ARCHITECTURAL PORTFOLIO ASHLEY M SNEAD
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My Dream... My undergrad education was significantly different than most architecture students. I chose to pursue a dual major in Architectural Engineering Technology (AET) and Construction Management (CM) instead of the traditional route of architecture. To me, the construction industry is broken down into three sections: design, engineering and construction. Although each is vitally important to the others, they act as if they are separated from one another. Each section speaks a different language and has different priorities and, often times, they blame each other for the shortcomings associated with a project. It is the unfortunate reality of our industry. At the University of Cincinnati (UC), I found a department that wanted to bridge the gap between the three different sections. They did this by creating a comprehensive curriculum that branched out past the typical boundaries associated with each section. CM students were required to take drawing and design classes while completing a rigorous set of structural engineering courses in addition to their standard construction management coursework. AET students were required to take courses in construction estimating, scheduling, structural engineering and architecture. These two programs were designed with the simple understanding that the more you know about the industry as a whole, the better you will be at developing solutions, mitigating risk and overcoming error. This philosophy stood out and made sense to me. At the time, it was different than anything else I had heard from any other college visits I had gone on. Couple that with a co-op program that allowed for seven full quarters of real-world work experience and I knew I found my fit. Now that I have graduated and am working toward my MArch at Miami University, I am able to use that technical knowledge and apply it to my design work. For most of my undergrad, I never considered myself a designer. I always referred to myself as an engineer who could do design work. In my senior year, that changed. My dream is to become an Architect and, as an Architect, I want to produce work that is truly exceptional. I want to push the boundaries and be able to re-imagine and re-design new and better solutions to the problems that face our cities and communities that most people turn a blind eye to. I want to develop solutions that are better than the sum of the parts. I don’t want to be known for what NOT to do with a building, but rather what TO do with a building. I truly believe that a great work of architecture can be as functional as it is innovative. Although I have worked for four years as both a full time and a part time co-op student, this portfolio, unfortunately, cannot display any of the work that I have done. During my time with The United States General Services Administration (GSA), I was a Project Manager who worked on Federal construction and interior renovation projects throughout the State of Ohio. My responsibilities included whole project design, the creation of Government Cost Estimates and full solicitation packets that included a scope of work and construction document sets. I was also responsible for negotiating bids, holding preconstruction meetings, approving submittals, inspecting work and approving pay applications, as well as overseeing the full project management and day-to-day construction. I held my Contracting Officers Technical Representative Certification within the Government which legalized my role as an owner’s representative. Unfortunately, due to national security protocols, I cannot publish any work associated with the numerous projects I have personally designed and managed from initial concept through full construction competition. However, I would like to say that working for an agency that is the single largest land owner in the United States and manages a real estate portfolio valued at over $400 Billion, GSA has allowed me to grow and develop professionally in a way that I do not believe I would have been able to grow if I had worked in a small firm. I sincerely thank you for taking the time to look at my portfolio. Thank you,
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table of contents
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the (S)tatement
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the public library
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beach house
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design build competition
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learning center
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the art of prefabrication
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coffee shop
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art
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cv
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courses
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The (S)tatement
Lifestyle by Nordstrom
Nordstrom’s Commitment In store or online, wherever new opportunities arise — Nordstrom works relentlessly to give customers the most compelling shopping experience possible. The one constant? John W. Nordstrom’s founding philosophy: offer the customer the best possible service, selection, quality and value.
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601 Alumni Traveling Studio
Located in downtown Seattle, WA, near Nordstrom’s flagship store, The (S)tatement Tower will be the first step in the creation of the Nordstrom Lifestyle brand. This brand will introduce a new demographic to the infamous Nordstrom family. Pulling design inspiration from one of fashion’s most iconic pieces, the little black dress, the (S)tatement Tower is an eloquent contribution to the Seattle skyline. Incorporating a hotel, luxury residential condominiums, restaurants, cafÊs, retail, a grocery store, a movie theater, an art gallery and a rooftop bar, the (S)tatement creates an all-inclusive living experience for anyone visiting or living in the Emerald City.
