TTU College of Collaboration by avamccrary

TTU COLLEGE OF COLLABORATION

COMMERCIAL

YEAR

FALL 2024

DURATION

6 WEEKS

MEDIAS USED

REVIT

ENSCAPE

PHOTOSHOP

PROJECT STATMENT

The design of a dynamic and adaptable learning space at Texas Tech University will foster collaboration among interior design, architecture, and engineering students This 78,190 sq ft building will accommodate approximately 60 architecture students, 35 interior design students, and 25 engineering students, along with support staff and faculty By integrating evidencebased design strategies, the project will create a stimulating environment that prepares students for professional practice Featuring specialized areas, flexible layouts, and cuttingedge technology, this collaborative space aims to inspire creativity and innovation while addressing the unique needs of each discipline

DESIGN CONCEPT

The concept symbolizes the symbiotic relationship between the built environment and the natural environment, mirroring the interdisciplinary collaboration fostered within this building It embodies the seamless integration of structure and nature, where plants and buildings support each other This interaction reflects how interior design, architecture, and engineering students come together to create sustainable, innovative solutions, much like how urban gardens combine the robust, grounding qualities of brick with the organic, adaptive nature of greenery. Bricks represent each discipline contributing like individual bricks to a cohesive whole, while gardens symbolize nature’s role in growth, creativity, and sustainability Together, they create dynamic learning spaces that foster collaboration and inspire creativity; cultivating a holistic educational experience that shapes a healthier, more harmonious future

SITE PLAN

The southern courtyard and northern truck ramp showcase the project’s vertical variation and site interaction Terraces between floors offer outdoor seating and study areas, while a greenhouse-style classroom on the western terrace emphasizes collaboration A smaller southern parking lot provides sufficient parking without disrupting student pathways Proposed southern landscaping integrates with the existing context, featuring vegetation and outdoor spaces for seating, learning, and working The northwest truck ramp ensures easy loading and unloading for the wood and metal shops in the basement

SITE NOISE ANALYSIS

The primary sources of noise affecting the site are the Free Speech area to the north and the band parking lot to the east, both of which are significant hubs of activity on campus To address this, the project has been strategically oriented to function as a sound barrier, mitigating the impact of noise on the southern courtyard and adjacent spaces By positioning the building as a buffer, it absorbs and deflects much of the noise, creating a quieter, more comfortable environment for productivity.

SITE SUN ANALYSIS

The sun path angle illustrated corresponds to mid-May, tracking the sunlight from noon to 7 p.m. during the longer days of spring The project’s thoughtful orientation is designed to maximize natural light by directing sunlight into the southern courtyard, creating a vibrant and inviting outdoor space. This deliberate design not only enhances the usability of the courtyard but also contributes to the project’s energy efficiency by utilizing natural daylight

CRITERIA MATRIX

BUBBLE DIAMGRAM

PROCESS PLANNING STRUCTURE

To begin planning the spatial arrangement of the College of Collaboration, each space ' s specific needs for sunlight, noise levels, and accessibility were considered. These factors guided the arrangement of rooms and features, ensuring a functional layout that supports productivity, comfort, and ease of use for all students, faculty, and staff, creating a harmonious environment

SELECTED FLOORPLANS

Below are selected floorplans from Texas Tech University’s College of Collaboration. Each floorplan highlights significant d thrives These thoughtful design elements not only stimulate innovation but also promote a holistic and engaging learning exp

efficiency Housing the heavy wood shop, print lab, and metal lab, it ensures stability while accommodating essential maker spaces A truck ramp streamlines the transportation of supplies, while central computer labs minimize sun glare for optimal productivity Flexible seating and lockers maximize corridor spaces, promoting collaboration and storage This floor connects the main building to the adjacent structure with indoor access, ensuring practicality in all weather conditions A lecture hall is also accessible, extending upward to the ground floor At its core, a courtyard with curtain walls brings natural light into the basement, seamlessly blending the outdoors with the interior This layout highlights innovation, practicality, and sustainability

esign features that seamlessly intertwine the built and natural environments, fostering a dynamic setting where collaboration perience for all users, reflecting the college's commitment to inspiring creativity and fostering interdisciplinary connections

GROUND FLOOR PLAN

The ground floor of Texas Tech University’s College of Collaboration is designed for functionality and minimal distractions The separate building serves as a dining hall, keeping noise and smell sensitivities away from the main structure to maintain focus A corridor splits the main building, preserving a preexisting walking path that allows students to cut through without entering This layout also keeps the lecture hall distinct for use by other colleges On the other side, the collaboration hub offers varied seating, private solo pods, and group meeting offices to foster productivity Adjacent are a research library and a wellness room with turf hills and acoustic panels, providing a restorative environment for students This design thoughtfully balances collaboration, practicality, and well-being

