Portfolio Summer 2023

Page 1

Architect Portfolio

Elena Meliakova

[2023]

Education

2021 - 2023

Master of Building Architecture (29,04/30)

Politecnico di Milano, Milan, Italy

2014 - 2019

Bachelor of Architecture with honors

Voronezh State Technical University, Voronezh, Russia

2007 - 2011

Art School with honors

Voronezh, Russia

Contact

elemelka@yandex.ru

+39 351 9727441

Milan, Italy

Work experience

January 2023

Internship at «Design International»

Milan, Italy

May 2020 - October 2020

3DS Max tutor at the local school

Voronezh, Russia

February 2019 - March 2023

Architect of the II category at «Zhilproekt»

Voronezh, Russia

July 2018

Internship at «Archi+»

Voronezh, Russia

May 2017

Internship at «Koopstroi»

Moscow, Russia

[2]

Competitions

2022 SKYHIVE, International competition - shortlisted project (further information)

2021 Residential House on Koltsovskaya street — 1st place, realization (in collaboration with Zhilproekt, further information)

Best Residential project 2022, Regional architectural forum — contest grand prize (in collaboration with Zhilproekt)

2020 Central District Hospital for 80 people, All-Russian competition — 2nd place (in collaboration with Zhilproekt, further information)

2019 Best Residential project 2019/20, Regional architectural forum — contest grand prize (in collaboration with Zhilproekt, further information)

2019 Zodchestvo’19, International Architectural festival — winner

2019 Brinkman Garden, All-Russian competition — 3rd place (in collaboration with Zhilproekt, further information)

2018 Designing of Multi-comfort house by Saint Gobain, International competition — semi-final

2018 Wilderness Pavillion Kenya, International competition — top 50

2016 Zodchestvo VRN 2016, Regional competition — Best Student’s project

Workshops

September 2022

Palazzo in Re-Use

Winthertur, Switzerland

Spring 2023

IC Advanced Design Studio with Elding Jonas and Sejima Kazuyo

Milan, Italy

[3]
Languages
mothertongue
- Advanced Italian - Elementary Skills AutoCad Revit 3DS Max Corona Render Photoshop Adobe Illustrator Adobe InDesign 100% 80% 100% 100% 100% 50% 70%
Russian -
English
[4] 01 Inujima Community Hub Spring 2023 02 B.E.I.C. Library Autumn 2022 - Spring 2023 03 ZOL Auditorium Autumn 2021
[5] 04 Creating territories of Well-being Autumn - Spring 2019 05 Malmo Lighthouse Tower Spring 2022 06 Physical modeling Sketches Reality check

Inujima Community Hub

Spring 2023

In collaboration with Maria Maslova Tutor: Elding Jonas, Sejima Kazuyo

The project is located on a small island off Okayama in the Seto Inland Sea. Back then when the population was growing, this island hosted a large production of granite blocks and a copper refinery. However, nowadays it is a home for only 38 people. The average age of the islanders is about 80 years old and the aging population and depopulation now remarkably limit the development of the settlement.

Functions of the project were defined according to our interview with one of the local residents (Iwai Tomoyuki, also known as Mr. Tomo).

Elderly population needs hospitals, currently once a year a medical ship comes to visit everyone. Younger families need schools for their children.Local residents need workplaces to stop depopulating. We have also found out that the local café Kururi is popular both in and outside Inujima for the delicious food it makes.

The project reflects unicity and transparency of the island. We created a common space where both islanders and guests can interact during events or their everyday life.

Our proposal fits into the existing context and respectfully includes its nearby area into a new complex. The glass volumes are wrapped around the opaque nucleuses just the same as the island is surrounded by the sea. Curved timber roofs are floating above the spaces erasing the borders between internal space and outer world.

Software: Rhinoceros, Revit, AutoCad, 3DS Max

Role: 80% concept + 60% digital modelling + 70% representation + 100% visualization

[6] 01
[7]
[8]
Hub accessibility
5min 10min
Interaction with the village

Concentration of the built environment

Beaten paths based on STRAVA

Wind analysis

[9]

- F-Art House - avoid unreasonable proximity

- Coastline - create the passage

- Nearby buildings - alignment as a respect of the local «fabric»

- Fragmentation of the volumes

- Detachment of one building as a health facility

- Functional program

- Visual connection with the coastline and towards F-Art House

- Roofs - reflection of the functional program as a tangible factor

[10]

