Mariami Maghlakelidze Portfolio by Mariami Maghlakelidze

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Portfolio

Mariami Maghlakelidze

Content ARCHITECTURE| LANDSCAPE ARCHITECTURE | URBAN DESIGN • • • • • •

Outdoor Recreational Project |Haanja, Estonia Sustainable Development| Connecting Manchester-Chateu Neighborhoods |Pittsburgh, PA. USA Building inside of the Building | Sines, portugal Mullens City Development | Wyoming County, WV. USA Restorative Garden Design | Morgantown, WV Integrating Renewable Energy into the Biophilic design of Public Space | Masdar City,

Mariami Maghlakelidze https://www.linkedin.com/in/mariami-maghlakelidze/ maglakelidze.mari@gmail.com 1529Dahill Rd, B9. Brooklyn, NY +929-888-5649

Education • 2017-2019 West Virginia University, Master in Landscape Architecture |Morgantown, WV, USA • • 2016-2018 Estonian University of Life Science. Master in Landscape Architecture| Tartu, Estonia • • 2016 University of Copenhagen, Wildlife management in the densely area; GIS Intensive course | Copenhagen, Denmark. • • 2015-2016 University of Lisbon Erasmus Student, Architecture | Lisbon, Portugal • • 2012-2016 Georgian Technical University, Undergrad in Architecture, Urban planing, design |Tbilisi, Georgia.

Proffesional Experience • Intern Architect at Ware Malcomb Company |New York City. • Graduate Research Assistant at West Virginia University | WV, USA • Graduate Teaching Assistant (Interior design) at West Virginia University , Design and Community development department, • MHLC Stone Resources Student Researcher. Dept.of History, WVU |Morgantown, WV. USA • Researcher/Observer. ‘‘Blueheath’’. European Union,Observing humans behavior |Tartu, Estonia. • Leadering Art Workshops |Stuttgard, Germany. • Intern Architect in , Tbilisi City hall |Tbilisi, Georgia. • Intern Architect in ,,Orbi Group’’ Architectural company. (Working in Cad programs, Revit, photoshop) • Architect at ‘‘Real Register’’ (Experience: Cad programs, Adobe Photoshop, Illustrator, 3d max+v-ray.) • Architect/Designer at ,,Royal Art Studio’’. Experience: Renovation/Rehabilitation(Programs: Autocad, Archicad, Revit, 3d max) • Intern Architect at ,,Art-Studio’’. ( working in Autocad, Sketchup) • Leader/Instructor at Summer Camp for Talanted Studnets |Georgia.

Social skills and Competences

Achievements,Participated in Awards • John R. Tschidered LA Education Experience Scholarship | WV • ASLA Honor & Merit Certificate • CELA (Council of Educators in Landscape Architecture) “Engaged Scholarship” Oral Presentation |Sacramento, CA. • AIA Conference | New York city. • Sustainable Development Project |Pittsburgh, PA, USA. • Brownfields Conference/ ‘‘Expert’’ in the workshop Sustainable development of Manchester-Chateau Neighborhoods |Pittsburgh, PA. • Member of ASLA Organization since 05.2018 • Scholarship Archimede | Tartu, Estonia • Nordnatur Grant • Landscape Architecture, Workshop with professor Simon Bell |Latvia • Glass Workshop |Marina Grande, Portugal. • First place in the Architectural Competition, Architectural Imagination at Georgian Technical University| Tbilisi, Georgia. • First place in the Architectural Competition, Architectural Imagination at Tbilisi State Academic of Arts | Tbilisi, Georgia. • Publication of Scientific Essay, The Construction of Tbilisi |Tbilisi, Georgia • Participant of the project ‘‘New Breath of Culture’’ ; Organization Droni |Armenia.

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Excellent communication skills. Hard worker. Responsibility. Strong conceptual and design skills Artistic creativity. Strong Graphic design skills. Rendering skills. Craft,model-making skills. Organized person. Experienced with Teamwork. Punctual. Good ability of living Abroad.

Language • • • • •

Georgian Native English-Proficient User German- Proficient User Russian-Independent User Estonian -Beginner

Computer skills • • • • • • • • • •

Autodesk Autocad Graphisoft Archicade Autodesk 3ds Max, V-ray Sketch-up Adobe Revit Rhino BIM Adobe Photoshop Illustrator Indesign

Skills Adobe Revit BIM 360 Autodesk Autocad Graphisoft Archicade

Autodesk 3ds Max, V-ray Sketch-up Adobe Photoshop Illustrator Indesign

GIS

Outdoor recreation Project Haanja, Estonia

Meditational Platforms

Connecting Manchester & Chateau Neighborhoods| Pittsburgh, PA

Historic Maps

1851

1882

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1957

2010

Inventory Analysis

Initial stage of diagrams looked at circulation as well as specific landmarks and points of interest in chester,

Man-

Chateau, and some surrounding areas.

ter

Chateau

Manches

For the second diagram, opportunities and constraints were analyzed

Manchester and Chateau. in

The final diagram focused on connecting Manchester and Chateau, as well as strengthening the proposed zones for

Chateau.