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site analysis Seattle, WA
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Essential to the site is the views of the most important physical features of the city. To the Northwest sits the Seattle Space Needle which is the most iconic building in the city. To the Southeast sits the highest peak in the continental United States. Reaching the height of 14,411 feet, Mount Rainier is a prominent feature of the Seattle landscape. To round out the landscape, laying to the east of the site is Puget Sound. These interesting and unique collections of man-made and natural features are all equally important to the success of this project. Unfortunately, there are specific, existing buildings which at different heights block the view corridors to these features.
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zoning
property lines existing above ground parking garage existing surface parking lot existing alleyway
approved zoning ordinances
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- demolition of existing parking garage - FAR increase to 12 for the entire block - alley removal - demolition of surface parking lot - merging of both properties on the block to create one property
mass models In order to understand the full zoning and FAR requirements, we were first asked to create three mass models. When I was finished with this exercise, I felt like the masses that I came up with did not fully grasp the ideas of the client that I wanted to express. At this point I went back to the drawing board to look at the information that I found during my research.
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House of Brands, not a Branded House
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Nordstrom collects and assembles the best brands together in one place to allow their customers a broad selection of the best products available. In order to expand the house that they have assembled, independent “test” stores will be used to add new and exciting brands to the national Nordstrom line. Many of these brands are small, boutique stores that do not have the power or the resources to launch a national campaign, but that does not mean that the quality or the style is anything but extraordinary. These “test” stores will allow Nordstrom to analyze how marketable these smaller brands are to their clientele.
Fashion’s Iconic and Timeless Statement
Highly regarded as one of the most simple, yet beautiful pieces of clothing, the little black dress has been at the height of fashion for nearly 100 years since Coco Chanel first designed it in the 1920’s. Karl Lagerfield, head designer and creative director for Chanel and
“One is never over or under dressed with the little black dress.” The same is true the Italian fashion house Fendi, said
for the concept behind it. While being eloquent and beautiful, the true power is represented in its bold presence in the fashion industry.
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parti diagram
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After going back to the drawing board, I wanted to design a building that, at it’s core, reflected the essence of the little black dress. I wanted the words eloquent, beautiful and bold to be easily seen and portrayed at the heart of the building. I wanted this building to make a statement on the Seattle skyline. To the left are some of my original sketches of interior portions of the tower and the evolution of the parti into the building form. To the right is one of my original sketches of the tower.
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the (S)tatement
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Property Area = 74,243 S.F. Retail (4 Stories) FAR = 3.0 Allowable Total S.F. = 222,729 S.F. - F1 = 42,504 S.F. - F2 = 41,404 S.F. - F3 = 40,692 S.F. - F4 = 34,657 S.F. Actual Total S.F. = 159,257 S.F. Hotel (17 Stories) FAR = 3.0 Allowable Total S.F. = 222,729 S.F. - Average S.F. per Floor = 12,843 S.F. Actual Total S.F. = 218,332 S.F. Residential Condominium (30 Stories) FAR 6.0 Allowable Total S.F. = 445,458 S.F. - Average S.F. per Floor = 7,398 S.F. Actual Total S.F. = 221,959 S.F.
residential condominium
mechanical floors hotel
retail
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interior perspective
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skyline view
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exterior wall section
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the public library of Cincinnati and Hamilton County Architectural Capstone Studio Professor Eric Inglert + Mousa Gargari Duration: 1 Semester
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The Architectural Engineering Technology (AET) senior design studio is a three phase (architectural, structural and MEP) studio focused on developing a working DD level document set. Throughout the course of our senior year, two semesters, we individually design, develop, and create a full set of technical and presentation drawings for critique by Architects, Structural Engineers and Mechanical Engineers. The following portion of the portfolio only portrays work completed during the first semester or the architectural phase of this project.
