Name
Ksenija
Surname
Onufrijeva
Date of Birth
30.08.1998
Nationality
Latvian
Address
Kloosterkade 167, Delft, The Netherlands, 2627 JA
Phone number
+371 20206827
E-mail address
onufrijeva.ksenija@gmail.com
Language skills Latvian
Native
Russian
Native
English
C1
German
C1
Spanish
A2
French
Beginner
Software skills Archicad Autocad Lumion 3ds Max (basics) Rhino (basics) Sketchup (basics) Adobe Photoshop Adobe Illustrator Adobe InDesign Microsoft office Word PowerPoint Excel Professional Experience 04/2021 - present
Architect’s assistant - SIA NAPPA, Riga Project phases: Concept development, Design development, Building Permit Project type: Renovation, redevelopment of historical buildings into dwelling
11/ 2017 - 12/ 2017; 07/ 2017 -08/ 2017
Architect’s assistant - Traineeship, DO Studio, Riga
Education 09/ 2021 - present
Master, Delft university of Technology
09/ 2017 - 02/2021
Bachelor, Riga Technical University, Latvia Student of the university Golden fund, scholarship of Excellence, Erasmus+ scholarship for exchange studies
09/ 2019 - 06/ 2020
Bachelor Erasmus+ exchange, Czech Technical University in Prague, Czech Republic
09/ 2014 - 05/ 2017
Riga 1st state gymnasium
09/ 2007 - 07/ 2013
2. Pārdaugavas school of Art Courses
09/ 2020 - 11/2020
Circular Economy for the Built Environment, TU Delft
08/ 2019
German Language and Culture, Heidelberg University
09/ 2015 - 06/ 2017
DAAD scholarship Course of Classical Art, Māras Muižnieces School of Art Competitions
02/ 2022 - 04/ 2022
Circular product design competition from concrete - ReIMAGINE 1st prize award
03/2022
120 hours
08/ 2020 - 11/ 2020
Senegal Elementary School: Sambou Toura Drame, Archstorming Open international competition; project reached semi-final
09/ 2020 - 11/ 2020
Plein Air of the Baltic Schools of Architecture: National Concert hall of Latvia and preservation of E2 building Research
09/ 2020 - 02/2021
Temporary urbanism in Riga within circularity strategy Bachelor thesis
01/ 2022 - 03/2022
Railway station typology transformation: Riga Central Station Research paper in Delft university of Technology Extracurricular activities and interests
09/ 2021 - 12/2021
Author in the Architectural magazine ‘Bnieuws‘, TU Delft (NL)
04/ 2018
The 59th RTU Student Scientific Conference in English, Riga (LV) Speaker on the topic «Illusion and Perception in Architecture»
06/ 2015 - 08/ 2015; 07/2016
International informal education projects with Erasmus+ grants
08/ 2015 - 09/ 2015
Volunteer, organising public festival „the TVIND Olympic Games“, DNS Tvind, Ulfborg (DK)
Interests
Playing, composing music (piano), choir singing, ceramics, running
Content
Double House
Art gallery, Prague, Czech Republic
Tri-Angle
Spa centre, Prague, Czech Republic
Flow
Hybrid public building, Rotterdam, The Net
Library of Food Practice
Small-scale interventions system, Calabria
(dis)connection
Circular product design -concrete and timb
GSPublisherVersion 0.1.100.100
thrlands
a, Italy
ber structures, Delft, The Netherlands
DOUBLE HOUSE
Contemporary Art Gallery
LOCATION Prague, Czech Republic /50°04’23.8”N 14°25’00.0”E ACADEMIC PROJECT ON ERASMUS+ PROGRAM in Czech Technical University in Prague DURATION one semester YEAR 2020 SUPERVISORS Vladimir Kratky /kratkyvlady@gmail.com Luis Marques /marques.architects@gmail.com
Site plan PROJECT DESCRIPTION What is art? Art lights up the minds with the inspiration. The light shines from the inside of the Gallery - reviving the underused site and bringing new creative ideas and inspiration to the citizens. The Gallery connects green urban areas around the site into continuos public space. The building volume is integrated into the sloped terrain and makes the crossing between the streets on different levels well-accessible for the pedestrians. The historical monastery wall is kept to frame the outside stair. The motive of the framed movement becomes the key element in the design of both exterior and interior vertical circulation.
0
50 m
Slope of the site is risen to extend the upper street level
Building volume is curved to follow the site shape; slope is transformed into public terrace
m
Passage between the two volumes and stairs between different street levels enable pedestrian accessibility
The gallery integrates into the public park around the site
Section A-A
1
2 A B
A A-
3
4 C
5
6 D 1
2
3
4
F 5
F 6
Western elevation
1
A A-
A
2
B
8. 3
C
4
1.
D
5 6 5 4 3
9
6
1 10 1
1
2. 7
2
5. G 26 25 24 23 2 212
28 7 2
3
A A-
4.
6.
