WeUni docsity Logo
Bachelor's Degree
Master's Degree
Doctoral Degrees
Online
Main fields of study

Master of Science in Advanced Architectural Design

Columbia University Graduate School of Architecture, Planning and Preservation (GSAPP)


Location

United States of America (USA)

Course language

English

Study Fields

Engineering, Architecture

Degree

Master of Science (MSc)

Tuition Fee

Request info

Program Description

The Master of Science degree in Advanced Architectural Design is a three-semester program aimed at providing outstanding young professionals—who already hold a Bachelor of Architecture or Master of Architecture—the opportunity to conceptualize design as a critical practice that shapes the world’s technological, relational, and environmental evolutions. The program is viewed as a framework for exploring both academic and professional concerns through a set of inquiries and premises: architecture and its design practices are critical in addressing contemporary challenges; architectural specificity is the result of transdisciplinary cooperation; architecture’s future agency lies in the discipline’s capacity to mobilize realities across different scales and time frames.

These ideas are explored through innovations in representational tools and the embrace of new probationary artifacts, inviting students to shift away from the specialized mastery of specific scales towards methods of “interscalarity.” By aligning new models of response to new architectural modes of practice, the Master of Science in Advanced Architectural Design program strives to empower graduating students in the face of unknown future scenarios.

About the School

Today—in full recognition of the entangled future of our cities, buildings, environments, and livelihoods—GSAPP’s commitment to engaging the crucial issues of our time across all of the scales of the built environment is stronger than ever. From climate change’s total recasting of the foundations of architecture to the radical transformations that data and technology are effecting across country and city, and from the alarming shortage of affordable housing to the increasing migration of people across national boundaries, the built environment sits at the heart of every challenge and opportunity facing the planet today.

Central to the capacity to engage the seemingly disparate yet increasingly interconnected forces shaping the world is the question of scale: should climate change be considered at the scale of infrastructure and territory or should it be engaged at the scale of the building and the materials that constitute it? Should we evaluate a material’s environmental footprint on the basis of its formed state or should we consider its entire lifecycle and embodied energy as a temporal scalar measure? To these “this or that” questions, the school responds “both/and”: that we must think and design relationally, across spatial and temporal scales.

Taken together, GSAPP’s programs are doing exactly that. They are engaging and speculating on the past, present, and future of the built environment—not as disparate approaches to the investigation of the built world but as a single and simultaneous practice. GSAPP is dedicated to pushing the limits of its various disciplines today and to exploring new Scales of Engagement: to reconnecting the scale of a brick to that of a building, a city, or a territory; to making visible the vast resources and interdependencies mobilized by the design and building of each of these scales; and to collapsing the immediate scale of our lived human experience with the scale of geological transformation, which climate change has already begun to do for us.

GSAPP has, over the past five years, put forth new forms of pedagogy, new kinds of research, and new approaches to practice through the varied, critical, sometimes messy but always ebullient production that makes GSAPP the urban condenser of ideas it strives to be. Dedicated to the exploration of new Scales of Engagement, the School aspires to inspire and to foster an open and generous intellectual environment in which each one of us is invited to think, design, and practice new forms of collectivity and collaboration, new experiences and material realities, and new productive intersections and exchanges between the disciplines and practices of the built environment—all with the aim to generate a more equitable, sustainable, and creative future.

Similar programs

M.S.Civil Engineering

NYU Tandon School of Engineering

logo NYU Tandon School of Engineering

United States of America (USA)

Engineering

Master of Science (MSc)


English

1 Year

Find out more

M.S. Financial Engineering

NYU Tandon School of Engineering

logo NYU Tandon School of Engineering

United States of America (USA)

Engineering, Finance

Master of Science (MSc)


English

1 Year

Find out more

MSc in Engineering (Aeronautical)

Wrexham Glyndwr University

logo Wrexham Glyndwr University

United Kingdom

Engineering, Aerospace Engineering

Master of Science (MSc)


English

1 Year

Find out more

MSc in Engineering (Electrical & Electronic)

Wrexham Glyndwr University

logo Wrexham Glyndwr University

United Kingdom

Engineering, Electrical Engineering, Computer Science

Master of Science (MSc)


English

1 Year

Find out more