Caleb Allion Portfolio

Caleb Allison

Introduction

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Personal Information

Academic Works

Cube

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Graduate School 1st Semester

Factor Health Club

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Graduate School 2nd Semester

Professional Works

Honors Memorial

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Football Training Facility

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Wall Hall Office

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I’m a car guy. Always have been and always will be. Growing up I always had a great passion for cars. I’ll admit that I’m seduced by the combination of beauty, power and speed. The way individual components work in tandem to create a fine-tuned machine solidified my interests in problem solving and working on complex projects. I decided that I wanted my career to be like building cars.

I chose an architect’s life so I could use my gifts of creative thinking and problem solving to help others. Sometimes I have to laugh at myself because even in my last year of Graduate School I still make references to the automotive industry when explaining different aspects of my work. It happened more times that any in my Historic Preservation Studio.

Working for Operations Division at Texas Tech has taught me the delicate art of balancing interdisciplinary collaboration in order to achieve project success. Hands-on experience has allowed me to find creative solutions to complex problems, expanded my insight into design, strengthened my management skills, and made me a true team player. Meeting with the contractors to analyze the construction documents was a large learning experience for me when I had the opportunity to work on the office remodel for Wall Hall Office. I was able to get a better understanding for exactly what they were looking for. In order to craft superior solutions for clients, Architects must pull from the resources of their fellow landscape architects, interior designers, and beyond.

Over the course of my academic career and my time at Engineering Services at Texas Tech, I have been able to apply my personal ideology to my architecture.

Creating architecture that operates like a fine oiled machine – physically, socially, culturally, technologically – is a standard I uphold for all my projects. I’ve learned that architecture is a vessel, much like the body of a car, in which a wealth of factors culminates together to produce a final physical product.

As an Eagle Scout, leadership was a large aspect of my life. Being in charge of an entire patrol gave me the tools to help others through difficult situations and problem solving. I will use my experience in architecture to help push my team to achieve set goals and go beyond the clients’ expectations. I will incorporate my leadership skills into my ultimate goal of becoming a licensed Architect and project manager. Together, we’ll run smoother than a fine tuned automobile.

Education

Awards & Recognition

December 2015 to December 2017

Eagle Scout Award VFW Scholarship Texas Home Owner Association Scholarship

January 2011 to December 2015

Organizations

Masters of Science in Architecture Texas Tech University

Bachelor of Science in Architecture Texas Tech University

December 2008 to December 2010 Associates of Applied Science South Plains College

December 2004 to December 2008 Highschool Diploma Brownfield High School

Work Experience Lead Surveying activities in untiliy placement and locating Accurately locate and flag utilities prior to and during costruction Generate and update utility maps and info on computer based software Create and maintain current floor plans of all buildings on campus Interpret blueprints and other design/construction documents Proviede engineering support and technical experties to contractors Create illustrations using computer-based softweare

American Institute of Architecture-Students Chapter Promote education, training and practice

Skills Revit AutoCad Adobe Photoshop Adobe Illustrator Rhinocerous Vray Word

Knowledge Grid & Layout Modeling Logo Design Managing Image Editing Negotiating Visualization Leadership Teamwork

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Cube

3 Integrative Design Studio 5

An exhibition space designed for live in resident artist was created from the research gathered at The Bonneville Salt Flats.

Behind the Design In Wendover, Nevada, we observed the ethereal landscape to be used as the base for the design of our project. The Salt Flats created a reflection in the thin layer of water that covered the flats. This illusion created a never ending horizon. In many instances among the salt flats, many different forms and voids were being created naturally. Looking closer, you can see different forms within the larger form as if the smaller forms were trying to get protection from the elements.

The translucent cube was used to help create a generic form within a generic place. Although the form has not changed, multiple environments on different layers were able to be created much like the thin fragile layers of salt found in the salt flats. Thin layers are created as the water within pools evaporate. Evaporating ponds are artificial ponds with very large surface areas that are designed to efficiently evaporate water by sunlight and exposure to the ambient temperatures. As these pools evaporate and layers are created, different spaces are created within the different layers.

Through out the trip in Utah, there was a constant locality of reflection everywhere. Although the box was transparent, it still has the reflective properties within the salt flats. With this being so common within the Bonneville Salt Flats, I decided incorporating it into my system would then create a reflection of the Salt Flats.

