Our new spaces—the Skiles 302 Laptop Classroom, the Communication Center, and the Hall Building—influence the way we think and act. The intersections of philosophy, process, people, and practice are enormously important to the ways in which rhetoric, process, multimodality, and collaboration work in our program. The following fifteen generalizable actions sync with the design and planning criteria the University of Georgia’s School Design and Planning Laboratory developed in 1997 and serve as a manifesto that we hope supports other programs as they create and renovate spaces.

Philosophy

  1. Clarify your program’s philosophy and express it in a public mission statement.
  2. Articulate ways in which specific aspects of the space, furniture, equipment, and technology help instantiate your program’s mission.
  3. Remember that your loyalty is to your program. You’re the voice and defender of your program in defining and shaping space. And remember that other people are defenders of their programs; they do not oppose you (as an individual); rather they just have professional responsibilities and priorities for which they have to answer.
  4. Decide what is critical, nice to have, negotiable, and easy to let go—and use that information strategically.

Process

  1. Learn how the process works at your institutions for new construction and for renovation (on this issue, please also see Davis and also Knight, this volume).
  2. Get a seat at the table for designing and planning the space, observing the construction, and creating the punch lists (the list of contractor activities to be completed).
  3. Take advantage of opportunities to test new concepts in pilot spaces if at all possible, for as long as possible. Develop a critical eye in reviewing these pilot projects and generalizing to the new spaces.
  4. Get your own hardhat. Wear it when you visit the site so you can learn how the space is being developed.
  5. Take pictures to document the process of construction or renovation.

People

  1. Make friends and allies in space planning and facilities management, in architecture, in instructional technology, in construction, and in landscape design. Keep your own colleagues and administrators regularly informed about the project, showing them blueprints, drawings, and photos to help make the complexity of the project accessible. Share information with colleagues to help them understand that your involvement and recommendations are based, in part, on best practices used at other institutions and advances in disciplinary thinking about the ways that space affects engagement, attitude, performance, and curriculum.
  2. Create a broad-based advisory or consulting committee for the project and involve this committee as active advisers to your decision making.

Practice

  1. Anticipate learning about things that were never part of your degree in rhetoric and composition—and being able to understand and talk about them. Some of the things you will need to know? Stakeholders. Approval processes. Email trails. Timetables. Inspections. Negotiation. Decision makers. Record keeping. Ergonomics. Safety. Security. ADA. Mold. Termites. Asbestos. Drainage. Gray water. Sustainable landscaping. Irrigation. Mechanical systems. LEED. Drawings. Blueprints. Architects. Contractors. Vendors. Project managers. Power relationships. Cost cutting. Political trade offs. Furniture. Equipment. Lighting. Wiring. Punch lists. Workarounds. Etc.[7]
  2. Be cautious about the relevance of your prior knowledge. What you think you know about construction and renovation (from, for example, residential projects) may not apply to commercial projects.
  3. Be patient with yourself when you plan something that works differently than you anticipated. Be flexible.
  4. Anticipate the unexpected—with the building site, the schedule, the plans, the people.

Articulating disciplinary philosophies, defining programmatic processes, describing the needs of people, and explaining critical practices all provide information that lets us characterize physical spaces that are integral to our pedagogy and research. Such reflection is valuable whether a program is creating a single room or an entire building. The goal should be to design learning spaces to help our students best accomplish course and programmatic outcomes.

 

Note

[7] Learn these things by a calculated self-education program. For example, ask your colleagues who teach technical communication to help you learn about email trails (and archive everything related to the project). Ask colleagues in architecture to help you learn about drawings and blueprints, LEED, drainage, and gray water. Ask colleagues in horticulture and landscape architecture to help you learn about sustainable landscaping and irrigation. Ask your institution’s chief safety officer to help you learn about concerns related to safety and security. Ask the director of facilities and capital planning who the stakeholders are, how the project manager is chosen, and what that person’s responsibilities entail. Ask the project manager what he or she has established for timetables (e.g., approval processes, inspections processes, deadlines). Ask the lighting and electrical contractors to go over the rationale for the recommendations—and ask for more electrical outlets than they think are needed. Ask the IT person assigned to the project to involve you in selecting all the technology. Ask the industrial interior designer assigned to the project to help you learn about ergonomics (everything from counter heights in workspaces to placement of toilet paper dispensers in bathrooms) and furniture. Talk with the facilities manager for your college (someone who has been involved in building spaces) how the institution deals with negotiation, decision making, and trade offs (for example, when extra money is needed to manage an unexpected leak or previously unidentified mold or termites, is the money coming from your IT budget or your furniture budget or from somewhere else?). Ask the architects how your program’s mission is reflected in the space and how they’re dealing with the criteria to help make physical learning environments more teacher and learner-friendly.  Make sure you’re at the table whenever your project is discussed. Listen a lot. Learn the technical concepts and language. Be prepared to ask questions and to act as an assertive advocate for your program’s space. Be a partner in the project, not a silent client.

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