SELECTED FLOORPLANS

SECOND FLOOR PLAN

The second floor of Texas Tech University’s College of Collaboration is designed for functionality and a strong connection to nature The separate building houses administration offices, providing privacy while remaining easily accessible In the main building, a rooftop classroom offers a flexible setup, extending the concept of blending the built and natural environments by bringing users outdoors Inside, classrooms feature demountable partition walls, allowing spaces to adapt each semester to meet changing course needs The material lab faces the southern lawn to maximize sunlight, ensuring material colors appear true The material library is also equipped with built-ins, counter space, lockable cubbies, and private rooms with monitors for digitally cataloging selections Flexible seating lines the hallways, offering students comfortable spaces while waiting for classes A striking feature of this floor is an opening to the third level, where a tree grows through, bringing biophilic design to every level and reinforcing the connection to nature

THIRD FLOOR PLAN

The third floor of Texas Tech University’s College of Collaboration is both functional and visually striking, with a tree growing through an opening in the floor, creating a powerful biophilic design feature This level houses the gallery and special event rooftops, which serve as key spaces for showcasing projects and hosting gatherings A large storage closet provides space for movable chairs, tables, and mobile pin-up boards, allowing the area to adapt as needed The gallery features fabric pin-up walls, which are ideal for displaying student work while also aiding in acoustic control for presentations The special event rooftops offer comfortable, flexible seating and tables with pergolas for shade, creating an inviting space for alumni events, guest reviewer sessions, and semester ceremonies These rooftops are designed to leave a lasting impression, celebrating creativity and collaboration in style

SOUTH COURTYARD

The courtyard for the College of Collaboration was strategically placed on the south side of the site to maximize sunlight, creating a bright and welcoming outdoor space This location also uses the building as a shielding buffer from noise generated by the adjacent band lot on the east side Additionally, situating the courtyard here supports preexisting pedestrian paths on campus, ensuring a seamless flow of foot traffic and maintaining accessibility for students and visitors, enhancing both the functionality and enjoyment of the space

SUNKEN COURTYARD INTERTWINING EN

The south-facing courtyard is a key element in su concept of blending the built and natural enviro users to step outside and engage with nature bu thoughtful design Surrounded by curtain walls, th flood into the basement level, transforming it fr bright, inviting space This integration of natura making the basement a more enjoyable and connecting indoor and outdoor spaces, the cour architecture and nature, fostering a setting that in

NVIRONMENTS

upporting the College of Collaboration’s nments This space not only encourages t also brings the outdoors in through its e courtyard allows ample natural light to om a traditionally closed-off area into a light enhances the overall atmosphere, functional environment By seamlessly tyard exemplifies the harmony between spires creativity and well-being

BASEMENT CLASS

GROUND VIEW

COURTYARD STEPS

LEVEL ONE

The ground level of the College of Collaboration is dedicated to the collaboration hub, ensuring users are greeted by an inviting and dynamic environment as they enter This space is designed to foster creativity and interaction, offering a variety of seating arrangements, private solo pods, and group meeting offices to accommodate diverse needs With its central location and thoughtful layout, the hub sets the tone for a welcoming and collaborative atmosphere throughout the building

FLEXIBLE WORKING S

Flexible workstations play a vital role in fostering product of Collaboration By offering a variety of seating arrangem accommodate the diverse needs and working styles of allows users to easily reconfigure the layout for gro discussions, encouraging spontaneous creativity and tea rooms provide options for focused work or confidential seating promote interaction and idea-sharing This flexibi their environment, adapting it to their tasks and preferen spaces ensures that everyone, regardless of discipline effectively, breaking barriers between the varying disciplin

COLLABORATION HUB

STATIONS

ivity and collaboration within the College ments and adaptable setups, these spaces students and faculty Movable furniture up projects, solo work, or impromptu mwork Private pods and small meeting meetings, while open tables and lounge lity empowers users to take ownership of ces Additionally, the inclusivity of these or accessibility needs, can contribute nes

WELLNESS ROOM

SUPPORTING SPACES

The rooftop classrooms, lecture hall, and material library are integral to the College of Collaboration, supportin overarching concept of blending the built and natural environments while fostering interdisciplinary collabor unique learning experience, combining the flexibility of open, adaptable spaces with the added benefit of connection to nature enhances creativity and focus while maintaining the flexibility to adjust the classroom lay styles The lecture hall, strategically located on the ground floor, serves as a central hub for larger, cross-discipl reinforcing the building’s commitment to fostering a collaborative educational experience The lecture hall’s d departments, creating a shared space for students and faculty across disciplines The material library plays a key on learning and practical application It serves as a dynamic resource that not only educates students on the p emphasizes the importance of tangible, physical exploration in design work Together, these spaces reflect t learning environment that blends flexibility, creativity, and practical knowledge, encouraging both individual exp

g both the building's functionality and its ation The rooftop classrooms provide a being immersed in the outdoors This out to suit various teaching and learning inary presentations, lectures, and events, esign allows for easy access by different role in the building’s emphasis on handsproperties and uses of materials but also he college’s commitment to fostering a oration and collaborative innovation