This idea was incorporated into the exhibition hall by pushing all of the structure to the perimeter of building and creating an entirely open, flexible floor plan. Evaporation pools found throughout Wendover were studied and the findings were used to create a facade, determine material finishes, and establish an overall atmosphere for the interior of the project.

After visiting the Salt Flats, a program was developed that consisted of a flexible building that could support exhibitions of any kind. The facility would be able to accommodate up to five artists and their families. Research gathered from the Salt Flats would be used to tailor a unique experience for guests who visited the exhibitions and the live-in residents. Creating ecosystems within ecosystems allowed for a more comfortable, usable space for the residence of the exhibition hall.

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Coverage

Hidden Spaces

Salt Layers

Evaporation Pools

Solid Salt Floor

Qualities like color, materials, texture, and lighting show the atmosphere of Salt Flats.

These characteristics were translated into architectual dialogue and used to create Cube3 Museum

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Cube3 Although the geometry was set in stone prior to the research in Nevada, the choice of materials and design were generated from the observations from the Salt Flats. Incorporating the evaporation pools into my façade was very important to me. Although the shape is simple and genetic like the form, the color variation from each pool is unique. At night, the layers of the interior glow with different intensities, making the “pools” in the façade come to life.

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Due to bracing of the buildings, lateral storey displacement, storey drift as well as axial force and bending moment in columns reduces to a remarkable level. Reduction in lateral displacement is a major advantage. Concentric (X)bracing is more effective in this case than Eccentric (V) bracing. Braced frames resist the wind and seismic forces, much more than non-braced buildings. Steel bracing is economical, easy to erect, occupies less space and has flexibility to design for meeting the required strength and stiffness.

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Curtain Wall Framing

Vertical Transportation

CRL Four Arm Heavy-Duty Post Mount Fitting Cap Mount Glass Attachment with Swivel Type Head

Sheet Metal Flashing and Trim Parapet Cap Galvanized Metal Flashing Structural Steel Framing

WEAR COURSE GRAVEL ROOFING MEMBRANE LIGHTWEIGHT CONCRETE INSOLATION Reinforced Concrete on Metal Decking

Structural Steel Framing

Glazing Systems With the facade of the building consisting of a full glazing system, solar heat gain was going to become a very large problem. I set out to find a system that would not compromise the visual aspects of the building with retractable shades. After being in contact with the company, I was able to create a system to meet the museams needs.

By admitting natural daylight and rejecting unwanted solar glare, View Dynamic Glass significantly reduces annual energy costs.

Solar radiation and glare are reduced when the glass is tinted, creating a comfortable indoor climate for occupants.

Building inhabitants enjoy the benefits of natural sunlight, like improved mood and productivity.

Ceramic Coated Glass Each dynamic glass window starts with a pane of glass with the ceramic coating on the inner surface of the outboard glass, capable of carrying an electrical charge.

Spacing & Argon Gas Layer With a cavity spacingof 3/8� to from the standard and U-factor options. An argon gas layer is added, which improves heating and cooling.

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Section Cut

APARTMENTS APARTMENTS APARTMENTS GALLERY

GALLERY/WORKSHOP BASEMENT

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Section Cut

Level 7 97' - 0"

Level 6 85' - 0"

Level 5 70' - 0"

Level 4 55' - 0"

Level 3 40' - 0"

Level 2 20' - 0"

Basement -15' - 0"

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Cube3 The idea of phenomenal transparency is evident in the galleries. A double height exhibition hall provides artists ample room to display work at various scales. Movable partition walls allow the client a completely flexible interior to reconfigure for different exhibitions. Natural light is filtered in through the faรงade and is diffused to provide an optimal viewing experience for guests.

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Factor Health Club

Collaboration Studio

Factor Health Club was designed to assist individuals in bettering themselves. Utilizing key factors to bring the health club together.

A. Playground B. Sand volleyball court C. Crushed limestone paths D. Community gardens E. Substation screen F. Knights Branch stream crossing G. Delta structure to control sediment and flow speed H. Community Farmer’s Market I. Pergola J. Basketball courts K. Drop-off area L. Plaza M. Sensory gardens N. Terraced entrance w/ ramp O. Playground P. Building Q. Service entrance R. Parking lot

Southwest UT The existing site is located in the UT Southwest Medical District in Dallas Texas. The site has a constant downward slope from the east to the west. An existing drainage system is already implemented on the West end of the site, known as Knights Branch. The existing site has a few existing problems that needed to be addressed.

