DARIA 2022SERGEEVA
ARCHITECTURAL PORTFOLIO
+49 176 2834 sergeevadaria0401@gmail.9978 Linkedin DARIA SERGEEVA
Architect with 5 years of work experience in the design of public, residential and mixed-use buildings. I have worked at various project stages - from concept design to construction drawings. Among the projects I have worked on: a stadium reconstruction project, facades development of residential complex, structural drawings of a residential building and private houses, concept design for hotels, aquapark, transport hub and children technopark. I am interested in working with the BIM methodology (my work experience in Revit is more than 8 years) as an opportunity to organise a de sign process better and develop more sustainable buildings and cities.
Master of Arts, DIA - Dessau International
FREELANCE ARCHITECT - Interior design 10.2020 – 12.2021, 10.2018 – 12.2018
• pre-design research; architectural concepts; architectural drawings; 3D modelling;
E X P E R I E N C E
• working with BIM methodology (collaboration, BIM360); environmental analysis with GH;
09.2018 – 06.2019 • Increased academic state scholarship for special achievements in educational, research, social, cultural and creative activities, MARCHI Moscow.
A W A R D S
CGPA - 27,14 (max. 30)
• architectural design, urban planning, interiors
• Residential buildings
CGPAArchitecture-1,4(max. 1.0)
Shortlisted in «20 Best Undergraduate/Bachelor thesis projects» in the competition «UNFUSE International Architecture Thesis Award ‘18», 05.2018.
• good sketching skills; architectural modeling; architectural visualization
LOZINSKIY UND PARTNERS CREATIVE WORKSHOP, Moscow
• project presentation; issuing tasks to other departments (visualizers, engineers)
08.2020https://mirproekt.ru/–10.2020Leading Architect 03.2020 – 08.2020 Architect
E D U C A T I O N
First Class Certificate and Certificate of Merit of the Architects’ Union of Russia for the Bachelor thesis project at the XXVI International Review Competition of Graduation Projects in Architecture and Design, 10.2017.
• Sport complexes I Public buildings
Revit, Autocad, Adobe Photoshop, Adobe InDesign, Adobe Illustrator, Rhino+Grasshopper, Lumion, QGis, 3ds Max
Software
•06.201510.2017projectshttps://www.behance.net/LozinskyAndPartners/–03.2019Architect–10.2017JuniorArchitectHotels
ARCHITECT
– Built Environment – Interiors
09.2012-06.2019 Master in Architecture
English - C1 German – B1 Russian - native
09.2021- 02.2022 • Politecnico di Milano, Italy
10.2020 - 07.2022 • Hochschule Anhalt, Germany
Languages
VORTEX DESIGN WORKSHOP, Moscow 03.2019 – 02.2020 Architect
MIR PROJEKT CITY PLANNING INSTITUTE, Moscow (before - Giprogor Project)
I Villas I Industrial and public buildings
• Moscow Architectural Institute (MARCHI), Moscow, Russia
Hard skills
Erasmus Student Exchange - MSc in Architecture
CGPA - 4,89 (max. 5,0), diploma with honor
09.2012-06.2017 Bachelor in Architecture CGPA – 4.91 (max. 5,0), diploma with honor
S K I L L S
Student projects
Date of creation: 02/2017-06/2017 Project status: Bachelor’s degree project at Moscow Architectural Institute, under supervision of Prof. Brovchenko S.V., Prof. Kostogarova E.P. and structural engineer Prof. Shubin A.L. Type: individual project Programs: Revit, Lumion, 3ds Max, Vray, Photoshop
Transport Hub
Hyperloop01
The goal of the project was to design a transport hub with a new type of high-speed transportation system - vacuum Hyperloop. The hub is located near Vnukovo Airport in Moscow and includes also suburban railways, ground metro and buses.
