Institute for Advanced Architecture of Catalonia Barcelona, Spain
M.Arch/ Master in advanced Architecture
Sapienza università di Roma, Italy
Master Architecture - urban regeneration attended courses: principles of urban planning, structural engineering, history and research methods for cities, urban planning studio
Technical University of Vienna, Austria
B.Sc Architecture
work experience
april 2023 - august 2023
march 2021 - april 2022
august 2020 - september 2020
LGSMA in Rome, Italy
Erasmus + internship working with AutoCad & Rhino conceptualization, plan drawing, design process, exhibition design
in-architecture in Vienna, Austria student assistant working with AutoCad & ArchiCad draft and detail planning, execution and building planning, construction supervision
ArchiMedia ZT GmbH in Vienna, Austria internship working with AutoCad, model building competition 2nd place, draft planning for „Ödenburgerstraße“
Graphic Design: Adobe Photoshop, Adobe Indesign, Adobe Illustrator, Premiere Pro
other: Arduino, 3D printing. laser cutting
languages
German: native language
English: C1 - advanced proficiency, fluent in professional communication
Spanish: B1 - intermediate level, capable of basic communication
Italian: A2 - basic knowledge
Studio
Echo-Tech Morphologies
Colaborators
Sonia Veselova
Ekaterina Starovoitova
The project addresses socio-economic and environmental challenges that are faced in Marina del Pratt’s fast developing industrial area. It is a multifunctional facility, combining a climate shelter and community center, which aims to enhance local life. Recycled materials from the nearby Ecopark de Barcelona promote sustainability and will raise awareness
Supervisor
Rodrigo Aguirre
Softwares
Rhino/ Grasshopper
Year 2023
Semester 1st of MAA
through workshops to the enviromental challenges we are facing today, such as global climate change and waste pollution. The addition of a green space, that acts as a community facilities, combats urban heat and reduces the carbon footprint, fostering environmental awareness and communities well-being.
trespassing
Implementation strategy
GREEN AREA 60% (10 200M²)
BUILT AREA 40% (6800 M²)
LAKES 207,8 M²
WATER STATIONS OUTSIDE: 11
SOLAR PANELS vegetative buffer 60% complex 40% retention basin water supply
BeyondCork
Studio Digital Matter
Colaborators
Gautam Vohra
Ekaterina Starovoitova
Lais Ioanna Margiori
Supervisor Areti Markopoulou
Softwares
Rhino/ Grasshopper
Stable Diffusion, Enscape
Year 2024
Semester 3rd of MAA
The project aims to harness the potential of cork waste by granulating it and utilizing heat pressing techniques without the use of additional binders. This approach capitalizes on suberin, a natural adhesive present in cork, which activates when heated, eliminating the need for synthetic binders. By pressing panels from recycled cork waste, the material‘s life cycle is extended.
While architectural applications of recycled cork have been explored, this project seeks to push boundaries further by challenging conventional design paradigms to demonstrate the versatility and potential of cork as a sustainable building material.
To showcase the power of selfsupporting, modular design, for the prototype cork tetrahedrons are connected and stabilized through a post tensioning system. The cables that run through the structure are secured with turnbuckles, allowing fine adjustments in tension for easy modification and dismantling. This tension creates compressive forces in the cork components, enabling the structure to remain stable without external support.
Through utilizing Grasshopper and the Wallacei optimization plugin, double-curved acoustic pods were developed to integrate cork tetrahedrons as acoustic elements. The design process focused on optimizing a single continuous surface within each pod, strategically positioning the cork tetrahedrons to maximize sound absorption and structural cohesion.
turnbuckles
tensionend rope base
host surface
infill modules
optimized structure variations
1st place
Studio Data Informed Structure
Colaborators
Claudia Gowgiel
Devanshi Jagota
Teodora Popescu
Gaurang Kaushik
STORE STORE build x IAAC
Supervisor
Manja van de Worp
Rainund Krenmüller
Softwares
Rhino/ Grasshopper physical building
Year 2024
Semester 2nd of MAA
Competion in London for a garage roof transformation to a Workspace
In collaboration with Store Store Builds in London, this project was part of a design competition that called for the roof transformation of three garages, which are being repurposed into art ateliers for the students of Store Store.
This project explores the structural performance of a design focused on efficiency, material economy, and balanced
stress distribution. The core objective is to develop a system capable of supporting applied loads with minimal material usage while ensuring a harmonious stress distribution, preventing areas of excessive overload or underload. The design emphasizes the delicate interplay between various materials, with particular attention to the dynamics of tension, compression, and rotational forces.
