DESIGN APPROACH

Through Omni Architects’ experience in designing over 270,000 square feet of Advanced Manufacturing Centers (AMC), we’ve developed a proven approach to the design of the AMC that reflects the issues and goals identified by the owner, users, and manufacturers. We have found that, although each is unique in regard to the specific programs offered, they share certain design considerations that are critical to long-term success. We call these commonalities the Three Principles for Nimble Design:

1. Flexibility: Omni’s design allows staff to easily and quickly change the usage of a given space at any time.

2. Adaptability: We design spaces and infrastructure so that new services and technologies can be added to designated areas as manufacturing methods and tools evolve. Omni designs the AMCs to anticipate change by integrating architectural, mechanical, and electrical systems.

3. Expandability: Omni’s designers acknowledge the possibility of future growth and respond by configuring the building in a way that accommodates expansion as needed.

There are many ways to approach the design of Advanced Manufacturing Training Centers. The examples in this document illustrate how the buildings can differentiate the respective programs, develop (and even change) the pedagogy, underscore the importance of teamwork in training, and identify the skills needed to be a productive employee.

We’ve found that administrators often need guidance in making the transition from traditional educational facilities to this new typology - whether it be in changing their value stream, or in the way they define community and technical colleges. Even those who readily embrace advanced manufacturing processes are often surprised by the effectiveness of facilities that have been configured to support their goals. It’s more than just buying the right tools; it’s about creating the right spaces to facilitate this new paradigm shift.

Omni Architects applies astute listening skills in association with a hands-on understanding of the teaching and training tools of these industries - both simulators and full-scale equipment. This approach results in customized programs along with the flexibility needed for future use.