My name is Jared Kivett and I am a Texas Tecg graduate with a b.s. in architecure. I transferred to Texas Tech with the intent to study architecture after playing two years of collegiate baseball and studying accounting at Hardin-Simmons University. My interest in architecture sparked when, in 5th grade, I learned one-point and twopoint perspective drawings. Over the years I would continue these drawings of random, imagined structures. Studying architecture in college has pushed these imagined structures by introducing program and design problems that need to be considered in the real world. My intention is to graduate with my bachelor’s in architecture before pursuing my master’s. I am eager to learn and excited for opportunities which may arise in the future. Thank you for taking the time to view my portfolio.
Lubbock Art & Learning Center
The site of the project in Lubbock, Texas, characterized by its predominantly flat landscape and absence of tall structures, presented a distinctive vertical design challenge. In response to the local topography, the center integrates itself within the ground, navigating the constraints imposed by the lack of elevation. The design of the Art & Learning Center is informed by 9 unique instances of a particular form, each serving different functions.
The design prioritzes natural light through thoughtful allocation of light to different areas based on their functions. Each area in the center receives an optimal amount of light to enhance the particular activities and architectural experience.
SECTION
Austin Aquatic Center Project
The Austin Aquatic Center Project presents a unique challenge with its location adjacent to Shoal Creek, which carves directly through the site, dividing it into two distinct sections. The architectural solution involves the strategic spanning of the structure across both sides of the creek.
The proposed program of the Austin Aquatic Center encompasses a range of facilities that cater to diverse aquatic activities. Among these are multiple lap pools, diving pools, and locker rooms. Aditionally, the center features pools commonly found in bathhouses, adding to the versatility.
PARAPET COPING
LIMESTONE CLADDING
AIR GAP
RIGID INSULATION
1/2” SHEATHING WEEP
I-BEAM
SINGLE PLY MEMBRANE
1/2” RECOVERY BOARD
ROOF DECKING INSULATION
VAPOR BARRIER
MTL. ROOF TRUSS
HORIZONTAL BRACING 4” O.C.
VAPOR BARRIER CAVITY INSULATION
6” METAL STUD 16” O.C.
5/8” GYPSUM BOARD
WALL TIE @ 24” O.C.
RUNNER FOAM SILL
The existing Texas Tech College of Architecute building is characterized by a prominent use of concrete and structural columns which cominate the building, creating a dense floor plan and a rigid spatial experience. In response to this and in an effort to alleviate the density, the addition fosters a more open and inviting architectural environment. A key element of the design is the incoportation of glass, offering a sense of visual lightness. This design choice also serves a functional role by providing ample natural light throughout the interior spaces. Furthermore, the proposed addition maintains flexibility by retaining the option to demolish the existing building and replace it with a new design. This is a response to evolving needs and funding, ensuring adaptability in considersation of the future.
LBK APARTMENTS
The design and orientation of the units prioritize maximizing natural light exposure, ensuring that illumination penetrates multiple sides of each unit. By strategically positioning the units, natural light floods the interior from multiple directions, creating a bright and inviting living space. Additionally, the facade design is influenced by the orientation of the units, aiming to illuminate the central, communal areas effectively.
Balconies are strategically incorporated into the facade, nestled within the voids between the units. This design approach not only enhances the aesthetic appeal but also serves a functional purpose by mitigating the windy conditions prevalent in Lubbock, TX.
This project involves adaptive reuse and revitalization of an existing building, which was formerly a department store. This building retains its existing column system and structural ceiling framing.
The project aims to transform the structure into a mixed-use commercial and residential building. However, the existing structural components pose challenges to spatial planning and plumbing systems within each apartment.
Situated in the business district of downtown Lubbock and in close proximity to Texas Tech University, the apartments will be targeted towards college students and young professionals.
