Construction Engineering Commons^™

The Center For Centering Dome, Olek Piechaczek, Ryan M. Scharf

Architectural Engineering

The Center for Centering seeks to create a large-scale healing center, conducive to individual centering of the mind and body. This mobile installation provides a relaxing, enclosed space while still maintaining a connection to the outdoors. The clients liked the idea of having a pop-up installation that could be easily set up as a touring display. With a deadline for installation looming in June 2022, a team of students had five months to design and manufacture the structure.

In winter 2022, the students developed custom geometry to minimize the number of individual parts and built a ¼ scale model of …

Center For Centering: Analysis Of A Modular Timber Dome, Lucas J. Brown

Architectural Engineering

Analysis of a modular timber dome with focus on inductive, sensory, social, and environmental aspects.

Development Of The Human Scale Twelve-Node Model, Tebrez W. Khan

Architectural Engineering

The attempted creation of a full-scale twelve-node model made of PVC pipe and golf balls. Intended use of the structure was for students to tactically learn from the model.

The Nolan House, Keiko-Ann K. Sanders, Gilbert C. Munoz, Michael A. Bahr, Titas Kalvalnis

Architectural Engineering

As a precedent, The Green Team analyzed the history of glass architecture, literature, and culture. Based on our research, we found that glass is often depicted as breakable, delicate, and a way to expose or display aspects that would otherwise be hidden. We challenged ourselves to incorporate safety and privacy into our glass house as a way to combat the pre-existing notions of glass in architecture.

Reconceptualizing Mies' Glass House, Araceli Avelar, Armando Castaneda Jr, Madison Lam, Ignatius Malari, Alejo Favero, Augusta Orlauskaite, Ella Gleason

Architectural Engineering

Our team used the glass house studio to explore class stratification, particularly using the glass as a reflection of class dichotomy in our society. The glass and Miesian design approach glorifies the clean cut, picture-perfect utopia only accessible to the wealthy few. But reality proves that there is more to this. As architects and engineers, we should strive to create environments that may uphold our values of equity and diversity and ultimately serve all sectors of society.

Take Heart School, Quentin John Porter

Architectural Engineering

Journeyman International, also known as JI, is a non-profit organization that groups together design and construction students with organizations looking to build humanitarian projects around the world. This pairing is beneficial for both the organization because they get free design and construction expertise, as well as for the students who get real-world experience. The Take Heart School is a planned school and grounds for the region of Migori Kenya. Take Heart Africa is a fair trade store with all profits going to help the impoverished communities of Kenya. The three-acre site will have a school with eight classrooms, offices, a …

Tanzanian Concrete Masonry Walls, Edward J. Kaminski

Architectural Engineering

Walls that replicate masonry walls used in Tanzania are constructed and tested. The results from testing was compared with the respective predictions made using code guidelines from ASCE 7 and TMS 402.

Wine History Project Pavilion, Douglas Mcarthur

Architectural Engineering

The Wine History Pavilion Project is a continuing endeavor of Cal Poly students working on an exhibitive, traveling structure for the San Luis Obispo community. The project started during the 2019 Fall Quarter in the interdisciplinary Integrated Project Delivery (IPD) Studio and has progressed to the detailed design stage for its eventual fabrication and installation. This report discusses the detailed design stage that 4th year Architectural Engineering student, Douglas McArthur, worked on.

Timber-Strong Design Build Senior Project, Corbin S. Morisada

Architectural Engineering

The 2019 Timber-Strong Design Build Competition was developed by the American Wood Council, Simpson Strong-Tie Company Inc, and APA - The Engineered Wood Association to cultivate timber design, building, and sustainability experience for students. Participating students gained exposure to performance analysis, construction management, building practices, and project bid preparation while practicing as a design construction firm. In the process of this hands-on experience, students were expected to procure all building materials and tools themselves.

