Registration deadline is 16th of April 2020
Number of students: 20 – 30 students
Official language: English
Credit hours: 60 CR.
Duration: One year of 1180 total hours; 600 for courses and laboratories
+ 480 for internship + 100 for Final project
Place: 9 months in Sapienza University of Rome - Faculty of Engineering
and 3 months Internship outside the university
Professors and Tutors from AA - London,politecnico di Milano-
Italy,Sapienza university of Rome-Italy, SAS-UNICAM-Italy,AUC
- Egypt
Fees: For EU students_ 4600 Euros. For Non EU students_ 7200 Euros.
relative outcomes:
www.daadgroup.org - www.arch-algorithm.com
- www.drawing4design.com
- www.fabfactory.it
Computational technology in Architectural Design is rapidly developed. It provides strong capabilities to change life mechanism and the way we act, think, communicate and interact in real life. The goal of this M.ARCH to provide students with a new digital paradigm in design and architecture, and make them able to gain practical experience on future trends of computational architecture, generative design, algorithmic analysis, design optimization, digital fabrication and smart kinetic systems. As they merge the fields of art, architecture, engineering, communications, sustainability and technology. Students will learn how architecture can be controlled and driven by parameters. It transforms itself in response to the constant change of algorithmic functions and logics. The Master program allows students to develop skills on computational design under Grasshopper3D and Rhino 3D software environment. According to the parametric design strategy, the Architectural forms should not be superimposed, where an overview of building science and control techniques will be provided to link form and performance. Students will also gain insight on what computer tools are available in practice to assess various measures during the design process of built environments.
The master program is based on advanced computational approach that enables designers and architects to overcome the imposition of prefixed architectural forms in order to enhance performance-driven design. Intensive lectures and tutorials on parametric design simulation, generative algorithms, form finding, analyzing, optimization, intelligent facades and digital fabrication prototyping, all integrated together in six main modules followed by internship and final application for each student.
In the beginning of the school, digital and parametric modelling will be introduced to build the necessary skills of parametric generative form methods to students. Students will focus on the idea of creating algorithmic architectural form driven by initial parameters and inspired by nature. This module will be supported by a series of lectures and tutorials.
During this module, advanced algorithms on parametric modelling will be provided with focus on form finding techniques, visualizations, and parametric scripting. In order to build advanced skills of problem solving using programing to students. Students will focus on the idea of parametric design optimization.
Intelligent facades and application of kinetic systems will be the focus of this module. Students will learn how architecture can transform itself in response to the constant change of surrounding environment and human actions. Intensive tutorials will be provided with an overview of building science and mechanical control techniques to support kinetic performance. Students will work with Arduino, algorithms and sensors able to recognize and respond to human attitudes and environmental adaptation. Students will engage digital virtual world with real environment in their final the application. They will understand factors relationships, involving environmental and human sensors, and optimizing their projects solutions in smart and inelegance way.
It is an experimental laboratory in which Digital fabrication for Architectural physical models are prepared, tested and fabricated in technical support way. Students will develop novel solutions, creative architectural forms design and fabrication upon learning intensively the parametric fabrication systems. Tutorials on varies fabrication software will be provided in order to design and fabricate their own prototypes.
In this module, student should choose one topic under the theme of parametric design optimization such as (kinetic, structural, environmental ...etc.) As a final topic of his/her final M.ARCH application project. By self-learning supported with supervision of professors, students will start his/her own application, testing and finalizing the project. He will be free to choose the application site and the scale of the project.
Student should complete 480 for internship on the topic he/she has chosen for final application. The internship can be in private company, design studio, fab lab or in European university. The internship should be related to the final master application project. After the internship, students will start finishing their applications and prepare themselves to M.ARCH graduation jury.
In parallel to previous modules, academic English writing and research methodology modules will be provided to students in order to write their final application report in academic way according to the international research format. In addition, free Italian course will be offered to international students during the master program.
After the internship, all students are required to work and finalize their application project under the supervision of professors. Final jury of projects will be on the first week of October 2021 followed by the graduation ceremony and certificates distribution.
