I am a Master of Science graduate in Building Architecture from Politecnico di Milano, where I earned my degree with a score of 110/110 cum laude. Previously, I served as a teaching assistant at Diego Portales University and led a studio team, managing up to six projects at once. I have overseen 17 projects from concept to completion, covering over 15,000 square meters. My expertise includes project planning, design oversight, client collaboration, consultant coordination, construction detailing, specification review, and ensuring deliverables meet deadlines and budgets.
experience.
AOUMM
DV arquitectos
AGR arquitectos
Noguera Stutzin arquitectos
Mathias Klotz arquitectos
Universidad Diego Portales
education.
Politecnico Di Milano, Italy
Universidad Diego Portales, Chile
2024
2016-2022
2016 2015 2014 2013-2020
2022 - 2024 2010 - 2015
international workshops.
Politecnico di Milano
*ELEMENTAL laboratorio, Milano
Univerza v Ljubljani
*Unesco Heritage walk, Ljubljana
Europe program UDP
*Aedes Network Campus, Berlin
*Université Marne la Vallée, Paris
*Fundació Antoni Tàpies, Barcelona
skills.
Autocad
Revit
Sketchup
Vray
Rhinoceros
Photoshop
Indesign
Illustrator
Gen Midas
Beginner Beginner
languages.
SPA Native speaker
ENG Advanced - C1
ITA Intermediate - B1
the Ship. an innovation campus
Sluisjesdijk- Rotterdam, Netherlands.
A new hub of centrality and connectivity for the city. Mecanoo’s vision, along with the Kop van Zuid development, Maashaven’s new Nelson Mandela Park, and Hart van Zuid, has highlighted Rotterdam South as an essential area for continued development. The proposed masterplan for Sluisjesdijk aims to build on the progress of Maashaven. The proposed International Research Center (IRC), also known as “The Ship,” is intended to serve as a new beacon for innovation and water studies in Rotterdam South.
Urban analysis and proposal
Existing situation - Sluisjesdijk / Waalhaven District
Proposed demolish buildings
Relevant and striking elements to preserve
Proposed Masterplan - Nolli plan
Proposed program placement and distribution
space + Masterplan + Repurposed/ Preserved existing buildings
Uses + Buildings + Urban fabric composition
PHASE 1 -
PEDESTRIAN MOBILITY
Playgrounds/Freeflow/Universal accesibility/Pets
PUBLIC MOBILITY
Tram/ Bus/Metro
PRIVATE MOBILITY
Trucks/Cars
MOBILITY INFRASTRUCTURE
Cars parking/Public transport stops
BIKE LANES
INDUSTRIAL HERITAGE
Waterplant/Old facilities/Striking buildings
EQUIPMENT
Cultural/Educational/Business/Housing
ACTIVITIES
Parks/Recreation/Sports/Civic Life
WATERWORKS
Harbour/Protection
SCIENCE FACILITIES
Innovation/Labs/Co-working
RETAIL
Shops/Book stores/
ICONIC EQUIPMENT
Maritime museum/Park Theater
The Ship image of the campus
THE LINE
THE VEIL
THE VESSEL
The campus layout is defined by three key elements: a boundary, referred to as the “LINE,” which establishes the limits between public and private spaces; a tower that houses the main labs and research facilities, serving as the iconic central structure called the “VEIL”; and a hybrid building that repurposes an existing shed, called the “VESSEL,” which hosts the primary labs and experimental areas for the leading university. Together, these elements form the technological campus known as “The Ship.”
Sequential / Continuous Fluid / Subdivided
Geometric / Linear
Macroform
Offices / Educational / Cultural
Modular / Frame
Multiple / Truss / Frame
Offices / Educational / Experimental
Main section - Project manifesto and technology
the
Line the Veil
Water collection gutters
Experimental pools
Co - Working
Ceramic cladding
Aluminum shading
the Vessel
Solar panels
Machines and engine room
Ground floor plan
Campus layout, public space and program idea
Campus main access - Tower relation with ground and boundaries
Building Expression - The “Vessel”
The Vessel and square public space
The Line and public garden “the marsh”
a communicational machine
neuron.
Campus Hönggerberg - ETH, Zurich
The project includes a new extension of the ETH University Hönggerberg campus, as part of the Masterplan 2040. The interior layout is designed to offer a flexible and adaptable space that can accommodate the current and future needs of research groups at ETH. The extension includes multipurpose areas for students, a museum, exhibition spaces, event spaces, a restaurant, and commercial areas.
Main Section - Project manifesto
First level floor plan
Second level floor plan
Third level floor plan
Fourth level floor plan
Schemes and technology
Ground floor scheme
Public space relation
Volumetric Expression
Project scheme
Access - Reflective faccade and cantilever
Public space - Campus relation
Auditorium -Suspended volume
Tower - Museum spaces
a collaborative extension
cinifabrique.
Cinisello-Balsamo, Milano
Driven by the desire to create an open yet structured space, we designed an area divided into multiple levels, all connected by a single structural grid. The concept is to establish a shared space divided into distinct blocks, interconnected by a central stairwell and elevator that provide access to each floor. This structural grid has enabled us to create a clear framework within which we can develop the various functions of the space.
Main section - Project manifesto
Public Access - Interior - Shop and Exposition hall
Interior study and cowork area
Lounge area and circulation core
Lounge area spaciality
a hidden public space
anti-amphiteater.
The selected ravine is the summary of every kind of interior view with all the social, connection, infrastructure and views problems, so it represents an internal catalogue of problems that could be used as a reference strategy for the global master plan through Valparaiso city.
Montedónico, Valparaiso
RAVINES
Urban and landscape analysis
IDEA CONCEPT
Operative topography based on the ravine morphology
Isolated intervention - program and additions
Intervention on site - Existing + proposed public park
