoloudaki
LANGUAGESCONTACTnikangy@gmail.com+306948645026/anikoloudakiarchitectGREEK|NativeENGLISH|C2LevelGERMAN|A1BeginnerBASICINFONAMEAngelikiNikoloudakiDATE|PLACEOFBIRTH1998,AthensNATIONALITYGreekAthens|GreeceBielefeld|Germany Rhino
UniversityAthens of Patras Department of Architecture Integrated Master Oct. 2016 - May 2022 EDUCATION
I’m an architect recently graduated at University of Patras. During my studies I gained a lot of design and disciplinary knowledge, as well as capablities to work under pressure. I learned to collaborate harmoniously with a team, to be strong in negotiating, efficacious in gathering inform and developing ideas. I would define myself as a quick thinker, patient, decisive and good listener who is always open to learn new skills and acquire knowledge. I enjoy research and study and I always like to work for the best. March 2022
PROFILEI’mana
ARCHITECTURAL INTERN MoY Studio, Athens June 2021 - July 2021 2 months
rchitect r ecently g raduated a t University of Patras. D uring my s tudies I gained a l ot o f design and d isciplinary knowledge, as w ell as capablities to work under pressure. I l earned t o collaborate harmoniously w ith a team, to be s trong i n negotiating, e fficacious i n gathering inform and developing ideas I would define myself as a quick thinker, patient, decisive and good listener who is a lways open t o learn new skills and a cquire k nowledge I enjoy research and s tudy and I a lways l ike to work for the best Sept 2013 - June 2016 26th High School (Marasleio)
REVITMsOffice3DGrAdobeAutoCAD3DPhotoshopAdobeIllustratorAdobeInDesignasshopper3DTwinmotion3DSMaxVray|takingcourse
SOFTWEXPERIENCEARESKILLS
1P.
1. The Axes of Anthropocene Architectural Synthesis semester vi 2. Sustainable house Sustainable Design semester vii 3.Design with Grasshopper 3D Geometry and Digital Design semester viii 4. In Between Architectural Synthesis semester viii 5. Athenian experience Research Thesis semester viii 6. Reclaiming Urban Space In Athens Desaing Diploma Thesis semester ix p. 3 p. 5 p. 13 p. 17 p. 27 p. 31 CONTENTS 2P.
3P.
It consists of “main” and “secondary” axes which form the exhibition hall. An artificial island is created through the axes, which is bridged with the rest of the plot through three sidewalks. The two axes that are formed function as the main buildings of the museum. It hosts all the reception areas and the lecture hall. The side corridors house the interaction exhibits.
The main theme of the project was the Anthropocene and was based on environmental pollution in order to raise awareness of the man. We designed a museum, located on the east pier of Rio (Achaia, Greece).
The Axes of Anthropocene
ArchitecturalsemesterSynthesisvi
diagram ideas detail section undergroundsections plan ground floor plan plot plot relationship with the area main axes axessecondary landscaping exhibition building & outdoor area adaption 1 warehouse 2 maintenance workshop 3 favilities 4 workshop 5 water path 6 periodic exhibitions 7 earth path 1 entrance 2 exit 3 reception 4 staff office 5 lecture hall 6 wardrobe 7 elevator 8 periodic exchibitios 9 wc 10 transitional corridor 11 sloping roof + + 0.00m++5.02m concretereinforced30cm thermal insulation 15cm concretereinforced15cmcrushedstonefootingcompactedfill rubber damp proof ΗΕΑ 300 cap spacer1cm10cm cap netting1cmcap 1cm hollow section Φ. 10 zoningconcrete15cmmarble2.5cmmud thermal insulation waterproofing5cmreinforcedconcrete 30cm cement mortar 3cm marble 2.5cm 110cm8.67m120cm9.70m tiling padINOX handrail woodenguardrailplasterboardφ.6040χ15cmbeams5x10cmdoorframe5χ8cmaluminiumframes wooden roof firring strips 2cm thermal insulation 5cm thermal insulation 5cm wooden roof firring strips 2cm waterproofingcrtensteel 0.3cm 4P.
5P.
In this project we designed a house on the University Campus of the University of Patras which is intended to house the family of its guardian. Particular emphasis was placed on the sustainable side of the building, mainly in terms of solarisation, ventilation and heating. Sustainable house SustainablesemesterDesignvii
6P. WALLS ORIENTATION SLOPE grid south facing slope concept | diagrams winter’s geothermal energy GEOheatingHeat Exchangers summer’s geothermal energy cooling HEAT SYSTEM N
7P. LUX levelsLUX 0viewwarm wind wind’s direction cool wind diciduous | evergreen ceilling fan 200 400 600 800+ analysis | diagrams
LUX levels on September 21 at 9 AM measured at 0.85 meters above the floor plate
levels on March 21 at 9AM measured at 0.85 meters above the floor plate
VIEWSWINDSOLARISATIONDIRECTIONS
wintersummer φ|α
LUX levels on June 21 at 12PM measured at 0.85 meters above the floor LUXplate
LUX levels on December 21 at 12 pm measured at 0.85 meters above the floor plate
8P. topography
1P. 05 10 20 40M floor plan 01. kitcehn 02. dinning room 03. living room 04. bedroom 05. bathroom 06. wc 02 03 01 04 040605 9P.
