Architectural portfolio

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PORTFOLIO

Anastasiia Chenina

EXPERIENCE

2021 — 2022

“Megabudka:“ bureau, Moscow | Intern

· Researches for the project “City of the future — Protopolis”;

· Project for the landscaping of the courtyard of the residential complex “River Park Towers” (Moscow) and residential complex “Yalav” (Cheboksary);

· Apartment layouts for the project “Apartments on Pyatniskaya st.” (Moscow);

· Designing a spa building and hotel houses for the project “Alpaka’s Park” (Bryansk)

2018 — 2023

Samara State Technical University, Russia

Bachelor diploma with honours

SKILLS

BIM | CAD

Modeling

Rendering

Adobe CC

Revit | ArchiCAD | AutoCAD

Rhino

3Ds max + Corona

Photoshop | InDesign

House in historical Samara

Board games pavilion

Iceland Community House

Arctic Research Center

BUILDING IN OLD SAMARA

An apartment building is located in the historical part of the city of Samara. The surrounding buildings are represented by pre-revolutionary houses, including cultural heritage sites, buildings in the Stalinist Empire style, and post-Soviet residential complexes.

The aim of the project is to find a harmonious form of the building in the historical environment.

Research about the facades of surrounding buildings Project facades

Site elevation Samarskaya street

Site elevation Ulyanovskaya street

The choice was made in favor of a corner four-story building, placed along red lines with a regular composite lattice.

FRAGMENT OF SECTION AND FACADE

Underground parking is provided within the territory of the site. On the ground floor there is a coffee shop and a boutique. The next three floors are apartments.

GROUND FLOOR PLAN TYPICAL FLOOR PLAN

1. boutique

2. house entrance

3. concierge

4. stroller

5. electrical panel

6. technical room

7. elevator to the parking lot

8. coffee shop

9. apartment 10. safety room

BOARD GAMES PAVILION

The board games pavilion is located in Strukovsky Garden, the oldest park in Samara. The park, filled with old trees, is located on the difficult terrain of the Volga slope. The building of the play pavilion complements the existing special atmosphere of the garden.

STEP 1

Analysis of site features

STEP 2

Preservation of trees and natural landscape

STEP 3

Creation of a permeable yard area

CAFE

AXONOMETRY

The windows of the gaming rooms overlook the courtyard to make them brighter. People from the side can watch the gameplay.

RUNNING GAMES ROOM

For games: twister, jenga, nanobowling, air hockey, table football

MULTIFUNCTIONAL ROOM

For meetings

For games: mafia, poker

GAME BLOCKS

For all types of board games

INNER GARDEN

Along the perimeter of the courtyard there is a continuation of the roof, which serves as a canopy. In bright sunlight, the shadow from it creates shady corridors between the interior space and the “street“.

ICELAND COMMUNITY HOUSE

The site is located in the Mývatn region, one of the most-visited areas in North Iceland, which is home to incredible natural wonders.

The community house would be the region’s main location for trading, sharing, recycling materials and resources in order to exemplify how a circular economy operates.

The site is located in a mountainous area, close to natural beauties

I made a model-clausura from pins and thread, which shows my vision of the landscape of the territory

The natural relief was taken as the basis for the future location of the buildings of the complex

The shape of the building prevents the accumulation of precipitation, and also does not interfere with the strong Icelandic wind

1 - main building

2 - greenhouse building

3 - depot

THE EXTERIOR

The community house at Myvatn lake is designed with special care to the unique natural environment.

SECTION OF GREENHOUSE

The products grown in the greenhouse are sold, and the waste to be processed is brought by the Icelanders to the warehouse of the Community Center and then exported.

SECTION OF THE MAIN BUILDING

Reuse of water and waste is envisaged, modern technologies are applied to save electricity and heat. The bio-gas used for the fireplace in the main building is obtained from the fermentation of waste.

ARCTIC RESEARCH CENTER

In the last decade, a number of state programs for the development of the Arctic have been adopted. It creates new prospects for scientific discoveries in many areas.

To implement such projects, it is necessary to create infrastructure, increase investment in the construction and modernization of facilities that can provide comfortable living and working conditions at the North Pole.

SKETCHES

The artistic concept was taken from the Arctic landscape. These lines will be used to create the shape of the building and the landscaping.

IMPRESSION MAP

The climate is severe, most of the year is occupied by polar nights and cloudy days. Arctic is associating with cold, strong winds, snowy deserts and polar nights. It is physically and emotionally difficult to be in such a climate for a long time.

MASTER PLAN

For the autonomous existence of the complex, engineering structures are provided: a boiler house, water storage, an electric station, and so on.

FACADE

The building must be protected not only from wind, permafrost, low temperatures, but also ensure minimal impact on the environment. The double facade allows heat to be stored in an air buffer, and photovoltaic panels not only prevent wind acceleration, but also work on the principle of solar panels and generate electricity.

SECOND FLOOR PLAN

In the public block there are: a conference hall, event area, gym and a thermal complex. The laboratory block is connected by a passage to the public block. Another feature of my complex is the internal green spaces that are located in each block.

The second and third floors of the laboratory block are occupied by laboratories, offices and workrooms.