Detailed cross-section: doctor’s room + café

2400 3039 2400 594 steel column O-Ø140 steel column O-Ø140 fire charred wood shingles t=9 waterproof membrane plywood support surface t=12 air barrier membrane thermal insulation t=30 vapour barrier membrane plywood support surface t=4 acoustic insulation t=25 fire charred wood shingles t=9 waterproof membrane plywood support surface t=12 air barrier membrane thermal insulation t=30 vapour barrier membrane plywood support surface t=4 acoustic insulation t=25 galvalume steel sheet t=0.6 UPN-60x20x2x5 wooden stud 30x55 plywood support surface t=4 galvalume steel sheet t=0.6 gypsum board t=12.5 wooden frame h=50 thermal insulation t=50 wooden studs 50x50 acoustic insulation t=50 plywood support surface t=9 wooden planks t=9 secondary wooden beam 65x100 systems primary wooden beam 100x300 steel plate connection t=10 secondary wooden beam 65x100 systems primary wooden beam 100x300 steel plate connection t=10 galvalume steel sheet t=0.6 double gypsum board t=25 wooden frame 75x75 acoustic insulation t=40 double gypsum board t=25 galvalume steel sheet t=0.6 U-steel profile plywood t=14 vapour barrier membrane thermal insulation t=20 air barrier membrane plywood t=8 U-steel profile plywood t=8 vapour barrier membrane thermal insulation t=20 vapour barrier membrane plywood t=14 U-steel profile false ceiling hangers h=105 systems column anchoring to the foundation slab structural RC foundation slab douglas fir wood planks t=25 floating floor supports h=150 acoustic sheet lightweight concrete screed t=20 vapour barrier membrane wooden studs 60x110 thermal insulation t=110 dampproof membrane
sunken single rail for curtains wooden stud 50x75 CW steel frame CW steel frame CW laminated glass t=12+12 fire charred wood shingles t=9 waterproof membrane plywood support surface t=12 air barrier membrane thermal insulation t=30 vapour barrier membrane plywood support surface t=4 acoustic insulation t=25 galvalume steel sheet t=0.6 UPN-60x20x2x5 wooden stud 65x160 plywood support surface t=4 CW laminated glass t=12+12 steel column O-Ø140 curtain secondary wooden beam 65x100 primary wooden beam 100x300 steel plate connection t=10 galvalume steel sheet t=0.6 gypsum board t=12.5 thermal insulation t=50 wooden studs 50x50 acoustic insulation t=50 wooden frame h=50 plywood support surface t=9 wooden planks t=9 plywood t=8 air barrier membrane thermal insulation t=20 vapour barrier membrane plywood t=14 steel plate connection t=10 grid for natural ventilation drainage gravel column anchoring to the foundation slab structural RC foundation slab false ceiling hangers h=105 systems systems systems douglas fir wood planks t=25 floating floor supports h=150 acoustic sheet lightweight concrete screed t=20 vapour barrier membrane wooden studs 60x110 thermal insulation t=110 dampproof membrane
[12]
[13]
Picnic Area + Public garden Senior Training Lounge Area School/Auditorium Entrance Elderly Hub Canopy Café Canopy

B.E.I.C. Library

Autumn 2022 - Spring 2023

In collaboration with Polina Luneva, Nihal Adil Tutor: Maria Grazia Folli, Corrado Pecora, Marco Imperadori, Giovanni Dotelli

This Library is located in Milan, Porta Vittoria District. The project has bing the impact not only as a new local landmark and a catalyst of the urban regeneration, but also as Europen Center of Knowledge. Even though now this area is relatively gloomy and sketchy, it has great potential to work as a secondary urban center on the city periphery due to convenient transport systems and presence of flourishing city parks.

The purpose was not to create a generic “cultural space”, but a multi-functional structure, characterised by being a place of access to knowledge through different languages of communication, capable of offering services for study and research purposes, especially of interdisciplinary nature.

Inside the library you can find numerous spaces with different functions gently interacting with each other and forming one vibrant system distributed around the building, including the basement as multifunctional spaces. Not only would the core serve as a structural element, but also as a means to dispersing knowledge for those who seek it in the generations to come.

The project implies interesting and justified structural solutions, which are aligned with the main concept of this site. All of them were carefully designed and checked according to European regulations and required structural calculations.

Software: Rhinoceros + Grasshopper, Revit, AutoCad, 3DS Max, Midas, ES-SO SBO Light, Syncro 4D, Velux Dayligh Visualizator.