Manchester and

Circulation

Goals & Objectives Green Structure/ Open Space

Figure Grounds

• Connceting Manchester &Chateau Neighborhoods • Develop renewable energy infrastucture • Accessibility, walkability, livability • Using sustainable local materials • Open space management • Enhacing, restoring, preserving Manchester & Chateau Neighborhoods • Tree Canopy cover

Biophilic Design Green Roofs Green roof Walking path Bike line Sidewalks

Based on the Shadow and solar analyse relevant spots were find for green roofs and green walls. The main concept of applying sustainable green roofs and green walls in Chateau_ Manchester neighborhood is to make the place more sustainable. But in addition, it has some other valuable abilities to turn useless spaces into usable and reliable. Sustainable green roofs are becoming accessible to the people while turning it into the open space. The conceptual path on the roof, what connects four block buildings by the bridges is created to the users while exploring the sustainable green roof garden and enjoy with the view to the river.

Green Alleys

Construct green alleys with low-impact pavement materials, such as pervious

pavements with high reflectivity to reduce heat island effects. Green alleys use sustainable materials, pervious pavements, and effective drainage to create an inviting public space for people to walk, play, and interact. Green alleys runs parallel to the larger street network. To avoid stormwater run-off should be infiltrated in-place using permeable paving or rain gardens at the edge of the pedestrian path.

Green Alleys

Building inside of the Building

PRODUCED BY AN AUTODESK STUDENT VERSION

The Sines Thermal Power Plant is a conventional Central using as fuel the fossil imported coal. It consists of four groups, each of which forms an independent unit producing steam generator, turbine, alternator, and transformer. which is reflected in his form. When I started to think about this Project, The task was to find what was the value of this Building I really wanted to use the heritage of this place. this location is close to the ocean, around this is Untapped spaces. I thought that it should be good to make the Resort hotel there. The power station Sines, EDP is among the most polluting in Europe, occupying the 27th place among the 30 most polluting old continent, in the ranking of “Europe’s Dirty 30”, but anyway I think that this place needed a more green place.

PRODUCED BY AN AUTODESK STUDENT VERSION

Transforming existing Factory to Hotel: Sines, Portugal Case study

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Coal Power Factory

PRODUCED BY AN AUTODESK STUDENT VERSION

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Landuse Map Industrial Residential

Physical Model of the Topography

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hings by fighting the existing reality. to change something build a new model that makes the existing model obsolete’’ re is always difficult to make a reconstruction . You must to think about the existing model and bout new building. You d reproduce the space better. I decided to ‘’make a new life inside of old body‘‘ I am using the construction of the factory and the columns will be between the old columns. GSEducationalVersion GSPublisherVersion 0.5.100.100

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at 6 meters (19’) in height, through the open space. I used a structure of concrete from the longitudinal Building and ide the old structure as a ‘’building, inside the building ‘’. Another building, which was built with the sandwich panel, himney will be a meditation centre. It will be interesting how will come the light there. Also, I tried to maintain the mood of the old building had. GSEducationalVersion GSPublisherVersion 0.5.100.100

Potential Development Areas Mullens City The main goal of this design is to make downtown more sustainable, walkable and flexible. In order to achieve this goal and make the circulation more accessible for residents Early rd, 1th, 2th, 3rd streets will be turned to green alleys, that will operate only Pedestrian-Bike environment. Proposed green Alleys will run parallel to Larger street networks and provide safe, calm, sustainable habitat. In this design, there will be used permeable paving to avoid the stormwater run-off. It will be constructed with low-impact pavement materials,s with high reflectivity to reduce heat island effects. Existing Green Buffer Existing Green Structure Proposed Green Structure Brownfield FloodPlain

Downtown Program Coffee Shop Local Market BUS Terminal Taxi Stand Proposed green corridor

Circulation in Downtown

Gateway/ Bus Station

Gathering place

Natural Green Buffer

Tree Canopy Cover

Net-Zero Buildings

Proposal for Downtown Development Green Alleys

Goals/Objectives • • • • • • • • • • • • • • • • •

Green Alleys

Strengthen commercial district Protect historic Neighborhood. Grey-water treatment systems recommended with all new development Use similar materials and textures found in Mullens city. Open space management Lower route_Howard ave. Fix sidewalks & Improve pedestrian and bike circulation & Safety Increase open space. Stormwater management Sustainable parking lots Increase tree canopy corridors for wildlife. Preserve, protect, enhance, develop Mullens city. Turn Brownfields to Greenland. Community integration: Network of walking and biking trails Resilience Adaptability Rainwater Harvesting/ Reclaimed Water Reuse: Rainwater collecting (Grey and blackwater fulfill ..% of total water use.