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location Cincinnati, OH
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The Village of St. Bernard Eleven years ago, the Village of St. Bernard was on the verge of getting a long-awaited new and larger public library branch to replace its cramped, outdated one located two blocks south of the new proposed site. But today, the grassy rectangular site at the corner of McClellan Avenue and Vine Street remains vacant. Just before construction was to break ground, the Public Library of Cincinnati and Hamilton County put the project on indefinite hold when a drop in state income tax revenue caused serious funding cutbacks. Although the funding for the construction loan is in place, the anticipated increase in operating costs has put this project on hold. The new St. Bernard branch has been estimated to cost approximately $160,000 a year more to operate than the existing, one-room library on Tower Avenue. In order to combat the additional funding needed, it has been proposed that a private/public partnership be created to build a mixed-use library/office/cafe’ building. The revenue generated from the lease of the offices and cafe’ will be used to eliminate the increased operating cost associated with a larger building. This will eliminate the only barrier holding this project back from being developed and will finally give the residents of the Village of St. Bernard the library they have been dreaming about for over a decade.
st. bernard
cincinnati
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design process office
rentable office space on the top two floors increases the revenue stream of the building.
library
a two-story library allows for a much needed expansion for a growing community.
cafe’
a cafe’ within the library site throws a new twist into the traditional library experience.
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west elevation
south elevation
Because finances were the primary obstacle with the project, a full cost analysis was performed to determine the approximate square footage the building needed to be to create a revenue stream great enough to offset the additional operating cost. To the right is a portion of the financial analysis performed.
10 year financial analysis
east elevation
north elevation
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exterior perspective
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interior perspective - children’s library
interior perspective - 1st floor study lounge
interior perspective - 2nd floor stacks
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interior perspective
interior perspective
interior perspective
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interior perspective - 4th floor
interior perspective - 3rd floor open office
interior perspective - 3rd floor conference room
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Problems in Architecture 1 Studio Professor Afsaneh Ardehali Duration: 10 Weeks
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beach house 1000 S.F. energy efficient living
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design process water is everywhere
You see water, you use water, you experience water from the moment you rise every morning to the moment you retire in the evening. This project focused on capturing the essence of water in 2D and 3D forms by describing its various forms and qualities.
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The first phase of this project was to develop 3D space from 2D drawings. These drawings were created to express water’s unique characteristics. The 3D space was broken down into lines and planes. Two 6 in x 6 in foam board boxes were created to represent the lines using wire and the planes using paper.
Using a combination of the lines and planes in a 12 in x 12 in square box, the goal was to merge the seen and unseen qualities and characteristics. A short paragraph was used to describe the box: I am strong, yet free. I feel downward pull, but when I look up I feel uplifted. Everything is in natural harmony and flows from the floor to the sky as if they are one. I am chaos’ organization. The wire adds motion and the paper adds stability. I feel freedom when looking from the inside and contained when looking from the outside.
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location Siesta Key, FL
Up until this point, the focus was strictly on the design process. In the next phase, a location needed to be selected. The only guidance given was to make sure the selection was in a location we wanted to retire to one day. I selected the beautiful beaches in Siesta Key, FL. During critique, we were each asked to select a parti word that represented the last design box we developed. The word UPLIFTING described my box the best. A series of parti models were then developed based on the word.
Based on the criteria used in the U.S. Department of Energy Solar Decathlon Competition, the task was to design a 1000 S.F., energy efficient home. The principle concept had to directly incorporate the parti word selected from the previous phase.