3. 4
32 3 3 1 29 0
9 8
5
F
7
1. Entrance hall and reception 2. Cafe 3. Storage 4. Outside terrace 5. Cloakroom and bathrooms 6. Exhibition 7. Main outside stairs 8. Terrace garden
6
Ground floor plan
0
5
10
00 0.1 .10 0.0
F
E
7.
ion ers erV sh bli Pu GS
20 9 1 8 1 17 16 15 14 13 1 12 10 1
Eastern elevation
1
2 A B
A A-
3
4 C
5
6 D
2. 1
7 2
G
1. 3
A A4
F
E
5
F
7
Underground floor plan
6
3.
0
5
10
1. Exhibition 2. Technical access (storage on the floor below) 3. Main outside stairs
4
1st floor: Exhibition hall
1st floor: Auditorium
TRI-ANGLE
Spa Centre and Vltava riverside revitalisation
LOCATION Prague, Czech Republic /50°05’59.4”N 14°27’04.1”E ACADEMIC PROJECT ON ERASMUS+ PROGRAM in Czech Technical University in Prague, in collaboration with Kristine Mogilevceva DURATION one semester YEAR 2020 SUPERVISORS Vladimir Kratky /kratkyvlady@gmail.com Luis Marques /marques.architects@gmail.com
0
Site plan
PROJECT DESCRIPTION The Spa center is merged with the landscape of the surrounding park as a harmonic part of it. Both interior and exterior spatial solutions create a certain sequence of spaces that provide a peaceful surrounding for a physical and mental recreation. The way of a visitor inside the spa is a ritual, starting underground with semi-dark asketic spaces. As the way through the spa continues, the character of the spaces gradually changes to the opposite – open and full of light. The culmination is panoramic view of Prague. To strengthen the connection to the water as a source of recreation, canals are introduced into the park - they start at the entrances and lead the visitor to the main entrance of the Spa. Canals continue to the promenade and fall into the river. The whole project is based on simple and clear geometry - straight lines with the main figure - Spa - triangle.
100 m
Concept diagram: Site and volume
Existing walkways prolonged
Spa volume on the crossing of the existing paths
Corners erased and inner yard created
Roof shapes a slope to become walkable terrace
Upper tube turned
Walkable roof ir a prolongation of the park; Interior spaces directed to 3 different views of Prague GSPublisherVersion 0.15.100.100
Public circulation 3-
5-
THE LIGHT - panoramic relaxation hall
4-
THE REBIRTH - interior & exterior pool
3-
THE HARMONY - green spa
2-
THE BODY - procedures - excercise - garden - bar
B A
1-
A
B
THE DARKNESS - sauna - different temperature baths
Ground floor: Entrance hall
Main staircase
-1 floor: Circular pool room
2d floor: Green spa
2d floor: Interior & exterior pool
3d floor: Panoramic relaxation hall
North-West facade
+16.55
+11.55
+6.75
0.00 -2.80 -5.55
Section A-A
South-East facade
0
5
10
+11.55
+4.95
0.00 -3.20 -5.55
Section B-B
0
5
10
FLOW Hybrid Public Building the Metropolitan Blue Forum
LOCATION Rotterdam, The Netherlands /51°55’28.5”N 4°28’37.9”E ACADEMIC PROJECT in Delft University of Technology in collaboration with Isis Bregonje and Sora Kaito DURATION one semester YEAR 2021 SUPERVISORS Nathalie de Vries / N.A.deVries@tudelft.nl Sien van Dam /A.M.F.vanDam@tudelft.nl Jos Roodbol /J.J.W.M.Roodbol@tudelft.nl
Definition of the existing public space
Site plan
0
50
100 m
Railway
?
?
Elevated public path Water collection pools Floodable squares Green roof/ park
Existing urban landscape - vacancy for the
PROJECT DESCRIPTION The Forum re-connects existing public spaces on the two sides of the railway by re-using part of the Shell tower and the vacant rooftop spaces. Exterior public stair-promenade around the building interconnects with the interior functions of the Forum, which facilitates the offices in the Shell tower with the new amenities, promoting hybrid usage of the building. Water is used as the key element of the design - both in the exterior public space- in water basins and canals - and interior, where all public halls are connected through the vertical water flow and flooded surfaces. The interior flow of water starts on the highest rooftop water collector and comes down to the lower roof basin and then to the ground, where it re-connects with the park water system.
Forum creates a link between the interior lic space, and works as a hybrid both str tion-wise with the existing tower
Public movement system
lectures co-working auditorium lectures co-working
workshops
meetings
research outside public stair access to each interior public function
cafe
library
library
e Public realm exhibition
exhibition
co-working
restaurant reception
r and exterior pubructure- and funcpublic park
14th floor: Auditorium
5th floor: The library
THE WATER LANGUAGE The design approach to integrate water in the public space follows the same principle throughout the project - both in the interior and exterior. It shapes a united system and brings new quality to the public spaces. Water is constantly present - either above the visitor, on the flooded surface around or as a vertical flow between the different floor levels.
Water as a surrounding
Water visible above
Water falling between the floors
WATER AS A DYNAMIC BODY During heavy rains, when the water collecting basin on top of the auditorium gets full, water flows down through the building’s atriums. It adds new sonic, visual and atmospheric quality to the space. This keeps bringing the main topic of the forum - the climate change and floods - for the discussion.
