The Building Integration Workshop Series addresses building science and technology topics that influence the built environment for safe and healthy human occupation. BIW III focuses on the synthesis of building structure, construction, energy use, and ethical considerations. Students develop a complete architectural project, critical building sections, and construction details using Building Information Modeling and other tools.

This course offers a foundation in understanding climate and energy in buildings and cities, and teaches the tools to parametrically analyze, model, visualize and design for energy impacts. Starting from real energy in real buildings through physical and data exploration, the course then teaches parametric tools to propose interventions and analyze for performance. The course is open to students in both Architecture and Engineering.

Earth's ecosystems are unraveling at an unprecedented rate, threatening human wellbeing & posing substantial challenges to contemporary society. Designing sustainable practices, institutions, & technologies for a resource-constrained world is our greatest challenge. This integrated and interdisciplinary course prepares students to understand,innovate & lead the efforts necessary to engage in this task. Graduate course will have additional course requirements.

This studio course emphasizes conceptualization and synthesis of complex programs in contemporary contexts at multiple scales.Prerequisite: ARCH 3020

This is a studio based course on Architectural design thinking with a focus on creative approaches to analyzing and solving diverse problems.Prerequisite: ARCH 3070

Students pursue a semester long advanced design project. Prerequisite: ARCH 4010.

With a focus on the interplay between design methods and building practices through history, this course explores the fundamental tectonic principles that shape the work of architecture.

Topical offerings in architecture. For a one-page course description and recommended baseline academic experience, please be in touch with the faculty member or academic advisor. 

This comprehensive introduction to grasshopper also covers the spatial inventions of current design practice through case studies and demonstrations. Ideas and techniques such as variables, fields, transformations, attraction, data structures, and conditional logic will be explored in the first half of the semester. Mesh structures, grasshopper fabrication, analytic methods, and workflow for studio projects are the focus of the final six week.

A comprehensive hands-on course in three-dimensional computer aided design that ranges from beginning to advanced methods in geometrical modeling, macro programming, and visualization used in design related disciplines. The class explores approaches to design made possible through computer-based methods. Lectures and workshops provide a conceptual and applied framework, examine state-of-the-art techniques today,and speculate on future advances