South facade
• Center distance between pylons - 30 m
Hyperloop technology and components Tubes Vacuum Pylons
II. transit O-shapedstation
Capsule (Pod) Solar panels Capsule reversal system
• environmentLow-pressure
• 30 m length
• Reinforced concrete
• 2.7 m diameter
Theoretical models of the architectural and planning organization of Hyperloop stations
• Turning and lifting system
V. dead end station with turningsingle-levelmechanism
• 28 passengers
I. dead end O-shapedstation
VI. dead end station with turning and lifting mechanism, two-level
• Turn-around area
• Solar panel modules would be used to power the hyperloop system
VII. crossroad station with turning and mechanismlifting
III. transit station with tracks in the single-levelmiddle, IV. transit station with tracks in the two-levelmiddle,
• Protection from weather and traffic crossing
• Steel/concrete/carbon fiber
ОССОСНАРПРТАПААЖИРВ ОСООНУРШРАМГТРАНПРТА ЗЕЪВД / ОССОЗЕЫВДНАПАРКВКУДЛЯПААЖИРВ ЙОПЖАРНЫТРАНСПОРТ ОСООНЧИЛГТРАНПРТА ООСТРУДНТКВ ОСОООЗУРГВГТРАНПРТА ОЗООЭЛЕКТРПЕДВ ОООЗАНЕМНГМЕТР ОЗОПХЫНМУКААВЕДВЗОООСОССХЕМАДВИЖЕНИЯТРАНПРТАУЛВНЫЕБНАЧЕНИЯ ОССОКРАПВКАДЛЯПААЖИРВ ОСОКРАПВКАДЛЯПЕРНАЛА ООЗЗАРГРУЧНАЯПЛЩАДКА ОСОООЗОСТЯНКАГРУВГТРАНПРТА Ж / ИТУПД ( ЮССУЩЕТВУЩИЕ ) ОООЗАНАКТТЕВЕМНГМЕТРППК Аэропорт Внуково Legend Traffic diagram: electric overgroundtrainmetrovacuumtubetrain routes of vacuum tube train parking for removalparkingcheckpointpassengersforstaffofsolidwaste unloading platform truck railwayparkingtracks (existing) overground metro
Мзесъдсинскоо ессош оросвтну Боровскоошоссе Вароорэапнуково йКМоскваиевскивокал Site plan
Ground floor plan ( plan at el. 0.000) 1 2 3 2 2
1 - public space; 2 - Hyperloop capsules garage; 3 - storage area; 4 - departing area; 5 - arriving area; 6 - acceleration zone; 7 - braking zonepedestrian move 2 2 2
Fifth floor plan
(plan at el. +49.500) traffic scheme of departing Hyperloop capsules traffic scheme of arriving Hyperloop capsules 2 2 2 1 1 4 5 6 6 6 7 7 7
Fourth floor plan
(plan at el. +40.500)
Legend
vacuum transport station on the 2nd, 3rd, 4th and 5th floor; repair shop and warehouse area on the grond and 1st floor
traffic scheme of departing Hyperloop capsules
traffic scheme of arriving Hyperloop capsules
capsulesforautomated
Section 1-1. Fragment 1 Section 1-1 public area automated capsulespassengergarage overgroundmetro
Route tubes
Sun protection system
Perspective Automated garage for capsules Structural systemGlass with Vacuumphotovoltaicintegratedcellspumpblocks
DateSolar02Sculptingofcreation: 2021
Greenhouse for growing vegetables and plants for residents
Public area
Terraces with solar panels
floor
Programs: Rhino+Grasshopper, Revit, Lumion
Type: Idividual work
Solar glass
Commercial ground
Project status: Student Project in Politecnico di Milano Prof Simone Giostra and Matteo Clementi
Solar Panels Semi Privat Area for UndergroundPublicResidentsGardenAtriumparking
Results from the optimisation of building form provide the basis for the integration of costeffective, low-maintenance façade energy systems, such as photovoltaics and solar thermal.