1P. 01. kitcehn 02. dinning room 04.03. wc basement plan 05 10 20 40M 10P.
11P. sections
rammed earth 10cm thermal insulation (sheep wool) 10 cmparquetthermal2cminsulation (sheep wool) 10 concretecm 30cm
WINTER window’s blinds go up allowing sunlight to enter the GREENHOUSEinteriorROOF glass roof with thermal break T-GR GREENHOUSE SHELL sliding glass opening type F2 top view SUMMER window’s blinds go down preventing sunlight from
geothermal energy details
for heating and cooling the house has been installed geothermal system as well as a greenhouse adjacent to part of the wall on the south side of the building.
12P.
13P.
14P.
Design with Grasshopper 3D
semester viii The project concerns Grasshopper 3D applications by Rhino 3D. In order to achieve this work, a study of geometric concepts and methods of form production that are directly related to the evolving possibilities of digital design was carried out. A study is made through the application Ladybug - Grasshopper for the radiation rates received by the buildings as well as the development of an algorithm based on which the openings of each building are automatically adjusted according to the radiation rates they receive.
Geometry and Digital Design
15P.
STEP 4 STEP 2 - 3D tiles STEP 3 oepnings algorithm radiation algorithm STEP 1 - 2D tiles flatdomeand curved tiles binary replacingtiling2D tiles with 3D ones, with variable geometric features analysis and calculation of radiation received by the dome Creation of a dome through an algorithm, in which the openings open and close according to the percentages of radiation it receives, so that its harmful values do not enter inside 970< Wh/ m2 923 876 876 876 783 736 689 643 544 <503 16P.
In Between ArchitecturalsemesterSynthesisviii In this project we dealt with the remodeling of city block 3911, in the area of Kolonaki (Athens). Our target was to ensure better quality living conditions, offering better lighting and ventilation inside the apartments as well as in the vacant lot of the city block.
17P.
site analysis 18P. proposalcurrent site map distancesgreenary current route sidewalk voronoi route 3911 city block vacant lots corner 72m 110m 165m 120m 118m 172m
voronoi diagram application
total area: 4000sqm (100%) structured space: 2500sqm (60%) free space:1600sqm (40%) corner apartments: 13 (61%)
voronoifinalDelanayblocksdiagramvoronoidiagramdiagram
Τhrough the application of the voronoi diagram, in addition to the shortest paths created, the corner apartments are also multiplied, ensuring better living conditions
points of interest center of gravity of bulding
total area: 4000sqm (100%) structured space: 2900sqm (77%) free space: 940sqm (23%) corner apartments: 4 (19%)
poposal
19P. diagram ideas
current situation
sun diagrams building block analysis after
depthwindafterbeforediagramsdiagramsbefore
20P.
The vacant lot of the city block and the apart ments now receive more light from the sun. Better ventilation is ensured in the vacant lot of the city block and inside the apartments.
21P. planssection C ΒA groundC floor plan roof plan
Τhe radiation received by the facades of the buildings was studied in order to create the openings so that its harmful percentages do not enter the interior section Α sectionsectionsΒ
22P.
23P. floor plan
Τhe apartments can be used as residences and offices that share a platform that acts as a meeting point and co-communization 24P. 1 2 5 10m refurbished apartments
25P.1P.
apartment view before apartment view after
26P.
The achievement of this intention occurs through the recording of the way the urban landscape interacts with its user, how the stimulus of the landscape unconsciously affects him and finally how the experience of wandering, specifically in the center of Athens, has evolved over the years. The present research will benefit anyone who wishes to engage with the urban planning of the center of Athens in the context of a renovation with sustainable and experiential intentions.
Athens of the 19th century
Athenian experience ResearchsemesterThesisviii
27P.
The experiential aspect of wandering is defined through an endless flow of spatiotemporal stimulus, an assemblage of historical and cultural elements that have shaped the urban landscape in which people move today. This thought led this research thesis to engage with the experiential character of wandering in the urban environment, as well as the presentation of the means by which the Athenian city will meet the requirements for a multi-sensory transportation.
walkability diagrams a. b. bulding uses feeling map Ermou AthinasMonastirakiSq. Aiolou walkability metro(a)200m400m | squares-parks(b) culture building uses storehouseculture cateringoffice shop atmoshpere diagrams 21st century20th century 28P.
Athens of the 20th century Athens of the 21st century elderly roots elderly roots 29P.
employee roots employee roots youth roots youth roots rootes chosen by age groop 30P.
31P.