Parking

In the northern part of the Mullens city new expressway is proposed to meet Highway 54. It’s a crucial opportunity to develop commercial district at the entrance of the Mullens city. It can cause an increase in businesses and promote the increase of the economy. The new commercial district is located between Highway 54 and railroad and due to its limited area it’s developed vertically. The first building is a welcoming space for the tourists and provides Informational centre and some shops. Other buildings provide Shop of Handmade Items and Flower shop. The commercial district contains six small buildings (boxes). There is a good amount of open space between each block that gives the visitors the possibility to enjoy with the mountain view as well. The pathway that runs between the buildings connects all the blocks. 0

5 10

Entrance

Tourist Information Center

Highway

Handmade Gift Shop

Mullens Florist/ Green-

Legend

Feet 50

Section 1

Materials • Brick • Wood • Glass

Green, Net-Zero Buildings

This

design aims to provide sustainable, healthy, affordable houses for Mullenâ&#x20AC;&#x2122;s residents and for visitors. The Broadway streets is a suitable place for infill development. There will be design sustainable houses that will be energy efficient and eco-Friendly. A zero energy home will combine advanced design and superior building systems with energy efficiency and on-site solar panels to produce a better home. A zero energy home will combine advanced design and superior building systems with energy efficiency and on-site solar panels to produce a better home. Zero energy homes will be healthy, sustainable homes that are affordable to live in.

Section 3 Section 2 Section 1

The View Green Alleys

Ecological Corridor

Wetland

Ecological Corridor

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Rain Garden

Downtown districts has a big potential to become more sustainable and pedestrian-bike friendly. This project aims to provide walkable, enjoyable safe streets with green corridors. Howard ave will have a lower speed rote and Early rd, 1th, 2th, 3rd streets will become green alleys and will be available only for pedestrians. The design aims to keep downtown of Mullens city active, walkable, pedestrian-friendly and safe during the night. As researchers have found out night time life and activities in the cities can be the potential for crime, violence and anti-social behaviour. But if the areas are free from fear of crime can enhance night time activities thus increasing the economic value. Alteration on the physical environment and nightlife activities can make downtown more alife. Bike-line, street light, bars, some of the night activities can make downtown of Mullens city more active and alive and more attractive for tourists.

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Red and silver maple (Acer rubrum, A. saccarinum) River birch (Betula nigra) Catalpa spp. Ash (Fraxinus spp.) Cottonwood (Populus deltoides) Swamp white oak (Quercus bicolor) Sycamores (Platanus spp.)

Basil Balm (Monarda clinopodia) Blue-eyed Grass (Sisyrinchium angustifolium) Creamy Violet (Viola striata) Golden Ragwort (Senecio aureus) Hairy Woodrush (Luzula acuminata) Maple-leaved Waterleaf (Hydrophyllum canadense) Marginal Wood Fern (Dryopteris marginalis)

Integrating renewable energy into the biophilic design of public open space:

Masdar City, Abu Dhabi Goals/Objectives o o o o o o o o o o o o

Integrating renewable energy with the public space. Integrating biophilic design approach into the open public space. Carbon-free energy. Open Space Management. Community Interaction: Network of walking and biking trails Resilience, Adaptability, Accessibility, Walkability. Healthy materials. Strengthen Green corridors and integrating with an indoor space. Integrating Outdoor and indoor gardens. Providing the spaces that doesnâ&#x20AC;&#x2122;t only please but also educate the visitors. Creating spaces that not only attracts and invites tourist and visitors. Creating the shelters that cool down the heat by providing the shade

Masdar City INVENTORY ANALYSIS

Masdar city provides a wide variety of sustainable public transportations, such as electric buses, Personal rapid transit (PRT) and other clean energy transport solutions that makes the city more accessible for locals and for the visitors.

Light Rail Transit (PRT) Light Rail Transit (PRT) Green Structure

Generally, Transportation has a significant role of functioning the city and influencing the formation of urban societies. Moreover, clean energy transport promotes maintaining the mic

Commercial Residential Industrial

Masdar City, Approximately Map, Walkability

1/2 MILE 1 MILE SITE LOCATION

Madar City, Green Corridors

Public Space

Solar Analysis

1. Site Location

1. Location Allowedhight

Legend Geology

Allegheny Antietam Bluefield Bluestone, Princeton Brallier Brallier and Harrell Shale Casselman, Glenshaw Catoctin Conococheague Elbrook Greene, Washington, Waynesburg Hampshire Harpers Harrell Shale Harrell, Mahantango, Marcellus Hinton Juniata, Oswego Kanawha Maccrady Mahantango Marcellus Marcellus Formation and Needmore Shale Martinsburg McKenzie McKenzie, Tuscarora Sandstone New River Oriskany Sandstone Pinesburg Station Pocahontas Rockdale Run Stonehenge Limestone Tomstown Tonoloway, Wills Creek, Williamsport Tuscarora Sandstone Uniontown, Pittsburgh