Being able to refurbish the site to be a usable space for everyone to utilize and enjoy was one of the main goals of this project.

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Community garden ( organic non GMO produce) at Vitality Park. A place for the community to grow produce and educate families and neighbors on the importance and well-being of organic vegetables and fruits.

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KNIGHTS BRANCH Section A-A

Sustainability Sustainability is defined as “meeting the needs of the present without compromising the ability of future generations to meet their own needs�.

Sustainable buildings are designed in a way that uses available resources efficiently and in a responsible manner, balancing environmental, societal and economic impacts to meet the design intents of today while considering future effects.

They should be resilient to withstand the effects of nature with minimal damage. Sustainable buildings are designed to be energy efficient, water efficient and resource efficient. Through their design, they address the well-being of the occupants by providing thermal and acoustic comfort, indoor air quality and appealing aesthetics. They also consider the impact of their construction, operation and maintenance on the environment, and the environmental impact of their constituent materials. Most importantly, a sustainably designed building addresses all these aspects through its entire life cycle, including its operation and maintenance.

Creating a sustainable and Leed certified pavilion was a large factor to the team. We pushed to encourage the responsible use of resources in a sustainable fashion and to promote environmentally friendly designs in the project. The goals of the LEED certification process are to improve occupant wellbeing, environmental performance and economic returns of buildings. We are looking to not only better ourselvws, but better our envornment at the same time.

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The form is achieved through a simple structural layout. A rigid frame consisting of steel columns and beams supports curtain glazing to keep the iconic form light and transparent. Sunlight, a fundamental tenant of wellness, can penetrate deep into the structure because of its slim profile.

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SECUNDARY STRUCTURE

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SPA GYM ENTRANCE RESTAURANT

PUBLIC SPACE

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ROOF GARDEN

Behind the Design We’ve long been told our genes are destiny. But it's now thought they can be changed by habit, lifestyle, even finances. What does this mean for our future? It means we have the ability to alter or manipulate the genetic code that our future family members will inherit.

By creating a facility that not only provides a healthy lifestyle through exercise, muscle stimulation, and nutrition coaching we are providing a stepping stone for the wellness of the current and future generation.

Although this lifestyle is not an easy lifestyle to live, it can help provide a better genetic future for our families to come.

When we think of a health and fitness club, we imagine a clean, crisp, well organized space. When the user approaches the building, they will see simplicity and clean lines, not irregular movements that force the mind work hard. The user will enter into spaces that will enable the eyes to relax, which will also allow for metal wellness. Following these calming spaces, the user will enter ones that have now adapted in order to promote activity and physical well-being. With complex shapes and bright colors, this new environment will not give the same feelings of relaxation, but it will push one toward physical health. Although these spaces may vary greatly, they create a connection though restoration and revitalization of the mind and body, creating a better you.

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Dining Providing an outdoor seating area for our guests allows them to connect with nature. Serving organic, non GMO produce from the Vitality Park encourages the community to sell their produce to our kitchen. This allows us to facilitate an interactive experience with the community.

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Professinal Works

Honors Memorial

Professional Works

The Honors Memorial was established to create a space to memorialize veterans at Texas Tech Univeristy. Veterans will get their name placed on a plaque and embeded into the walls of the memorial.

Behind the Design The Honors Memorial is was set in place to honor those that have served in our military forces.

Each branch of the military is given its own designated area within the memorial. Although it is the first of its kind on campus, the Spanish influence blends in well with the surrounding architecture.

The memorial was designed in a way that outdoor presentations and other events could take place utilizing the raised platform as a stage and the surrounding greenspace and seating.

With a large opening on the East side creates a

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Football Training Facility Professional Works

The Football Training Facility project was set in place to create a nutrition bar for the athletes.

Good nutrition is important for everyone, but athletes in particular feel firsthand how not eating properly can affect performance. Their need for calories is greater than the average person, ranging from 2000 to 5000 calories a day, depending on gender.

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Existing Conditions

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Work Progress

Final Product

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Wall Hall Office

Professional Works

The Wall Hall Office project was set in place to renovate an out of date office space. The entire office space was to be removed. New offices would be set in place with the addition of a mailroom and an ADA compliant reception desk.

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Final Product

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(806) 893-3235 Caleb.Allison1425@gmail.com 1214 B Preston Trails Wolfforth Tx, 79382