The Timber Strong senior project consisted of participating in the Timber-Strong competition, then re-purposing the structure for use as a playhouse in a pre-school. The intent …

Investigation Of Grout - A Comparison Of Standard Grout Mix To Self-Consolidating Grout Mix, Rachel Garcia Chandler

Architectural Engineering

Masonry is a major structural material for low rise buildings, however the design of masonry buildings is rarely taught as a formal course at most universities. As part of the educational experience and to become familiar with the specifications and testing procedures for grouted masonry, a student run experiment on varying the water to cement ratio of masonry grout was conducted. The purpose is to report on the effects of changing the water-to-cement (W/C) ratios in a standard grout mix. The typical W/C ratio is approximately 0.80:1.00. In order to show the effects of increasing water in a grout mix, …

Pedestrian Bridge In Tanzania, Maja Sagaser, Karina Rosales

Architectural Engineering

This senior project originated to address the need of the community of Same, Tanzania. There is a deep and wide ravine which floods, making the path many adults and children take to the Majevu Primary School increasingly difficult and dangerous. This report encapsulates all of the steps taken to complete an approved final design for a footbridge to be constructed over this ravine. It includes the project overview, the architectural and structural design process, as well as the important considerations. There are also structural drawings that include plans, elevations, and details.

Bridge House Restoration, Adam Mcpherson Pruitt, Ben Christopher Sykes, Samantha Sophia Solow, Christopher Ryan Levy, Severin Bechtel Elste

Architectural Engineering

Bridge House was severely neglected for years since its creation. Our team’s primary objective was to rejuvenate the structure and once again make it a priority destination for the public when visiting the Experimental Structures Laboratory. With this goal in mind, we replaced the plywood barricades with guard railings designed and fabricated by the team to complement those installed on the structure by the previous group. With the elimination of the plywood barricades, the Bridge House could once again be a sense of pride in the rich historical landscape of our Cal Poly community.

In addition, our team hoped to …

Clt Shearwall Dovetail Connection, Alexander Eduardo Esser, August Messano

Architectural Engineering

As cross-laminated timber has become an increasingly popular construction material, its use as a shear wall element has also demanded attention. Primary obstructions to the use of CLT shear walls have been the lack of an economic connection type that does not compromise the structural integrity and has the robustness that CLT shear wall panels deserve. Dovetail connections provide a great option for the connection of CLT shear walls. With more experimentation, the optimal dovetail geometry can be further developed. The small-scale testing done in conjunction with this report proved that very deep pins and tails will result in bearing …

Poly Canyon Entryway Redesign, Antonio Emiliano Baldazo

Architectural Engineering

Persistence of Vision investigates the relationship between past, present, and future perceptions of place in the Poly Canyon area. Persistence of Vision takes up the Cal Poly mantra of “learn by doing,” and explores its pedagogical value by engaging with theory, design, engineering and implementation. This project is manifest in the form of a series of signs in the so-called “architectural graveyard” area; with an eye towards changing the name, perceptions, and narratives about this place. This project hopes to create a recognition within the minds of students that this place is, and was intended to be, a place for …

Poly Canyon Observation Deck, Sitora Vaxidova, Emir Kuljancic

Architectural Engineering

Poly Canyon Observation Platform is a proposed CM/ARCE interdisciplinary senior project with a goal of providing an observation point/rest stop for hikers and bikers. The platform has a shaded cover and seating area overlooking Poly Canyon for a rewarding experience after a long trek out to the lookout point.

Transcend: A Thin-Shell Japanese Onsen Experience, James Douglas Blanchard, Nicholas Michael Horaney, Hunter Thomas Mosier, Lillian Cao, Cory Peterman

Architectural Engineering

This project is an interdisciplinary architectural design of a funicular Japanese onsen utilizing the compressive strength of thin-shell concrete. A section of this project was also built to scale on the Cal Poly campus in the Architectural Engineering department's High Bay facility. This project was designed utilizing Rhinoceros and analyzed using SAP 2000 19.

Mt. Carmel Shade Structure, Sonny Moraga, Adam Maclean, Julian Reyes, Christopher Carter

Architectural Engineering

The Mt. Carmel Shade Structure incorporated the efforts of students practicing Architectural Engineering and Construction Management disciplines. The project consisted of designing, engineering and constructing a steel frame structure for the benefit of Mt. Carmel Church and its associated preschool.

