The facility includes a 27,000 square foot corporate office. The office space features a 3,000 square foot lobby with a 1/3 scale model of the T-X fighter, plus meeting/collaboration spaces, locker rooms, generous break areas, and 2 trellised outdoor patios.
The 87,000 square foot manufacturing area includes receiving, parts storage, subassembly, final assembly, and shipping areas with 5 beam cranes and specialized power, vacuum, and compressed air systems to support the manufacturing jigs.
SEP (Software Engineering Professionals) is a local software company with a national footprint. When faced with the challenge of creating a new “forever home” for their headquarters, SEP and Pure Development turned to CSO. The design team worked with key stakeholders to capture the essence of SEP and marry it with the natural environment of the site. Key architectural features, such as the random rhythm of the façade’s vertical lines, mimic the complexity, order and rhythms found in nature. The rhythm also contributes in specific ways to the interior environment – enhancing collaborative spaces, piquing curiosity, and inspiring ingenuity. The natural assets of the site are leveraged through the strategic placement of interior walls, the framing of views, and the selection of an intentionally restrained material palette.
SEP’s unique brand is on display throughout the design. Designers found inspiration and drew a connection between the view-accenting architecture and the company’s preferred style of work: scrum. In this approach, employees apply large numbers of post-its to walls. The shape of a post-it on a wall mimicked the shape of the building footprint, and designers used this connection to influence key design features. Upon arrival visitors will notice an artful series of back-lit metal tabs peeling from a feature wall. This artistic expression pays homage to the scrum process while serving as a subtle branding component. The design team further embraced the holistic design approach by crafting one of a kind furniture pieces from timbers sourced from the SEP site.
The unapologetic blend of nature and technology is evident within the new SEP headquarters. Today’s technology infuses a sense of hustle, and SEP challenged this notion by embracing a more tranquil environment that fosters collaboration and nurtures new ideas.
Atmosphere Tempe is a 20-story apartment tower within the vibrant downtown setting of Tempe, Arizona, immediately adjacent to the urban campus of Arizona State University. As one of the only cities in the Phoenix metropolitan area that is landlocked by neighboring municipalities, Tempe has avoided the region’s characteristic sprawl and has instead pursued growth by enthusiastically embracing increasing density and taller developments.
The building’s base contributes to the energetic downtown environment with nearly fully glazed elevations along the public streets and a canopy that lends protective shade in the 110-degree summers. The mid-level parking decks are screened with a visually cooling blend of blues and silvers. Likewise, the building’s external color palette is drawn from a range of lighter grays and off-whites, not so bright as to be reflective, but light enough to effectively deal with intense solar radiation. Wood and metal provide accents at areas of close pedestrian contact. As a contributing member of the growing Tempe skyline, the building is capped by a lighted trellis/cornice feature.
Leasing, amenities, and 5,000 s.f. of retail space occupy the first floor, with 5-levels of parking garage above. Levels 6-19 are apartment floors with 252 units, arranged in an H-Shape plan configuration, with courtyards facing east and west. These 6th floor courtyards offer intimate outdoor spaces for residents. A variety of amenities occur at the 20th floor, including a pool, hot tub, covered terraces, and an indoor lounge and fitness area. All of these spaces are afforded sweeping vistas of the city beyond, most notably a great view of Hayden Butte, a 330’ tall volcanic uplift and popular hiking destination, a few blocks to the north. Hayden Butte is home to 1,000 year old petroglyphs, along with the signature 60’ tall letter “A” belonging to the University.
The Innovation Center would continue to strengthen the commitment to a flexible and focused learning environment, emphasizing Science, Technology, Engineering, and Math Learning Studios. The goal would be to encourage and promote a collaborative experience in all of the learning spaces, and provide a more open, group-oriented Science area, de-emphasizing compartmentalized education and promoting group and team learning across several disciplines. Plans for the open Science area include several laboratories in the same space allowing a more efficient teaching model, while providing enhanced interaction.
An informal study area and open faculty areas promote additional interaction between the faculty and students, faculty and faculty, and student to student. The proximity and accessibility of the faculty is purposeful. However, break out rooms and small group rooms would provide for one on one meetings or private conversations. The learning spaces are intentionally transparent as well as flexible in order to adapt to the changing use of the space and the continued connection to the learning environments.