Desaing Diploma Thesis
semester ix The perspective of our study was based on what characterizes the public space of the center of Athens and the way people interact with it, as it appears that private space is preferred, at the cost of isolation. By listing the reasons for this outcome, this design thesis seeks to redefine and reclaim public space. Achieving it, would result in optimizing the walking experience, while focusing on enhancing the pedestrian-city interaction. The area of Kolonaki was chosen as the place ofstudy,with an emphasis on the unstructured parts that constitute a building block. The vision of the design examines the accessibility to the vacant space of a building block through the public space, while improving its interior. The proposal is inspired by the theory of 1 minute city, in the interest of an optimal and direct access to all of ones needs. Regarding the sidewalk, the idea considers the redefinition of its appearance and the restoration of walkability.
Reclaiming Urban Space In Athens
20 50 100 200m
32P. solid-void diagram planting diagram site analysis | diagrams topography
Τhe planting appears haphazardly placed without taking into account the urban needs of the area and the inhabitants. a radius of up to 400m, the densely built landscape of the area leaves no margin for free public space for pedestrians and their experiential contact with the city.
Ιn
Loukianou
PatriarchouIoakeim Alopekis
33P. site analysis | diagrams distances of urban uses urban shortagesPloutarchou
4’ 3’ 2’ 1’ pedestrian movement
In the neighborhood there are plenty of services and their distance from a typical building block is on average 2 minutes on foot.
Studying the above building block we notice that the sidewalk that surrounds it lags behind in terms of accessibility and walk ability. broken and intermittent blind guides, poorly placed urban amenities and non-functional sidewalk width are found.
city cropsblock pavement lotvacant parkingremovanvolumesbuilding vacantopen lot parks concept city repetitionvacantpavementblocklot
Repetition of the intervention in the surrounding building blocks creating interaction and connectivity between them. The pedestrianization of the central axis allows the free movement of neighborhood pedestrians and communication between blocks
We approach our idea by removing building volumes. the vacant lot becomes accessible from the public space and now functional. The sidewalk is shaped according to the accessibility and walkability problems identified
34P.
35P.
36P.
By drawing routes, the shortest distance between the buildings of each thematic route is calculated. Drawing which will define the points where the passages to the vacant lots will be created By looking for the buildings that host some of the selected ground floor uses, the points and routes are defined which last one minute on foot
ground6th5th4th3rd2nd1stfloor offices offices break from passagewaybreakpassagewaybreakpassagewaybreakpassagewayworkfromworkfromworkfromwork shops | catering shops | cateringculture centers culture centersmedical center medical centerbasic needs shops basic needs shops1 minute
The buildings that host medical practices or pharmacies on their floor are marked, the floor to which they reach in one minute from the ground floor via a stairwell the ground floor the upper floors
concept buldings uses 37P. 1’ DISTANCE DIAGRAM 1’ on
1’ on
passagewayculturalpassagewayculturalpassagewayculturalpassagewaycultural first passagewayfirstpassagewayfirstpassagewayneedsneedsneeds passagewayshoppingpassagewayshopping health and passagewaywellness utilityofficeneedsfirstworkfrombreakshoppingwellnessandhealthtoolboxgroundfloorupperfloorspassagewaaypassagewaaypassagewaayculturalpassagewaaypassagewaaymedicalcenter 38P.
39P. ground floor plan
40P. 1 2 5 10m
filmplaygroundplaygroundgardeningdancingprojectionsmokingmeeting gardeningexhibitionmeetingeatingoutdoorlockersinfolibraryfilmprojectioneatingmicromobility relaxing music filmstretchingprojectionsmoking wifi-chargingmicromobilitywifi-charginginfogardeningmeditaionworkshopsleeping outdoor micromobilityexhibitionlibraryeating lockers pop-up store ground floor uses shopping passagewaay wellnessandhealth passagewaay cultural passagewaay workfrombreak needsfirstand passagewaay 41P.
Waste bins with a motion sensor, a sound transmitter and the ability to open with one push.
Paving with mosaic from recycled materials of the ground floors of the buildings that underwent intervention Benches in the entrance line of the ground floors of the buildings that underwent intervention. Same materiality as that of the entrance for the appropriation of the outside space.
To light the walkway, we used the ceiling lights from the ground floors that were intervened to create a sense of intimacy in the outdoor space.
Motion sensor submersible bollards for emergency vehicle entry.
pavement diagram
43P. texturespavementwhitewoodtilesglassstonemarbleironmosaic
44P.
In the places that receive a large percentage of the sun, water jets are placed with a supply from the stored “Green”water. pergolas are placed at the stop points to ensure the necessary shading.
A rainwater and rainwater collection system is in stalled at the points of cul tivation. The stored water is used to irrigate the plants of the uncovered area.
The buildings that receive the highest percentage of my sun in each route are lined with “green facades”
sustainabilitysummerdiagramsdiagrams
roof plan 45P.
1 2 5 10m 46P.
stress relief drawing wall stress relief drawing wall colleague catch-up news wall stress pocketprojectionsreliefpark
upper floors uses 47P.
stress relief drawing wall interactive wall interactive wall news wallpocket park colleague catch-up colleague catch-up pocket park pocket park stress projectionsrelief colleague catch-up smoking stress relief drawing relaxingrelaxingsmokingwallmusicmusic
officesmedicalcenters