Efficiency
Both cable A and B play a different role in the structure rigidity. Cable A will decrease the Maximum Bending Moment the the two columns, by increasing the Maximum Bending Moment of the beams. And the cable B would do the opposite. While acting in two different ways, there are both playing a crucial role for the trussers.
Installation/assemble
By assembling the cable A with a shorter angle then 30°, we create pre-tension when we add the roof structure weight.
Rafter to post
Cable loop to rafter
3
Rafter to flinch post
Turnbuckles
Cable Junction
Tiles
Horizontal batten 35/35
Counter batten 35/35
Weather membrane
Beam 45/90
Insulation sitting in between Beam 30/30
Gutter with holes for the water Hanger Chain
Window
Flashing weather membrane
Planter Gutter
Planter Cap
Pocket for access water Chain for drainage
Wall
3D-printed clay tiles designed as add-ons for roofing, serving as bee hotels, planters for greenery, or as small water collectors for irrigation systems. The tiles can be individually customized. An ABB robotic arm was used for the 3D printing process.
Beethoven library
Studio
Building Construction II
Colaborators
Leonard Künstner
On the terrain of the Vienna Ice Skating Club a counterpart to the “Kaiserforum“ is to be created, a “citizens“ forum. For this purpose, the construction site is connected with the opposite Beethovenplatz. A new structure now completes the space that has
Year 2021 Supervisor San Hwan-Lu Semester 5th of Bsc
Softwares ArchiCad
been created and forms a center in the middle of the already existing wide range of cultural activities in this area. This will be the new library at Beethovenplatz, which serves both as a center for political education and as a public meeting place.
The building utilizes a Trombe wall to regulate indoor temperatures. This passive system enhances energy efficiency year-round.
heating effect
cooling effect
In winter, the wall absorbs solar energy, creating a heating effect by circulating warm air indoors.
During summer, the design enables ventilation to release excess heat, providing a cooling effect.
12 steel column 800/400/10mm, white coated Beethoven library
This roof detail showcases an integrated green roof system designed for thermal performance, structural efficiency and sustainability. The multi-layer composition includes thermal insulation, vapor barriers, and reinforced concrete to ensure durability and energy efficiency. A protective top layer with vegetation not only enhances insulation but also contributes to biodiversity and stormwater management. The triple-glazing system with solar control glass ensures optimal natural light while minimizing heat gain.
Detail entrance 1:20
1 hollow steel profile 100/150 mm, zink coated
2 steel grid 20/20mm
3 roof soffit: flat sheet metal, white
4 playwood panel 30mm, waterproof gluing
5 separation layer Bitumen
6 standing seam roofing, pre-coated zinc sheet
7 rain gutter, pre-coated zink sheet
8 steel sword 10mm, zink and white coated
9 steel profile 10mm, zink and white coated
10 hollow steel profile 400/50/5 mm, primed
11 mineral wool 50mm
12 suspension/steel towing rope 20mm
13 glass screen ESG from VSG
14 glass bracing ESG from VSG
15 hollow steel profile 50/100mm, primed
16 hollow steel profile 50/50mm, primed
17 doormat
18 screed 50mm
19 separation layer
20 sound insulation 20mm
21 insulation Styrodur 150mm, step-resistant
22 vapour barrier
23 concrete steal bottom plate 300mm
24 cover plate with magnetic seal
25 insulated panel/ vapor barrier
Habitat Hub
Studio Residential Design
Bachelor thesis
Supervisor Theo Deutinger
Softwares ArchiCad
Year 2022
Semester 6th of Bsc
The pandemic prompted a reexamination of our daily environments, raising fundamental questions about privacy, personal space, and the future of architecture. How much privacy does an individual truly need? How do we redefine living spaces in a rapidly changing world? What does property mean in a post-labor society?
This project explores these themes by envisioning an oasis within the urban landscape—where nature, technology, and humanity coexist in harmony. By examining the relationship between people and their habitats, it opens up new perspectives on how we interact with and understand space in the future.
private space
This one-storey unit accommodates two students, maximizing functionality within minimal space to reduce costs.
The bed is reimagined as a multifunctional dwelling area, designed not only for sleeping but also for eating, working and storage, with its size optimized through
detailed analysis. The compact sanitary area includes only essential features, while showering is relocated to a shared public zone, rethinking individual needs to prioritize efficiency and shared resources. The units are designed to be modular and can be stacked to accommodate as many people as required within a single building.