The Innovation Center would also contain the relocated dining and kitchen space in the lower level, allowing students a more flexible approach to food service and more options to the traditional lunch period. An additional Café would also allow students to utilize a “grab-n-go” concept during the day. The relocation of the campus cafeteria creates a destination for students during the course of the day, while also creating informal interaction areas in the adjacent spaces. Additionally, a new Cathedral Spirit Shop will be located near the cafeteria in a prominent location for both students and visiting parents/alumni.
Architecturally, The Innovation Center will create a new “front door” to campus. The center is an addition to Kelly Hall and will be featured on the courtyard between the existing Student Life Center (SLC) and Loretta Hall. The new addition will incorporate a three-story open atrium between the old Kelly Hall and the architecture of the new addition. Exterior materials used on the addition are blonde brick (same used on SLC), glass, metal panel and stone veneer panels. The old limestone façade of Kelly Hall will be preserved and will be the feature of the new, glass-enclosed front entrance.
Located just north of Monument Circle, this commercial high-rise will set a new standard for mixed use development in downtown Indianapolis. This exciting update to an existing building in downtown Indianapolis includes a new primary entrance for businesses and residents of the building. The new entry facade will be constructed of ultra-clear structural glass. The project includes designs for an updated lobby, the addition of a leasing office, and new first-floor retail space. Also included in the project are plans for developing sixteen floors of residential space and amenities including rooftop terraces and a rooftop pool.
16 Tech is an innovation district encompassing 50 acres adjacent to downtown Indianapolis and is part of a larger 250-acre technology park designated by the City of Indianapolis. Located near the economic, academic, medical, and research hubs of the city and region, Building 2 in 16 Tech is designed for state-of-the-art connectivity and innovation. In keeping with the vision for the district, the building will accommodate tenants focused on research and innovation, while also providing street-level common areas and retail spaces. The building is located and designed to overlook 16 Tech’s future central green, provide a view of downtown Indianapolis, and offer convenient access to all that the park has to offer.
Ball State University’s Education Living Learning Community will provide a new home for over 500 students. Located in the North Neighborhood Development of campus, the building is comprised of two residence towers, containing a community of 250 students per tower. Student rooms are mostly double configuration, with a mix of single and ADA compliant rooms per wing. Each floor contains approximately 27 rooms, including one Resident Assistant room. Bathroom facilities are arranged in four groups per typical floor, containing shared lavatory space and private toilet/shower compartments. Each residential floor of each tower has a dedicated lounge and kitchen space.
A central connector between each tower houses shared facilities such as laundry, group study, lounge, fitness center, mail, and administrative office spaces. Included in this two-story connector is a large multi-purpose room for the community, as well as designated Living-Learning maker spaces for Education. This connector acts as the main entry to the complex. This project was designed in collaboration with Hanbury.
Through collaboration of the Vigo City and County governments, as well as the Vigo Convention and Visitor’s Bureau, the Terre Haute Convention Center project is taking shape in order to promote positive, long-term economic and fiscal health and the growth of Vigo County.
The project scope involves a new, 40,000 sf convention center with 18,000 sf of meeting space and 22,000 sf of support space. A 12,000 sf ballroom will hold up to 900 people. The project will also include 650 parking spaces in two parking structures and is proposed to be connected to existing and future hotels on site.
CSO is working with the University of Louisville to design two new residence halls to replace Threlkeld and Miller Halls. In order to maintain enough housing to meet the University’s current needs, the 5-story, 452-bed buildings will be constructed in two phases. For the purpose of efficiency, floor plans for each phase are similar and include traditional-style double- and single-bedroom units arranged around a group of private-use bathrooms.
The buildings are designed to maximize the use of exterior spaces and to engage the students in active areas of living and learning. Amenities for each new facility will include a large multi-purpose room, collaboration spaces, a recreation/game room, a community kitchen, and multiple student lounges. As Design Architect on the project, CSO teamed with JRA Architects, of Louisville, as the architect of record for the project.
Growing enrollment and an increased demand for space to accommodate the district’s athletic programs led to the need for a new multipurpose stadium. This new facility will eliminate Noblesville’s issues of overcrowding at the district’s current stadium. The facility includes 50-percent more seating than the district’s current stadium along with locker rooms, practice fields, athletic training space, concessions, and restrooms. The stadium will be equipped with enhanced lighting and broadcast technology capabilities.