ABOUT
I am an architect and freelancer, previously research assistant at the chair of Digital Building Technologies (DBT), Institute of Technology in Architecture (ITA) of ETH Zurich. My main interest lies on the field of computational design together with digital fabrication tools. My main work focuses around complex geometries, data-driven design and digital fabrication processes, with a particular focus on additive manufacturing. Currently researching on design methodologies and additive manufacturing for the fabrication of discrete concrete structures.
PROFESSIONAL
EDUCATION
Architect / Computational Designer, Wood-Skin, Milano, 2020
Researcher at DBT, Digital Building Technologies, ITA ETH, Zurich, 2017-2019
Assistant at NCCR ITA ETH, Zurich, 2017-2018
Noumena, Barcelona, 2016-2017
A+C Architetti , Milano, Summer 2015
Norconsult, Oslo, 2015
Studio Santagostino, Milano, 2013
Studio Cocozza, Milano, 2012
MAS Master of Advanced Studies, Digital fabrication and Architecture, ETHZ, ZURICH, 2017 – 2018
MArch, AHO Oslo school of Architecture, OSLO, 2014-2017
(Master Thesis on , Enconded Ecologied of the Venetian Lagoon, A data-driven multi scalar computational approach for dynamic environments)
IAAC Global Summer School, IAAC , BARCELONA, 2016
MArch Exchange Studies, UPC ETSAB, BARCELONA, 2015
BArch in Science of Architecture, Politecnico di Milano, MILANO, 2011-2014
( Bach. Thesis on , Pedestrian and Bycicle infrastructure in Copenhagen, Towards 2025 )
PUBLICATIONS
Jipa, Andrei & Giacomarra, Federico & Giesecke, Rena & Chousou, Georgia & Pacher, Matteo & Dillenburger, Benjamin & Lomaglio, Matteo & Leschok, Matthias. (2019). 3D-printed formwork for bespoke concrete stairs: from computational design to digital fabrication
Jipa, Andrei & Calvo Barentin, Cristian & Lydon, Gearoid & Rippmann, Matthias & Chousou, Georgia & Lomaglio, Matteo & Schlueter, Arno & Block, Philippe & Dillenburger, Benjamin. (2019). 3D-Printed Formwork for Integrated Funicular Concrete Slabs
Lomaglio, Matteo, (2017), Relating Systems Thinking and Design 2017, Encoded Ecologies of The Venetian Lagoon, A multi-scalar data-driven computational approach for dynamic environments
Hensel, M. U., & Sørensen, S. S. (2019). Performance-oriented architecture and urban design. FormAkademisk – Research Journal of Design and Design Education, 12(2), (Oslo Convergence Project in the article)
Oslo Convergence, Arkitektur N 2017, nr. 6, s. 84-85, XX. – 2017 – Språk: Norsk (bokmål)
EXPERIENCES / PRIZES
Atelier Robotics at Norman Foster Foundation, supporting 3D printing processes for building skins made of recycled plastic, 2019
Oslo Convergence, Prize for best Oslo research Project, (Kunnskap Oslo, best Oslo-forskning), Oslo municipality, 2017
Fremragende bruk av datagrafikk | Excellence in computer graphics, Graphisoft, Oslo Convergence Project 2016