Clif Bar is a private company guided by Five Aspirations focused on sustaining their business, brands, people, community, and the planet. When they set out to design a renovation and expansion of their Indianapolis facility, it was crucial that their chosen design firm embraced a like-minded approach to incorporating biophilic design, renewable energy, repurposed materials, and locally-sourced materials. The two-story addition doubled the size of their office space while providing a work environment that is centered around the well-being of their employees. Not a single facet of the design was proposed without linking it back to direct evidence that such a feature would matter to the people who would inhabit the space.
Biophilic Design was crucial in creating an interior and exterior that would be an invigorating and comfortable environment for workers who spend long shifts indoors. Drawing on inspiration from the native Indiana geology, the building is clad in rough limestone detailed to express horizontal strata, and utilizes shading devices which draw upon the complexity and order of natural patterns, creating a soft play of light similar to that of a deciduous woodland.
These themes of prospect and refuge continue inside, offering dynamic double-height spaces in which to host all-hands meetings, as well as intimate nooks for private rest and respite. By express intention, every single employee has the same arrival experience and amenities. Bakery staff and office workers alike are intermixed in social spaces under skylights and at critical building zones. Given prominence due to the people it serves, the employee breakroom occupies the outer portion of the second floor. It is afforded sweeping view of the outdoors, and is uniquely branded to reflect the spirit and diversity of Clif Bar’s employees.
CSO’s design process was enhanced through workplace research data provided by DORIS Research as well as input on biophilic design features from Terrapin Bright Green, who has developed biophilic design strategies for other Clif Bar facilities.
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.
During a competitive, qualifications-based selection process, CSO was chosen as the designer for the flagship GE Brilliant Factory in Ontario, Canada. CSO was the successful candidate due to a unique combination of prior experience with similar GE projects and the ability to develop high-level design solutions and functionality required for manufacturing and logistics projects.
The facility was designed to manufacture GE’s Waukesha reciprocating gas engines; components for compression, mechanical drive, and power generation; and components for GE transportation diesel engines. As the project neared completion, Innio acquired the building along with GE’s distributed power business.
GE charged the design team to deliver an engine manufacturing facility for state-of-the-art manufacturing processes that would be fully connected to the industrial internet, providing real time data analytics and feedback to the manufacturing floor personnel. The facility was designed to provide inspiring and collaborative work and meeting spaces to empower and uplift GE’s self-directed workforce. The facility incorporated numerous sustainable building and site design strategies, including efficient HVAC and electrical systems, recycled content, an energy efficient exterior envelope, and an abundance of natural light in both the office and manufacturing areas.
The project design principles included: creating brilliant, luminous working environments within the plant and office spaces by introducing generous amounts of natural daylight; putting the Multimodal Assembly Area on display from the Main Lobby, providing a large window wall between the 2 areas; and using daylighting as a metaphor for the “Brilliant Factory,” illuminating GE’s advanced engine manufacturing technology.
CSO served as the design architect on the project and collaborated with B+H Architects of Toronto, Ontario, Canada to deliver the project. CSO also provided interior design services for the office portion of the project.
The GE Aviation LEAP Engine Facility is the second of its kind in the United States and the third project of this type CSO has designed for GE. The facility features some of the most advanced manufacturing techniques in the world and represents a major milestone in technology development in this country.
The 35’ clear height manufacturing space included 80’ structural spans with 12.5 ton beam cranes, 10” thick, ultra-flat, polished concrete floors and generous amounts of natural light provided by expansive clerestory windows. The tiered ceiling panels within the assembly space help humanize the scale. They serve as a space transition and a subtle representation of flight. The finishes are intentionally light, clean, and neutral. This notion relates directly to the GE brand and the idea of intentional design without compromise.
The office/administrative portion of the building was designed to express the aerodynamic curvature and the composite construction techniques of the LEAP engine, most notably its fan blade, by dramatically incorporating several overlapping layers of sinuously curved metal, glass, and steel.
The interior design reinforces the intentional nature of the engine while embracing the technology. The central greeting point is a reception desk designed as a seamless, clean cone and constructed of solid surface. Beautifully crafted metal composite triangles are suspended above the reception desk representing the combustion technology present within the LEAP engine. In addition, this sculptural element contributes to the notion of movement so dominantly present within the architecture.
Wisconsin-based Regal Beloit Corporation is a leading manufacturer of electric motors, electrical motion controls, power generation, and power transmission products serving markets throughout the world. Regal Beloit decided that it needed another distribution center along with the main one in Indianapolis, and this location was the right fit to service the western half of the United States.
CSO designed a new facility to house heavy industrial goods used to make metal components for HVAC and refrigerator applications, and to provide logistics support to Regal’s manufacturing plants across the border in Mexico. The facility is expandable to 300,000 square feet and was completed in less than a year.
The CSO-designed expansion of this facility, including equipment, represents a $50 million investment to modernize and grow GE Aviation’s existing Hooksett manufacturing facility. The facility, with nearly 900 employees, manufactures rotating parts for GE’s military and commercial jet engines. The expansion will significantly increase manufacturing output and technological capacity for key components of GE’s next-generation LEAP engines.
This was the fourth large-scale project CSO has partnered with GE Aviation on, including two plants in Mississippi, $100 million LEAP assembly plant in Lafayette, Indiana, and a $120 million Brilliant Factory in Welland, Ontario, Canada.
ASI Limited, an Indianapolis-based supplier, fabricator, and installer of architectural window and specialty systems, needed a new corporate headquarters after outgrowing their prior office, which was also designed by CSO.
ASI takes responsibility for enclosing a building’s exterior, including curtain walls, windows, metal panels, doors, and ornamental metals so the design needed to reflect the company’s progressive, forward-thinking corporate philosophy.
The building features 20,000 square feet of office space defined by a curtainwall at the corner of the building. The design incorporates Kalzip perforated screens that are attached using a specially designed grid system and concealed fasteners to anchor it to the curtain wall. The client was intrigued by the fact that, during the day, the screen was very visible as a design element but at night the screen took on a whole different appearance. In addition to providing a design element, the screen provided a shield from the afternoon sun on the southwest side of the building.