EPW FileSurroundingGeometryGeometryDesigned GeometryFARAnalysis Radiation/floor area Radiation/facade area SurfaceOpenArea/VolumeSpace% Radiation Analysis Spatial Daylight Analysis Filtering photovoltaicsRadiationUsefulDividingandsolarthermal Shadow mesh Solar meshRadiadion RadiationMeshThreshold DaylightMeshAutonomy
The project investigates the relationship between form and solar energy in buildings, using form-finding strategies based on solar radiation to shape a mid-rise housing building for New York City. The project explores the potential for passive, adaptive and active solar design principles to achieve comparable results in terms of energy performance and visual comfort in buildings, based on optimised shape rather than on mechanical systems.
Shadow Analysis
Environmental Analysis inGrasshopperAnalysis
01_Optimization_DariaSergeeva Scale 1: Urban Morphology & Siting
Radiation
Geometry Analysis Threshold Analysis
FacadegreenoutdoorsolarphotovoltaicsSystemsthermalterrace/roof
Radiation
Scale 2: Building Mass & Interior
- Surfaces that receive more than 400 kWh/m2 over the year will receive PV panels (Electricity).
Chunk Radiation Analysis
Chunk Geometry
greenoutdoorsolarphotovoltaicsthermalterrace/roof Scale 3: Building Façade & Cladding
Threshold on solar radiation falling on the envelope:
- Surfaces that receive 200 to 400 kWh/m2 over the year will receive solar thermal collectors (DHW coverage).
Radiation Threshold Analysis Facade Systems
1st floor plan
Chunk. Perspective
Typical floor plan
Greenhouse floor plan
Old03Space to a New Place
Date of creation: 2022
Prof Vesta Nele Zareh and Prof Nadja Haupl
Programs: Revit, QGis, Illustrator
Project status: Masrer Thesis in Hochschule Anhalt
Type: Idividual work
The project of reconstruction of Zavod Iskozh factory in Moscow into a modern multifunctional complex with public, residential and working spaces.
The plant territory is located in the west of Moscow, on the very border of the Historicalcity.function of the factory was production of artificial leather and film materials.
Photos of exicting situation
In 2017 historical buildings of XIX - begining of XX centures became objects of cultural heritage of regional importance.
In 2003 production was moved to another location. Now the builbings are rented out for storage, car services, shops and garages. The site is closed for citizens, some buildings are abonded.
Site analySiS
Vitebskaya Street runs to the west of the plant, Dorogobuzhskaya Street to the north. To the north of the factory territory passes the highway Mozhayskoe shosse. The metro station is located in the north; the nearest railway stations are Setun and Rabochiy Poselok. There are several bus stops near the site. Thus, we can conclude that the main flow of visitors will come from the north.
Zoning Plan
Zavod Iskozh factory is located at the intersection of residential, industrial and natural urban areas.
It sits in the valley of the Setun River on borders of protected natural area along the river. On the factory territory, there is a wild park and a lake. To the south of the factory, there is a famous Kuntsevo cemetery.
Traffic Plan
on the site New outsidebuildingsthesite
New NewBuildingsbuildings
Existing situation
Buildings of industrial heritage
Border of factory site
Buildings to demolish
Funсtions
Offices Public working area Coworking School Hotel Residential Commersial Sport Market Children Production Event space
Public Area Recreation area for coworkers Sport Recreation area near water Children Semi-Privat area for residents Privat Terraces
Outside Areas
Site of the Zavod Iskozh Natural protected area Power lines Legend Entrance to the site Site Plan
Illustration
Four storey open plan building Building adjecent to another building 1860 sq m Education,workshopsoffices,
Public space, workshops, exibitions, coworking, event space
Suitable functionality
EXICTING BUILDINGS. DEPENDENCE OF THE NEW FUNCTIONAL PURPOSE ON THE STRUCTURAL TYPOLOGY
Photo
Coworking, multifunctionalexibitions,space
Two storey open plan building
Typology
One storey open plan building 1230 sq m
Illustration2930The
historical building of the production shop with workshops is adapted into coworking space. It provides a full range of functions, including an open workplace, offices, meeting rooms, a kitchen, etc.