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Exterior Night Perspective
Bubble Diagrams
Rendered Floor Plan
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Interior Perspective
uplifting
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Utilizing natural light, recyclable and renewable materials, and natural ventilation from the ocean breeze, this beach house is the dictionary definition of energy efficiency. Solar panels on the roof harvest the sun’s energy and provide consistent energy around the clock. Drilled piers and piles securely anchor the house in the deep sand.
energy efficient
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Exterior Perspective
The University of Cincinnati is a long-standing member of the prestigious Associated Schools of Construction (ASC) Region III. From October 17 - 20, 2012, the University of Cincinnati Design Build Competition team competed in the 9th consecutive regional ASC competition held in Chicago, IL. Sponsored by Turner Construction, Kiewit, Walsh Construction, McCarthy Construction, Pepper Construction and Barton Malow Construction Services, 249 students from twenty-seven colleges competed in the events of design-build, commercial, heavy civil/ highway, preconstruction and electrical projects. I was the team Captain of the University of Cincinnati 2012 Design Build Competition Team. Each team was comprised of six student competitors. Two weeks before the competition began, a problem overview was sent to each team. No other information was presented before the competition began. The 2012 project overview was as follows:
A private University located in the Midwestern United States is soliciting proposals for a design-build administration building. The design and construction budget for the project is currently undetermined. Flow, efficiency and implementation of Lean principles are of particular importance. Proposals are due at 11:00pm, Thursday, October 18, 2012. Each firm will submit two (2) paper copies and one (1) electronic copy in PDF format on CD or flash drive to McCarthy’s representative at the design-build room. The Design Build Team awarded this project will be responsible for the complete design, construction, budget adherence, schedule, and compliance with all building codes. The selected team will serve as a single source of responsibility for both design and construction. Proposing team’s should include a person or persons responsible for civil, architectural and MEP Design, Estimating / Preconstruction, Scheduling and Construction. 41
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Utilizing Revit 2013’s file share capability, multiple team members were able to create and develop the full Revit model in less than 18 hours. After the 18 hour competition, each team submitted a bid binder that was comprised of a construction line-item schedule, bid estimate, line-item estimate, project management plan, project safety plan, LEED Scorecard, LEED implementation plan, site logistics plan and a full schematic design document set including elevations, section views, floor plans and basic structural plans. Personally, I developed the site logistics plan, site development plan, landscaping, project management plan, design aesthetic detail description, and designed all MEP’s. I also helped develop the schedule and estimate as well.
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Images have not been altered or Photoshop’d following the end of the competition. This is to show the completed level of work submitted within the competition time limit.
Exterior Perspective
Exterior Perspective
Aerial Perspective
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learning center The University of Cincinnati Cincinnati, OH
Unfortunately, missing from the superb education facilities offered at the University of Cincinnati is a central learning center developed for the sole purpose of providing students a safe, efficient and productive place to study and meet with groups to work on class projects. Currently, the University relies completely on the individual colleges to provide study space within their respective buildings, but these facilities are unequipped to handle the current needs of the students. Often times, students can spend upwards of an hour looking for a place to study or meet to work on team projects. Quiet study rooms and computer labs are often full or prohibit the type of team interaction that is needed to complete a project adequately. In October 2012, the College of Engineering and Applied Science opened a new learning center within its buildings. Within a week, the learning center (comprised of group study rooms, meeting rooms, classrooms, and open study lounges) became inundated with students eager to use the facility. Students from other colleges began traveling to the College of Engineering and Applied Science to utilize the state-of-the-art facilities.
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location
The University of Cincinnati campus Langsom Library, the main library at the University of Cincinnati, sits atop a parking garage three stories above ground level. The proposed building will sit directly north of the Langsom library and will connect to it through an existing portion of the library that extrudes out past the face of the parking garage. Attached to the main library, the proposed site is located on Martin Luther King Jr. Blvd. In addition to the parking garage located under Langsom Library, a second parking garage sits directly to the east. Most street parking on the north side of campus is along MLK Jr. Blvd. Because of safety issues in the area, Clifton OH being one of the most dangerous areas in the country, this quick access to parking is critical to the function of the building by providing short walking distances for students who study at night.