Role: 40% concept + 30% digital modelling + 30% representation + 100% visualization

[14] 02
[15]
[16]

Building typologies

[17] Accessibility of the site
15-min city concept
Functions

ViaCervignano

PassanteFerroviano

Respectful distance from the existing buildings and roads

Local land restrictions effect

Perforating walkable green area

Integration of the B.E.I.C. into the existing green core Facade hierarchy

Final building

[18]
[19] Active reading Group study Silent reading

Facade concept of vanishing

3D Truss Structure

Laboratories & Offices

BEIC & Laboratories

Science Department

Humanities Department

Art Department

Public Library entrance

Urban Passage

Facade moodboard

[22]
[23] Acoustic Mineral Wool insulation High performance acoustic membrane Layer of plaster board with wooden finish Tension pipes Metal flashing Gypsum board Rigid insulation Plywood decking + waterproof membrane Plywood decking + vapour membrane Roof reinforced concrete deck + corrugated metal sheet Anodized aluminum panel Anodized aluminum panels Light regulator panel mounting system Metal panel Light regulator panel Gypsum board + vapour membrane Mineral wool insulation Plywood sheething board + weather membrane Self-furring metal lath + plaster Gypsum board + vapour membrane 3D Truss Structure Unit: 3m x 2m x 2m Mineral wool insulation Plywood board + weather membrane Typical slab Metal grating Structural glass system Plywood board + vapour membrane Rigid mineral wool board insulation Plywood board + weather membrane Gypsum board + interior finish Air outlet Iglu ventilated cavities Basement footing drain Capillary break Secondary beam Primary beam

ZOL Auditorium

Autumn 2021

In collaboration with Zak Iljas Kosseifi, Okan Xhemaili Tutor: Gian Luca Brunetti, Marco Scaioni, Giacomo Boffi

The school of music, located in via Gallarate 15, Milan, required a new auditorium to be built for public and school performances. The designed auditorium focuses on sustainable solutions such as materiality and acoustical performances. Not only that, the surrounding environment was taken into account as to not invade the site, but merely assimilate itself to compliment the school.

An already existing hallway that connects the classrooms to the gymnasium was the initial starting point of this design. The main transparent facade, as seen in the renders, indicates the new entry point to the performance hall with an inviting space to all public passer bys.

The backside of the auditorium indicates a more private entrance for all performers not affiliated with the school to conduct a performance on behalf of the municipality.

Our structure is exposed as a means of transparency to convey an honest architectural language between design and structure. Glu-laminated timber posts and beams were used in a sequential grid to display a sort of order that will be changed with the elevations.

A hidden water collecting system was designed by using larch boards as a means to cover the exterior elevations, but also allow for easy access to the pipes in case of required maintenance.

Software: Revit, AutoCad, 3DS Max

Role: 30% concept + 20% digital modelling + 30% representation + 100% visualization

[24]
03
[25]

Urban Analysis

New Auditorium Students Main Preserved Existing New
Concept
ViaGallarate ViaCertoza ViaFrancescodeLemene
[27]
Gian Luca
Sustainable Architecture Construction
Professor
Professor Giacomo Professor Marco
Studio 2021/2022 - Fall Semester
East Facade West Facade North Facade North Facade East Facade
[28]
Sustainable Architecture Construction Studio 2021/2022 - Fall Semester Elena Meliakova Okan Xhemaili Zak Iljas Kosseifi 987803 951012 951330 diagrams Stage Axonometry Assembly Axonometry Auxiliary to Auditorium Hallway below Mezzanine
Sustainable Architecture Construction Studio 2021/2022 - Fall Semester Roof Axonometry Stage Axonometry South Western Back side Auxiliary to Auditorium South Western back side Auxiliary to Auditorium
Professor Gian Luca Brunetti Professor Giacomo Boffi Professor Marco Scaioni
Professor Gian Luca Professor Giacomo Professor Marco

Acoustic Design

DIRECT SPEECH/MUSIC FIRST REFLECTIONS FOR MUSICIANS FIRST REFLECTIONS FOR LISTENERS SOUND DIFFUSION Professor Gian Luca Brunetti Professor Giacomo Boffi Professor Marco Scaioni Sustainable Architecture Construction Studio 2021/2022 - Fall Semester Elena Meliakova Okan Xhemaili Zak Iljas Kosseifi 987803 951012 951330 Stage Axonometry Assembly Axonometry Auxiliary to Auditorium Hallway below Mezzanine Professor Gian Luca Brunetti Professor Giacomo Boffi Professor Marco Scaioni Sustainable Architecture Construction Studio 2021/2022 - Fall Semester Elena Meliakova Okan Xhemaili Zak Iljas Kosseifi 987803 951012 951330 Stage Axonometry Assembly Axonometry Auxiliary to Auditorium Hallway below Mezzanine Stage axonometry Assembly axonometry

Creating territories of Well-being

Autumn - Spring 2019

Individual project

*The winner in All-Russian competition Zodchestvo’19 Tutor: Natalia Semenova, Petr Kapustin

The aim of this project was to create a universal and clearly structured template which may be applied to the most gloomy and depressive areas in order to transform and further develop them into spaces focused on happiness and well-being.