Programming. Hand Sketching

Waynesboro

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Weverton-Loudoun

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Legend Geology

Programming. Hand Sketching

Waynesboro

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Weverton-Loudoun

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Circulation

Legend Geology

Allegheny Antietam Bluefield Bluestone, Princeton Brallier Brallier and Harrell Shale Casselman, Glenshaw Catoctin Conococheague Elbrook Greene, Washington, Waynesburg Hampshire Harpers Harrell Shale

Oasis

Harrell, Mahantango, Marcellus Hinton Juniata, Oswego Kanawha Maccrady Mahantango Marcellus Marcellus Formation and Needmore Shale Martinsburg McKenzie McKenzie, Tuscarora Sandstone New River Oriskany Sandstone Pinesburg Station Pocahontas Rockdale Run Stonehenge Limestone

GROUP RAPID TRANSIT (GRT)

Tomstown Tonoloway, Wills Creek, Williamsport Tuscarora Sandstone Uniontown, Pittsburgh Waynesboro Weverton-Loudoun

‘‘Green, Life-spaces’’

LIGHT RAIL TRANSIT(LRT) 0 0.1 0.2 0.4 0.6

¯ Miles 0.8

e. The photovolctur stru roof the for sen cho was em syst s glas ltaic tovo Pho r Sola x Ony The factor enhances r sola ed miz opti its r, eove Mor gy. ener n clea and free s rate gene s glas taic and for indoor air dem gy ener the ets offs ely plet com It . ding buil the de insi fort com mal ther glass also filters conditioning and it drastically reduces the cost of electricity. Photovoltaic riors, furniture, 99% of ultraviolet radiation (UV), which may have a harmful effect on inte by up to 90%. and humans. Moreover, it reduces the transmission of infrared radiation of the buildingâ&#x20AC;&#x2122;s Given these properties, PV photovoltaic glass maximizes the performance envelope, enabling buildings to become vertical power generators.

Masterplan with a secondary circulation

Biophilic Skylight design aims to create an open public space with biophilic and therapeutic value that will provide educational, relaxing,

Solar Energy Annual Power Generated

historical-cultural, gathering spaces for a plethora of groups. Moreover, this space will integrate renewable energy that will be represented as an architectural structure (roof-sculpture) that will also provide a shelter for the visitors. The Onyx Solar Photovoltaic system will be used to create

1,465 MWh

this structure, which will generate free and clean energy. Moreover, its optimized solar factors enhance thermal comfort inside the structure and provide a pleasant atmosphere to the visitors. The structure will provide a constantly changing view of the sky. The platforms and viewpoints that will take the visitors to different levels will

Plant Microbial Fuel Cells

provide an opportunity for visitors to observe the distinctive type of gardens and diverse flora from different points. The main goal of this design project is to create a public, open space integrated with renewable energy, which will encourage the visitors to not

150 MWh

only pass through space but stay, feel at home, gather, relax, and interact with other ethnic groups. Biophilic Skylight demonstrates that in one place there can be a correlation between nature, and architecture, integration between biophilia, biomimicry, open space, and renewable energy, which will not only benefit the city with carbon-free clean energy but also provide a biophilic view and stimulate peopleâ&#x20AC;&#x2122;s engagement with nature.

Plant Microbial Fuel

Used Programs: BIM, Revit

Biophilic S kylight ‘‘Connector Bridge’’

Viewpoint Platforms

Indoor Arboretum The main goal of designing indoor Arboretum is to connect visitors with nature and by providing different level platforms they will have a possibility to observe nature from a different perspective. Around the indoor arboretum, the photovoltaic structure is open in both sides that will provide a secondary circulation from the residential and light industrial zones. The plant selection of arboretum includes: Date palm, Limonium stocksii, Aristida mutabilis, Frangipini, tropical hibiscus, verbesina encelioides, Limon trees, Orchid species, bromeliad species, Rhipsalis species, Yellow trumpet flower, Arta, neomarica gracilis etc.

Ind

oor

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Childrens space | Shelter

The harmonic wooden structure that Somehow mimics the flow of the main structure provides a shady and cooler atmosphere for children that encourage them for social play. Moreover, the entire shelter will be used to grow hanging plants and provide a playable, biophilic, safe and enjoyable atmosphere for children.

Florist House

Plan

Section

Physical Model

Physical Models

Sketches

Interior Design

Wine Cafe Cafe Reception

Drawing Skills

Thank you for your attention!