ARTURO TEDESCHI
Arturo Tedeschi is a computational design specialist with more of ten years of experience in the avant-garde segment of architecture and industrial design. He works as a consultant for leading companies, providing services and training to all industries facing challenges related to complex geometry. His longtime research on algorithmic design and parametric modeling is culminated with the publication of the reference books "AAD Algorithms-Aided Design" and "Parametric Architecture with Grasshopper". He taught and was an invited speaker at Politecnico di Milano, Iuav, The University of Sydney, Dubai Institute of Designand Innovation, University of Edinburgh, AA School, UARC, ControlMAD.
Aaron Brakke
Architect and designer who is based in the United States and is an Assistant Professor of Architecture at the University of Illinois Urbana Champaign where he directs ILIAD Lab. He is Founder and Director of Design at Whiteknee. He graduated with a post-professional degree in Architecture (MArch II) Ball State University. Early in his career, he inhabited Arcosanti and dialogued with the visionary architect Paolo Soleri. He worked with several avant-garde architecture firms in New York such as; Joseph Giovannini and Archi–tectonics (Winka Dubbeldam). Prior to taking his current position, he was a Professor of Architecture at the Universidad Piloto de Colombia. He founded the Center of Innovation, which blends digital fabrication machinery with tools for Simulation and Visualization (VR and Augmented Reality). The technological innovation of his research is applied to participatory design projects with communities in both the urban periphery of Bogota and rural zones of Colombia who have been afflicted by conflict. ILIAD Lab is interested in understanding how co-creation can have agency and resonating impact.
ALESSANDRO ZAMPIERI
He specializes in the development of sustainable products, the first work experiences consolidate this background with the collaboration in design studies and environmental consultancy, while continuing to nourish the most creative aspects of his personality, during experiences abroad and collaborations with design studios, makerspace, it carries on in parallel the work experience in the "environmental industry" field by coming into contact with various waste management company and the related matters. He became co-founder of the Roma Makers network and the first fablab in. He deals with training and dissemination in the field of digital manufacturing and is Co-founder of Fabfactory in which he brings the eclectic professional experiences gained in previous years, in design, business consultancy and in the environmental field. Today Fabfactory offers exclusive digital manufacturing and design services. Every day he invents, discovers, and creates solutions to meet the needs of his customers, with an approach aimed at constant experimentation and research in an endless path.
MOSTAFA RABEA
Assistant professor at Faculty of Architecture, Design and Built Environment at Beirut Arab University – Tripoli Campus Lebanon. Holder of PhD in parametric design and Architecture from SAS-UNICAM-Italy in 2013. He got the 1st award and became the official curator and commissioner of Egyptian pavilion in Venice International Biennale of Architecture 2020. In 2017, He got the 1st award from United Nation Industrial development organization (UNIDO) for designing and executing urban family set in north Lebanon. Lecturer at Faculty of Architecture - MSA University-Egypt validated by Greenwich University-UK 2013 – 2015. He is the founder of Algorithm workshops that organized many international and national workshops and training to promote parametric design methodology in Architecture design since 2013. The organizer of Rome summer school at Sapienza University of Rome each summer since 2015.
Michele Calvano
architect, PhD in Architectural Representation (ssd ICAR/17), research fellow at the Department of Architecture and Design (DAD) of the Politecnico di Torino; specializes in mathematical and parametric modelling. He has written articles on Reverse Modeling, on the manufacture and design of shape, on the digital representation of architecture and urban space. He is the author of the book “Disegno digitale esplicito. Rappresentazioni responsive dell'architettura e della città”. He has been a lecturer at the Sapienza University of Rome, the Polytechnic of Milan and the University of Camerino in the design classes of the SAD. He is now a lecturer at the Politecnico di Torino in classes of Architecture and Design.