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24 - hour computer labs The University 24-hour computer lab currently sits within Langsam library. By moving the computer lab into the learning center, Langsam will gain valuable space to expand its collection. Printers and computers will be more readily available to students in an optimal learning environment.
video conference rooms State-of-the-art video conference rooms will promote the University’s global learning objective by allowing students the ability to develop international connections and work on projects affecting other countries.
additional classrooms As the University expands and enrolls additional students, the construction of additional classrooms will help to alleviate the growing space shortage. In addition to helping reduce the classroom space shortage, the classrooms can be used for multiple functions including student group meetings.
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interior perspective
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interior perspective
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elevation view from MLK Jr. Blvd
elevation view from Woodside Drive
interior perspective
section view
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the future of architecture in a major city As population numbers continue to skyrocket and cities outgrow their capacity to adequately support standard transportation, today’s architects are challenged with redefining the use and capabilities of urban spaces. First used in Europe, the idea of prefabrication in the construction industry was developed as a means to adopt Six Sigma manufacturing principles into an industry that threw out half of all raw material purchased for a project. As construction companies started to implement Lean Construction ideology into their means and methods encyclopedias, the idea of prefabricating building components stemmed from the use of prefabricated concrete panels that provided a leaner, higher quality product at a reduced cost. Prefabrication has since spread into every building component imaginable. Utilizing advancements in Building Information Modeling (BIM) software, architects, engineers and contractors can design and assemble full structural, mechanical, electrical and plumbing plans that can prevent costly clashes among the trades. As a result, exact construction documents are created that allow the possibility of erecting a building using only prefabricated parts which is exactly what one company in the Hunan province in China is doing.
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In November 2012, Broad Sustainable Building Corporation announced that it was finishing preparations to break ground on a 220-story skyscraper that, when completed, will be the tallest building in the world. Located in the Chinese city of Changsha in the Hunan province, the Sky City tower, as it has been named, will edge out the Burj Khalifa by only 27 feet. What makes this announcement so important to the construction industry as a whole is that Sky City tower is planned to be erected in only 90 days and at a cost that is 10 times cheaper than the Burj Khalifa.
Standing 2,749 feet tall, Sky City will be constructed at an average rate of 5-stories per day. Utilizing advances in prefabrication, the sturdy modular style building is estimated to be comprised of 95% prefabricated building components that will be manufactured in multiple factories throughout the Hunan province. In total, the Sky City tower will use over 270,000 tons of steel that will make this mega skyscraper earthquake resistant up to 9.0 on the Richter Scale and will sustain a 3-hr fire rating throughout the building. Living up to the philosophy of Six Sigma, the Sky City tower will be leaner, cheaper, and safer to construct than any other mega high-rise designed to date. But, as the world becomes more population-dense, the ground breaking design idea that couples prefabrication and mega skyscrapers will help to reshape how we develop urban areas. At a cost of $1,500 per square meter ($134 per square foot), the Sky City is 10 times cheaper than the Burj Khalifa and is 9 times cheaper than the average cost per square foot of residential property in New York City. Developing a Sky City in a city like New York City could help to solve the current land problem facing our major cities and return cost of living prices to the standard in rural areas. But, where does architecture fit in with prefabrication? The Sky City is a prime example of functionality and feasibility severely outweighing aesthetic design. Sky City is a series of rectangles constructed like Legos. It has created a void of design that should be troubling to most architects. The question then becomes, how does an architect design an aesthetically intriguing facade that matches the grandeur of the project without sacrificing the feasibility and functionality that make prefabrication work?
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Utilizing a cylindrical core, the main portion of the tower is comprised of valuable commercial office space. Achieving an optical illusion, the fins extending from the top of the tower provide a much needed solar shield from irritating morning and evening sun but, from the ground looks like the tower is getting bigger as it goes up. In reality each floor has the same main footprint, thus optimizing the use of prefabricated MEP chases, bathrooms, corridors and exterior facades.