Water as a surrounding
Water visible above
Water falling between the floors
4th floor: Exhibition hall
3d floor: Exhibition hall
rainwater collection basin
Water circulation system
auditorium - light timber structure
lectures co-working
auditorium lectures
continuous water flow through the atriums during heavy rains
co-working
workshops
meetings
flooded floor
research cafe
library
atrium and exhibition spaces- light timber structure
library
exhibition
flooded floor
exhibition
co-working
restaurant
reception
flooded parking rooftop
public park
water park
lectures
meetings library
PASSIVE COOLING & HEATING SYSTEM
Section: Facade
The Forum is wrapped in the double facade system. Due to the position towards the sun, the water basins and the green terraces, the air sucked in the facade’s lower parts is cool and moistured. This enables passive cooling of public the building ininside hot days. In winter the double facade and the recuperated heat from the existingoutside building are used to reduce the energy demanded for public the heating. Winter
Summer
1. Double facade as a heat barrier 2. Recuperation of the released heat form the adjacent building
1. Passive ventilation through the double facade 2. Cool air from the green terraces and evaporating water pools
+
Air flow regulato
Double facade sy
+ Passive cooling strategy 1. Green terraces - heat barrier 2. Evaporating water basins
e structure fragment
Existing structure
ors
ystem
Green terrace
New timber structure
LIBRARY OF FOOD PRACICES System of small-scale interventions in the region of Calabria
GSPublisherVersion 0.1.100.100
Site plan
LOCATION Calabria, Italy /39°31’00.3”N 16°12’44.5”E ACADEMIC PROJECT in Delft university of Technology DURATION one quarter YEAR 2022 SUPERVISORS Alper Semih Alkan /A.S.Alkan@tudelft.nl Roberto Cavallo /R.Cavallo@tudelft.nl Joran Kuijper /J.A.Kuijper@tudelft.nl
0
20m
Inventory of the tower typology and potential influence areas of the interventions
Ca
Agricultural relicts with the tower typology Potential interventions and influenced area
Cosenza
Settlements Agricultural lands Main carway Railway
Ter
PROJECT DESCRIPTION A system of small-scale interventions in the former agricultural sites aims to activate local communities. By bringing together small food traders and people from the nearby villages the exchange is enabled - of the locally produced food products and traditional cooking practices. This may help to foster the local economy and give an opportunity for different social groups elderly people and immigrants - to integrate through the communal cooking activities.
Sibari
A tower typology - a grain silo - is chosen for the interventions to integrate passive ventilation system - the solar chimney. This lets the community kitchen become self-cooling and turns the tower into a drying machine for the handmade pasta and the locally grown herbs. The tower typology also allows to make a node, which is recognizable and visible from the car and the railway transportaion lines.
alabria: definition of the focus area
rrain
TERRAIN
AGRICULTURE
Agriculture
SETTLEMENTS Settlements
INFRASTRUCTURE Transportation
Small-scale intervention system: Path Cosenza-Sibari
Sibari Doria
System of small-scale interventions: Approach to the community shaping
Library of Food Practices
Intervention locations are chosen to be well-accessible by the existing public and private transportation network, and to be visible nodes in the surrounding - urban or rural area. Each intervention responds on the specific social and urban condition to become a social condenser in an urban, semi-urban or rural settlements.
CENTRALISED
DISTRIBUTED
DIST
Centralized
CENTRALISED
DISTRIBUTED Distributed
CENTRALISED
Cosenza
DISTRIBUTED
DISTRIBUTED CENTERS Distributed centres
DISTRIBUTED CENTERS
Programme distribution
Observation platform
Herb drying
Pasta drying
Library
Kitchen
Parking, Movable traders
0
1
2m
Section A-A
Ground floor: Kitchen
3d floor: Herbs drying
(dis)connection Circular product design concrete and timber structures
CONCEPT MOVIE: SCAN THE CODE!
COMPETITION - REIMAGINE 2022 FIRST PRIZE AWARD ACADEMIC PROJECT in Delft University of Technology in collaboration with Kristine Mogilevceva and Vlad Gabriel Dobran LOCATION Delft, The Netherlands DURATION one quarter YEAR 2022 SUPERVISORS Siebe Bakker /siebe@bureaubakker.com Henri van Bennekom /H.A.vanBennekom@tudelft.nl
PROJECT DESCRIPTION (dis)connection is a set of precast elements that is designed for a load-bearing grid structure of a building. All the elements are assembled only by using specific geometrical shape, without any fasteners, which allows the elements to be re-used over and over again without losing their structural integrity. After one building’s life cycle comes to an end, another grid structure – with a different height and configuration can be created. Some of the elements can be re-configured into a structure with a different function – stair. Flexibility of the system allows to combine elements of diverse materials - for example wood, produced in the same geometry. This gives space for future experimentation of the expressiveness of the material combinations.
Column-stair
Column-beam
Floating column-beam
Column-stair & column-beam in the interior
Floating column-beam in the interior