Shrinkage Cracking In Concrete Tilt-Up Construction, Stewart Hooks, Jack Robinson

Architectural Engineering

The purpose of this project is to investigate a particular, undesirable cracking pattern in concrete tilt-up panels that, until now, did not have a known definite cause. The cause of this cracking pattern is hypothesized to be due to shrinkage restraint of the concrete panels. The cracking under investigation occurs at the bottom corners of the Tilt-Up panels, suggesting that the base of the panel is restrained from shrinkage. This project models various components of Tilt-Up Construction that have potential for restraining the panels from shrinking. This project consists of the following main components.

The first aspect of this project …

Mt Carmel Shade Structure, Julian Reyes, Sonny Moraga, Adam Maclean, Christopher Carter

Architectural Engineering

A team of for students designed and constructed a shade structure for a local church and day care center. The group was responsible for developing a design which addressed the needs of the congregation as well as the needs of the toddler day care center. The team developed a steel framed scheme with a panelized metal roof which provided a long lasting solution and minimal maintenance costs.

Modular House Revival, Kevin Chiang, Spencer Dilley, Sarah Dowthwaite, Trevor Houghton, Ryan Lefebvre, Michele Leung, Cameron Lober, Chris Martinez, Katie Mayer

Architectural Engineering

The Modular House, located in Poly Canyon, has seen extensive damage since the last caretaker left nearly ten years ago. To prevent further damage and improve the safety and appeal of the structure, we are proposing a renovation of the existing building that removes the existing cladding and partitions. By the end of Spring Quarter 2017, the Modular House will have a guardrail system replacing the wood paneling on the walls and a new steel composite deck to replace the current flooring system. The structural steel framing system will remain as is.

Clothedral, Jacob T. Holmes, Andres Munoz, Sam Tenreiro Theis, Marta Blachowicz

Architectural Engineering

No abstract provided.

Case Study: Epoch Estate Wines Production Facility, Kevin Christopher Marx

Architectural Engineering

The project will be a case study performed on Epoch Estate Wines Production Facility in Templeton California. The building is a cut and cover project which was designed to hug the existing oak trees on site. The building serves as a capstone to the Architectural Engineering curriculum because it seamlessly combines the four main structural building materials: steel, concrete, masonry and timber, while also including every lateral force resisting system into one succinct project. During the design of the project, meetings with the architecture of record and client representative occurred where discussion about design procedure and client’s needs took place. …

Construction Training Facility (Essu Philippines), Omar Ramirez

Architectural Engineering

The purpose of this project was to work hand in hand with engineers and construction managers from the non-profit organization Build Change in order to construct a training facility in the Philippines. The training facility would educate the locals how to build safer structures that would be more effective during earthquakes.

The focus of this report is to elaborate on the process of the project, the difficulties encountered, and the benefits of the overall project when completed.

Exploring Emerging Technologies For The Built Environment Circa 2015 For Use In Architectural Engineering And Related Majors, Connor J. Hanlon

Architectural Engineering

For this senior project I am seeking to combine my knowledge of Structural Engineering with Construction Management. For this task, I have decided to look at Building Information Modeling (BIM). In this project I investigate the BIM tools Trimble Tekla Structures and Autodesk Navis- works Manage. Tekla is a modeling, fabrication, and design program. Navisworks is a visualiza- tion and Clash Detection tool. For this project I have identiÅied two main goals relating to Navis- works and Tekla:

1. Create content to allow students and professors learn how to use Tekla and Navisworks

2. Determine the capabilities of these softwares, and Åigure …

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Cal Poly Brocade Challenge 2013, Chandler Morehardt, Alexa Coburn, Juan Silva, Kerry Sun, Greg Wang, Raul Chagoya, Jd Torres

Architectural Engineering

No abstract provided.

Structural Engineering Students For Haiti: A Student-Run, Student-Initiated Organization For The Benefit Of The Haitian People, Andrew Jimenez, Alex Daddow

Architectural Engineering

On August 2nd 2012, a group of 10 students from Cal Poly, San Luis Obispo traveled to Léogâne, Haiti to construct a bell tower for the Saint Rose de Lima Parish. The trip consisted of four days of construction, and three days of touring. The seven days in Haiti were a result of three months of planning by a student-run, student-initiated group called Structural Engineering Students for Haiti, or SESH. The following report documents the planning, execution and lessons learned from this trip. The planning included everything from fund raising to disease prevention. The trip was successful because the bell …