Taking advantage of the beautiful views associated with high rise structures, the hotel is thin and tall allowing every room to have a priceless view of New York City. The views will only heighten the experience visitors have of the city.
As the population increases, so do the number of public service buildings needed including hospitals, police stations, fire departments and federal buildings.
With a wide base structure spanning numerous floors and two semicircular residential spaces on opposite ends of the core building, lateral and moment forces caused by the wind at high altitudes are counteracted. Like the commercial office space located in the main core of the building, the residential space has the same footprint from floor to floor which will optimize prefabrication options.
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coffee shop Architectual Design 1 Studio Professor Mark Costello Duration: 5 weeks
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Hand Drafting - Exterior Perspective
location British Columbia, Canada
Located in British Columbia, Canada, Silver Star Ski Resort is a thriving ski destination. At mountain, lies a small resort town featuring eclectic shops and restaurants. Missing from town is an outdoor coffee shop that will allow skiers and snowboarders to literally ski into a steaming cup of joe. Located right next to the base of the mountain, the coffee shop will needed touchdown and meeting area for both locals and tourists.
the base of the the cozy tourist the shop to get provide a much
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East Elevation
South Elevation
Pedestrian Traffic Ski Lift Site
West Elevation
North Elevation
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art
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tension painting acrylic on canvas
drawings around campus hand drawing from photo pen on vellum (left)
strings hand drawing pen on cardstock (above)
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John Roebling Bridge Cincinnati, OH Photography (right) astronaut pastel on cardstock (top far left) Notre-Dame-du-Haut pencil on cardstock (middle far left) The (S)tatement marker + graphite on cardstock (left)
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The Capital Washington D.C. Photograhy
Yards Park bridge Washington D.C. Photography
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cv Education Miami University, Oxford OH
Candidate for Master of Architecture (MArch), June 2015
The University of Cincinnati, Cincinnati OH
Bachelor of Science, Architectural Engineering Technology, cum laude (First in Class) May 2013 Bachelor of Science, Construction Management, cum laude (Second in Class) May 2013
Work Experience Miami University, Oxford OH Graduate Assistant August 2013 - Present
-Responsible for tutoring students in Statics and Strengths of Materials (Undergraduate/Graduate Level), grading homework and quizzes, and preparing students for exams -Responsible for grading homework and essays for Modern and Contemporary Architecture (Undergraduate Level)
The United States General Services Administration, Cincinnati OH
Project Manager September 2009 - August 2013 (full time co-op terms + part time school terms = continuous employment) -Responsible for managing federal construction projects under prospectus level funding ($2.79 Million) -Responsible for interior retrofitting and renovation projects with corresponding construction document sets -Developing Government cost estimates, solicitation packets, and project schedules -Approving submittals, inspecting work and authorizing payment -Contracting Officer Technical Representative Certified -Managed over 70 projects including but not limited to security upgrades, finish upgrades, occupancy planning, MEP design, whole office build-outs
Technical Skills Autodesk Revit Architecture 2012-2014, Autodesk AutoCAD 2004-2014, Adobe Photoshop/Illustrator/InDesign CS6, Trimble Sketchup, Autodesk Navisworks Manage 2013, V-Ray for Sketchup, Primavera P3, Suretrack, Microsoft Project, RS Means Costworks (digital and print archives), Microsoft Office, hand drafting, sketching, painting