ORGANIC MATERIALS

Using natural materials with organic shapes, such as wood and brick, is essential in creating a harmonious and functional environment Curvilinear forms help guide movement throughout the space, promoting a smooth flow and reducing visual clutter Wood and brick not only add warmth and texture but also absorb sound, helping to manage acoustics within the building This careful selection of materials enhances both the aesthetic and practical qualities of the design, creating a space that is both inviting and acoustically balanced Additionally, self-sufficient moss green walls contribute to the biophilic design, promoting well-being and improving indoor air quality These living walls further connect the interior to nature, fostering a calming, sustainable environment

MATERIAL INSPIRATION

The inspiration for incorporating natural materials such as brick, concrete, wood, terrazzo, leather, wicker, and green fabrics in the College of Collaboration stems from a desire to create a space that not only celebrates the tactile beauty of nature but also fosters a sense of connection to the environment Brick, with its timeless durability and earthy texture, grounds the building in a sense of tradition and stability, while concrete offers a modern, raw quality that complements the industrial aesthetic, providing a solid foundation for the design Wood, with its warmth and organic grain, evokes a sense of comfort and openness, contributing to an inviting atmosphere that encourages interaction and creativity. Terrazzo, a versatile and sustainable material, is used to add both color and texture to floors, creating visual interest and reinforcing the idea of blending diverse elements Leather and wicker introduce a natural elegance, adding a tactile richness that enhances the feeling of craftsmanship and authenticity within the spaces Green fabrics, particularly those used for upholstery, tie the design back to the natural world, infusing the interior with calming hues that echo the outdoors Together, these materials not only fulfill the conceptual goals of bringing the built and natural environments together but also serve to create a sensory-rich, sustainable, and innovative space that supports the diverse needs of students and faculty The use of these materials reflects a commitment to both aesthetic beauty and environmental responsibility, grounding the design in nature while encouraging creativity and well-being

FINAL MATERI

A 5665 - Wide Plank Micro Bevel - Hick

B SG03-14 - Minetta, Commercial, LEE

C 09517825 - Ronda, Commercial, Flam

Certified, Recycled Content, CARB Com

D 6187W/10 - Xorel Topiary Embroider

CARB Compliant, CDPH / CHPS 0135

Compliant, Low Emitting/Low VOC, Ph

E 89525T - Nature's Tile Titanic, Teknof - Greater than or equal to 0 6 SCOF, C

F. 35864-28373 - Erosion, Samelson Ch Traffic

G 7515-06 - Tartan, Anzea, Commercia

PVC free, Antimicrobial free, CARB Co Phthalates free, REACH Compliant

H 2231-005 - Sirocco, 4Spaces, Comme

AL SELECTIONS

ory, Commercial, Residential

D Compliant, CARB Compliant, CDPH / CHPS 01350 Compliant, Formaldehyde Free, Low Emitting/Low VOC

mmability, Wet and Dry Crocking, Colorfastness to Light, Physical Properties, Abrasion High Traffic, NSF/ANSI 336 Facts mpliant, CDPH / CHPS 01350 Compliant, Low Emitting/Low VOC, UL GREENGUARD, UL GREENGUARD GOLD

, Commercial, Cradle to Cradle Bronze, LEED Compliant, PVC free, USDA Certified Biobased Product, Antimicrobial free, 0 Compliant, Formaldehyde Free, Declare Label - Red List Free, Health Product Declaration (HPD), Healthier Hospitals

thalates free, SCS Indoor Advantage Certified, SCS Indoor Advantage GOLD, WELL Compliant

lor, ISO 4918 Castor Chair - 25,000 cycles, 4 5-5 0 AATCC Slight Gloss Change, ASTM D2047 Static Coefficient of Friction

ass B; NFPA 101 Approved for Emergency Egress Areas

atelane Coral, Commercial, Flammability, Wet and Dry Crocking, Colorfastness to Light, Physical Properties, Abrasion High

l, Flammability, Wet and Dry Crocking, Colorfastness to Light, Physical Properties, Abrasion High Traffic, LEED Compliant, mpliant, CDPH / CHPS 01350 Compliant, Formaldehyde Free, Health Product Declaration (HPD), Low Emitting/Low VOC,

ercial, 60,000 Cycles Martindale, Oeko-Tex Certified