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Maria Esnaola Cano

Lecturer

M.Arch, Columbia University Graduate School of Architecture, Planning and Preservation B.Arch, National Autonomous University of Mexico


María Esnaola is a registered Architect in Spain and Fulbright Scholar holding a Master’s of Science in Advanced Architectural Design and a Master’s of Advanced Architectural Research from The Graduate School of Architecture, Planning and Preservation of Columbia University. During this time, her work was recognized with the William Ware Prize, the Lucille Smyser Lowernfish Memorial Prize and the William Kinne Fellows Travelling Prize. Currently, she is teaching Design Studio at USC School of Architecture and has lectured at GSAPP (New York) and AAU (San Francisco) before. Since 2012 she has been a visiting juror at Columbia University, Pratt Institute, Sci-Arc, LAIAD and UCLA for final studio reviews. María is co-Founder of Knitknot Architects founded in 2013 in New York; an architectural practice based in the use of multi-layered experimental techniques and production processes networked in London, New York and Los Angeles. She has also worked as key Designer for internationally aclaimed architects such as Patxi Mangado or Rojo Fdz-Shaw in Spain for several international awarded projects.


 
Currently Teaching
  • 411
    Architectural Technology
    Architectural Technology
    Prerequisite(s): ARCH 313 Technology is presented not as a post-facto application enabling an architectural idea, but as one of many modes of concurrent thinking an architect must develop. This course promotes understanding the logics and details of construction technologies as they contribute to the production of architecture. Both conventions and experimentations in building assemblies will be studied to link technical considerations to design development. Focus on emerging technologies and concerns, along with proven techniques and means, will encourage awareness of all facets of constructional potentials. Students will learn fundamental detailing principles, and implement those principles in order to test through making. Possibilities and limitations of various constructional systems will be explored, with an eye towards seeing assembly systems as the nexus of various kinds of performance.
     
 
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