Architecture Commons^™

Wine History Pavilion: Flow, Isaac J. Cameron

Architectural Engineering

The Wine History Pavilion has been designed using Integrated Project Delivery, a delivery approach that has been gaining popularity that involves the participation of multiple disciplines at every stage of design. For this group, that entails the participation of students from the departments of Architecture, Architectural Engineering, and Construction Management working in tandem to handle every facet of the design.

The goal of this project is to design a pavilion for the Wine History Project, who needed a display space to house a variety of exhibits showcasing artifacts relevant to the history of wine. The pavilion will originally be installed …

Interdisciplinary Studio Pavilion [Isp] 2019, Alex Beaubien

Construction Management

The Interdisciplinary Studio Pavilion 2019 was designed for students within architecture, architectural engineering, and construction management to be placed into eight interdisciplinary teams and design a pavilion that reflected the narrative for the Wine History Project of San Luis Obispo (the “WHP). Its curricula emphasized aesthetics; fabrication methods and techniques; ease of assembly, reassembly and transportability; and function. Deliverables for each team's structure focused on these curricula that required numerous design refinements and construction feasibility studies. This required each team member to contribute their respective knowledge about architecture, structural engineering, and construction to create a pavilion that fulfilled WHP’s goals. …

Interdisciplinary Studio Pavilion [Isp] 2019, Albert J. Gutierrez

Construction Management

Historically Cal Poly’s motto has been ‘Learn by Doing’ and the College of Architecture and Environmental Design (CAED) is one of the leading examples of this. Many students gain valuable hands-on and real-world experience through collaborative projects and assignments. Through this learn by doing philosophy and collaborative learning approach Cal Poly construction management, architecture and architectural engineering students worked together in 8 separate studio teams to design and construct a portable pavilion for the Wine History Project of San Luis Obispo County. Acting as a client they requested that we design a portable pavilion space that will be used to …

Intermodal Transit Terminal: Integrating The Future Of Transit Into The Urban Fabric, Guy Vigneau

Masters Theses

The very foundation of transportation relies on its ability to efficiently move people and goods through a transitional space. Transportation hubs are key to achieving this goal. However, many transit terminals are outdated or poorly designed to fit the needs of the modern world. At the core of this thesis are two overarching questions. First, how do we design intermodal transit terminals so that they successfully integrate into an existing urban fabric? Second, how do we design for innovative modes of transportation, such as hyperloop technology? This thesis explores how architectural design can recover existing transit connections within an urban …

Form Finding Architecture, Anna Eliza B. Sy

Architectural Engineering

More often than not an engineer takes an architects idea and tries to make it structural sound. However, an engineer can also use his or her analytical tools to determine the shape of a building. This is a portfolio of various exercise that explores using the load flow and internal forces of a structure to determine and improve its architecture. SAP2000 is the primary program used for analysis. The topics covered are: the Mueller Breslau Method, Trusses, Three-Hinged Arches, Castiglione’s Elementary School, Fisac's design for the Jorba Laboratories, and Otto's Institute for Lightweight Structures.

A Structural Approach To Architecture (With An Emphasis On Thin-Shell Forms), Ansel Man

Architectural Engineering

This portfolio includes various projects I have focused on throughout this quarter in ARCE 453 as well as a deep dive study into thin-concrete shells. The overall theme of the portfolio and of this class revolves around how we, as engineers and architects, can achieve a better balance between our two fields of study. I delve into how architecture can be approached from a structural, rational point of view; how a structure's form can be optimized by studying its funicular geometry; and ultimately, the irreplaceable importance of form when designing a structure.

Topology And Form Finding Via Genetic Algorithms, Michael Goldenberg, Nick Coburn

Architectural Engineering

The following presents an approach to early applications of the Galapagos program as a means to optimize structural forms. The process was conducted with Rhino’s Grasshopper program, the structural analysis plug-in, Karamba, and the genetic algorithm solver, Galapagos. This topological form finding process was based on flexible parameters that modified brace and column locations, and diaphragm size and positions.

This process worked by having Galapagos modify a parametric model which had initial randomly generated variables for the genomes. After structural analysis, Galapagos was tasked with changing the form in order to minimize overall displacement of the structure. Being an evolutionary …