proDuction Shop 18600 11500 13000
Illustration 28
Exicting structure
Exicting structure: cultural heritage
First floor Ground floor
Four storey open plan building Building adjecent to another building 1860 sq m Education,workshopsoffices,
Two storey open plan building
Illustration2930Paint
Coworking, multifunctionalexibitions,space
Public space, workshops, exibitions, coworking, event space
One storey open plan building 1230 sq m
Paint Mill 18600 11500 13000
Photo Typology Suitable functionality
Illustration
Illustration 28
Mill can be considered a symbol of the place due to its facades with the dominant tower. It is converted into a public space with an event space, cafe and free seating-working areas. The building has a free layout, so it can easily change and adapt to different functions and events. Skylight allows providing different space distributions - Option 1 with open space in the middle and closed rooms on both sides of the building and Option 2 with closed rooms in the middle and open spaces on both sides.
Ground floor . Option 1
Exicting structure: cultural heritage
Exicting structure
Ground floor . Option 2
Work projects
Place: Moscow, Russia
Facades04 of residential complex
My role and contribution: Developed drawing sets for facades (3 buildings out of 7)
Date of creation: 2019-2020
Programs: Revit
Team: Kabanov A., Ovod T.
Project stage: construction drawings
Team: Brizgalov I., Shuvalov A.
DateAquapark05ofcreation: 2020
Place: Perm, Russia
Project stage: concept My role and contribution: fitness centre plans, 3d model, facade concept design Programs: Revit, Illustrator
waterAquaparkzone
Fitnes centre
The projected complex includes: water park, hotel, fitness center. The dominant volume is directly occupied by the water park. The hotel and fitness are adjacent to it through a common lobby-foyer. The spacious lobby serves as a link between all elements of the complex. It provides access at the 1st floor level to the cash zone of the water park and the reception-fitness and hotel.
The building is a monolithic volume, high-rise accents are the hotel and the zone of water slides of the water park. The entire structure is surrounded by the current form, referring to the water element and waves, as well as facade lamellas resembling underwater plants.
First floor planGround floor plan Hotel
areaadministrationEntranceAquaparkand
First floor plan
Ground floor plan
Fitness center
АК +19.700 +12.860 +13.500 122950 +25.790 К А +0.000 122950 +10.180 +25.710 Main FacadeFacade
Architectural competition projects
RetailDroneport.06Distribution Centre with drone stations
Competition: Laka Competition ’20
With the development of technology, the delivery of goods using commercial drones is becoming more and more realistic. However, the use of drones requires special infrastructure and appropriate architectural solutions for warehouses. This project proposes a Retail Distribution Centre with a drone station. The vertical model reduces the distribution centre footprint and is suitable for the urban environment. Moreover, it helps to reduce drone battery consumption by eliminating ground take-off.
Year: 2019
Programs: Revit, 3ds Max, Vray, Photoshop
Architecture that Reacts
Individual or group work: idividual work
West facade
Goods Acceptance Area Warehouse areaArea for
Theoretical models
loadingdistributiongoodsandtodronesModelI
The drone station consists of 5 towers and 1-storey part. The process of acceptance goods from automobile transport and the picking of orders takes place in the 1-story part. There is a staircase and elevator section, a vertical conveyor for goods and shafts for utility lines and systems in the central structural core of the towers. Ready for shipment, the parcel is delivered to the top via the vertical conveyor, then to the drone via the horizontal conveyor. When the drone departs or arrives, the cell opens with the help of a lifting and folding mechanism, forming a platform for landing or takeoff. When the drone is already in the building at its parking lot, the cell closes, protecting the parking lot from external influences.
Model II Model III
Section 1-1
Typical floor plan
Section 2-2
Thank you for considering my application
sergeevadaria0401@gmail.com+4917628349978