Nowadays the most people live in big cities. It obviously has a great impact on our mental health, as well as our physical condition. The «big city syndrome» - also known as the chronic fatigue syndrome - is widespread in Russia.

In continential climate architects should consider that the parks will be used nonstop, even in wintertime - hence the number of temporary or semi-permanent structures, which can be transformed into zones for winter sports and rest. These structures also won’t require any serious intervention, which is in line with the regulations banning all capital construction projects on 90% of the park’s territory.

During the developement, I found some regional and national programs devoted to well-being, which means the cost of the construction can be partially covered with the grants.

The main element of the park - The Main Entrance - recalls the most legendary restaurant in our city in times of Soviet Union. It had a hockey puck shape and had an interesting floating effect above the slope. The main volume is hidden below the ground to eliminate any visual obstacles on the hill, yet introducing a big capacity of a building. The dominant element - the donut-shape ring with fragmented public volumes inside.

Software: Revit, AutoCad, 3DS Max

[30] 04
[31]
[32] Functions Winter functionality Current setting Summer functionality
[33]
Territory analysis
Multifunctional roof Roof pist Educational center Cafe Smimming pool Entrance to the roof Parking Sport center Sport center

Malmo Lighthouse tower

Spring 2022

*Honorable mention in «SKYHIVE 2022»

In collaboration with Polina Luneva, Nihal Adil, Maria Maslova, Mohammed Mubarak Tutor: Maria Grazia Folli, Corrado Pecora, Marco Imperadori

Vastra Hamnen district in Malmo is a unique and sustainable area with great potential. In the upcoming years the government expects to complete it and introduce a «gate to the city» on its tip.

There is a Turning Torso building, which may be called «questionable» in terms of plastic solution and its interconnection with the context and public. By the introduction of our project we tried to heal this area from extra fragmentation and sub-districts misalignment by the logical and semantical completeion of the district with a new dominant. The tower is on the same site as Kockumskranen - the largest naval crane in the world, which was an important landmark for the citizens. The removal of the crane left an unhealed trauma in Malmo’s inhabitants.

This tower pays homage to the collective memory with the tallness, which is the same as the crane was. The tower becomes a lighthouse, welcoming visitors from the Oresund strait, both from water and from the bridge. The illumination design brings the Northen phenomena to the Southernmost point of SwedenNorthern Lights.

Balancing the the taller Turning Torso, the tower creates a visual gateway to the city of Malmo. The building includes air research laboratory with rental units for the employees. Primary applications include emergency response, air quality, weather forecast, and commerce and transportation, as this city is in a very resourseful and strategic point.

Software: Revit, AutoCad, 3DS Max

Role: 80% concept + 25% digital modelling + 30% representation + 50% visualization

[36]
05
[37]
[38]
[39]
Building footprint Transport system
[40]
Trusses
and core Floors
Columns
Curtain wall vertical cut Ventilated facade vertical element Ventilated facade vertical element Ventilated facade inclined element Curtain wall inclined element Ventilated facade inclined element
Beams Skeleton
[41] Top view restaurant Church view restaurant Service floor 3 Laboratory research Service floor 2 Service floor 1 Residential Tower foyer Offices

- Øresund Strait

- Pedestrian paths and cycle lanes

- Transport lanes

- Aluminum cladding - light-grey

- Wooden planks - light-brown

- Connecting volumes - transparent

- Ventilated facade

- Green roofing

- Curtain wall

- Building Integrated Photoltaic Panels

[42]
Aluminum panels tower Curtain wall with shading devices podium Facade with wooden planks podium
[43]
B.E.I.C. Library 1:1000 B.E.I.C. Library 1:150 Physical modeling
Inujima Community Hub 1:150 Palazzo in Re-Use 1:1

Sketches

[46]
[47]
[48]
Finalized building Reality check Architectural proposal

Architectural proposal - competition

Start of the realisation - 2023

Architectural proposal - competition

[49]

elemelka@yandex.ru

+39 351 972 7441

[50]

Turn static files into dynamic content formats.

Create a flipbook
Issuu converts static files into: digital portfolios, online yearbooks, online catalogs, digital photo albums and more. Sign up and create your flipbook.