CHIRAG RANGHOLIA
Chirag is an architect, after being involved with investigating the inter-relation of Architecture with Society and Media during his formative education years at CEPT University, Ahmadabad, India. He furthered his interest through developing interdisciplinary skills of territorial, architectural and algorithmic designs at IAAC(Institute for Advanced Architecture of Catalonia), Barcelona, Spain, where he focused on computational design and emergent technologies, followed by expertise in digital tools and advanced manufacturing technologies by graduating Fab Academy (Course by MIT’s Center For Bits and Atoms) from FAB LAB Barcelona, Spain. Since 2014, He is a founding partner of Noumena; a multidisciplinary tech company implementing innovative solutions in the fields of Robotics, 3D printing, and Wearable Tech in Barcelona, Spain, followed by RESHAPE – digital craft community and NERO | Networking Environmental Robotics. He has also been a tutor at IAAC-Institute for Advanced Architecture of Catalonia(Spain), Fab Academy(Spain & Italy), CEPT(India), VMCA(India), TDV(India), BNCA(India). Now, he is also setting up D3LAB | Digital Design Dimensions in India curated by Noumena; an applied innovation design lab for architecture practice in India.
KAREEM ELSAYED
An Egyptian architect and Ph.D. in Architectural Engineering with international experience in Academia, design and construction. He has worked with Studio Fuksas, one of the most prominent studios of architecture in Italy and worldwide on a variety of prestigious international projects in the US, Australia, Italy and the Middle East. He currently holds the position of a senior architect with Tétris Design & Build, a French general contractor active in the fields of office, retail and hospitality fitouts. He took part in the renovation of the prestigious Marriot Hotel St Regis in the heart of the historical centre of Rome. He is a firm believer that advances in architectural practice are achievable through a precise balance between practice and research. He received his Ph.D. from the department of Civil, Building and Environmental Engineering in La Sapienza in 2017. His research interests include digital fabrication, parametric design, and low-cost housing. His thesis dealt with the adoption of digital fabrication and digital design for the construction of low-cost sustainable housing in developing countries.
ROBERTO COGNOLI
Architect. PhD candidate at the school of architecture and design SAAD Unicam – Ascoli Piceno. Postgraduate specialization student in Environmental Technological Design at Sapienza University of Rome, finalist at Archiprix International Chile 2019 with the master degree thesis Temporary City – the geography of waiting. Collaborate with Keio University – Japan in the project AAT- Digital fabrication for common people. Focuses his research in parametric design and digital fabrication.
ALY MAGDY
Architect, was awarded Erasmus plus scholarship for his masters in parametric design at Staffordshire University in the UK with the collaboration of Alexandria University in Egypt, researcher and teaching assistant at the American university in Cairo. In Addition to that, he participated in the AA Visiting School in Madrid in 2013. Also, he was involved in Algoritm as an assistant at the Rome summer school in 2016, and 2017 and 2019. Last but not least, he introduced the parametric design to multiple international universities and to the public at TedxYouth@Alexandria in 2016.
Abdel Ghani Safi
Architect and Computational Designer. Master degree in Parametric Design in Architecture with an emphasis on Active Bending Hybrid Structures at UPC,Universidad Politécnica de Cataluña. Master thesis in Asymptotics Gridshells: applications and analysis. Specialised in Architecture related technology, with an international experience in Digital Fabrication workshops using CNC, Robotic Arm and 3D printing. Currently Architect at MYAA, Mangera Yvars Architects in Barcelona and part-time student of Arduino programming and Coding languages.
THE Master program 2020/2021 will be organized by Faculty of Engineering – SAPIENZA UNIVERSITY OF ROME and Algorithm Workshops organization
You can register by completing the online application found in the end of this website (Apply Now) on MASTER IN COMPUTATIONAL ARCHITECTURE AND PARAMETRIC DESIGN OPTMIZATION. If you are not able to make an online application, send email to master@arch-algorithm.com for registration. Once you complete the online application, you will be registered to the 1st round of evaluation.
In case of being selected in round one, you will be contacted to send your CV, portfolio and a motivation letter in order to be evaluated for the second round. the board of the master program will evaluate your documents. if you are accepted, you will need to pay the fees by bank transfer.
The required fees is For EU students_ 4600 Euros. For Non EU students_ 7200 Euros, which includes all teaching materials, software kit, lectures kit, using equipment of laser cutting, cnc routers , and 3d printing, , and.The Fees don’t include flights or accommodation, but accommodation options can be advised. Students need to bring their own laptops.
This program is open to current Art, architecture and design students, masters, PhD candidates and young professionals. Software Requirements: basic knowledge of 2D and 3D modeling software.