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Awards Received 08/2013 Miami University Graduate Assistantship + Graduate Scholarship 12/2012 University of Cincinnati - Engineer of the Month (January 2013) 10/2012 1st Place - Associated Schools of Construction Region 3 Design Build Competition - Chicago IL 2012/2011/2009 Spirit of Construction Foundation Award 04/2010 University of Cincinnati, College of Applied Science - Ambassador of the Year Award
Leadership + Extracurricular Activities 08/2013 - Present Miami University, Dean’s Advisory Council 08/2013 - Present Miami University, MArch student broomball team 04/2011 - 05/2013 University of Cincinnati, Design/Build Competition Team - Team Captain 06/2010 - 05/2013 University of Cincinnati, College of Engineering and Applied Science Tribunal - Executive Member/Homecoming Float Committee Chair 06/2011 - 05/2013 University of Cincinnati, Tau Alpha Pi National Honor Society - President, Vice President 06/2010 - 06/2011 University of Cincinnati, College of Engineering and Applied Science Ambassadors - Vice President 11/2008 - 03/2011 University of Cincinnati, College of Engineering and Applied Science Tribunal - Military Care Package Collection Organizer 2008 - 2013 University of Cincinnati, Student Women in Construction (SWIC) 2009 - 2013 University of Cincinnati, Construction Students Association (CSA)
Honor Societies Tau Alpha Pi National Honor Society College of Applied Science Honorary Golden Key International Honor Society Kappa Theta Epsilon National Co-op Honor Society College of Applied Science Honors Program National Society of Collegiate Scholars Phi Sigma Theta National Honor Society Alpha Lambda Delta National Honor Society
Guest Critique 12/12/2013 10/15/2013 08/01/2013 04/12/2013
University University University University
of of of of
Cincinnati, Cincinnati, Cincinnati, Cincinnati,
AET AET AET AET
Senior Capstone Final Review Senior Capstone Mid-term Review Problems in Architecture II Final Review Problems in Architecture I Final Review
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course studios and structural series Architectural Studio Sequence
Course Title Credit Hours Quarter/Semester
Graduate Level ARC 602 ARC 601
Construction Documents Studio Alumni Traveling Studio
6 - semester hrs 6 - semester hrs
Spring 2014 Fall 2013
Undergraduate Level 20ARTN5022 20ARTN5022 20ARTN420 20ARTN319 20ARTN318 32ARTN242 32ARTN241 32ARTN122 32ARTN121
Senior Capstone Project Senior Capstone Project Problems in Architecture 3 Problems in Architecture 2 Problems in Architecture 1 Architectural Design 2 Architectural Design 1 Construction Drawing 2 Construction Drawing 1
5 4 3 3 3 3 3 3 3
Spring 2013 Fall 2012 Winter 2012 Summer 2011 Winter 2011 Summer 2010 Winter 2010 Spring 2009 Winter 2009
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semester hrs semester hrs quarter hrs quarter hrs quarter hrs quarter hrs quarter hrs quarter hrs quarter hrs
Architectural History/Theory Sequence
Course Title Credit Hours Quarter/Semester
Graduate Level ARC 551 ARC 634
Contemporary Architectural Theory Architectural Theory
3 - semester hrs 3 - semester hrs
Spring 2014 Fall 2013
Undergraduate Level 11SAID2022 Architectural History 2 20ARTN183 Architectural History
3 – semester hrs 3 – quarter hrs
Fall 2012 Summer 2010
Structural Sequence
Course Title Credit Hours Quarter/Semester 20CVTN411 Structural System Lab 1 20CVTN401 Structural Systems 1 3 20CVTN324 Structures 4 Lab 1 20CVTN314 Structures 4 3 32CVTN323 Structures 3 Lab 1 32CVTN313 Structures 3 3 32CVTN222 Structures 2 Lab 1 32CVTN212 Structures 2 3 32CVTN223 Applied Structural Mechanics Lab 1 32CVTN213 Mechanics of Rigid Bodies 3 32BLTN107 Construction Materials 3
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quarter quarter quarter quarter quarter quarter quarter quarter quarter quarter quarter
hr Winter 2012 hrs Winter 2012 hr Winter 2011 hrs Winter 2011 hr Summer 2010 hrs Summer 2010 hr Winter 2010 hrs Winter 2010 hr Summer 2009 hrs Summer 2009 hrs Autumn 2008
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