What’s This About Programming and Site Analysis?

Programming and Site Analysis is part of both the Interior Design Fundamentals Exam (IDFX) and PRAC 2.0

IDFX

Content Area 1. Programming and Site Analysis, 15 Items – 15%
Research methods (interviewing, surveying, case studies, benchmarking/precedent)
Analysis tools (e.g., spreadsheets, site photographs, matrices, bubble diagrams)
Project context (e.g., space use, culture, client preference)
Site context (e.g., location, views, solar orientation)
Existing conditions
Sustainable attributes (e.g., indoor air quality, energy conservation, renewable resources)

PRAC 2.0

Content Area 1.Programming and Site Analysis 15%
Analyze relevant qualities of interior space plan as they relate to a program Determine appropriate block plans/square footage allocations
Identify necessary adjacencies and demonstrate appropriate use of bubble diagram, matrices and renderings Assess the human factors related to the interior space (e.g., ergonomics, anthropometrics, proxemics)
Demonstrate understanding of zoning and building use requirements

Programming

Tell anyone outside the industry that you're programming and they'll think you changed careers. When you think of programming, you might imagine T-shirted engineers at Google, or maybe Airbnb…

In interior design, programming is like detective work. It’s the process of gathering and analyzing information about a problem before trying to solve it with design.

The outcome of the programming phase is a written document. Programming lays the groundwork for a solution later in the design phase.

Programming is like detective work. It's gathering & analyzing information before solving with design.Click To Tweet

Process

Architects William M. Peña and Steven A. Parshall distilled programming down to a five-step process in their book Problem Seeking in order to simplify the programing process:

1. Goals— What does the client want to achieve, and Why?
2. Facts— What do we know? What is given?
3. Concepts— How does the client want to achieve the goals?
4. Needs— How much money and space? What level of quality?
5. Problem— What are the significant conditions affecting the design of the space? What are the general directions the design should take?

Considerations

Designers should look at the whole problem before starting to solve any of its parts. How can a designer who does not have a clear understanding of the whole problem come up with a comprehensive solution?

In order to find the whole problem, Pena and Parshall suggest identifying  in terms of these four major programming considerations:

1. Form – existing physical space
   • site
   • environment
   • quality
2. Function – use of the space
   • people
   • activities
   • relationships
3. Economy – monetary costs of the space: initial cost, but also operating and life cycle costs
   • initial budget
   • operating costs
   • life-cycle costs
4. Time – how time affects and is affected by the three other factors
   • past
   • present
   • future

Programmatic concepts

Programmatic concepts are abstract approaches the designer can use to solve the client's goals and needs. This differs from the design concept, which represents the physical solution. Twenty-four programmatic concepts are cited in the Interior Design Reference Manual, but here are a few:

• Expandability
• Hierarchy
• Density
• Grouping: activity grouping, people grouping and service grouping
• Flow: separated flow, mixed flow, and sequential flow
• Phasing

Program Document

The program document contains all the answers to the answers uncovered during the five-step process and compiled into a written form. For example, each PRAC 2.0 Case Study includes the Program Document as one of the resources that you will use to answer each item.

A written program document includes:

• Statement of project goals and objectives
• Client requirements
• List of spaces and areas
• Other programmatic information including:
  • code reviews
  • budget requirements
  • scheduling constraints
  • survey of existing conditions or site analysis

Designers can visually represent this information in a criteria and/or adjacency matrix

Research methods

Interviewing

Interviewing can be a valuable tool because the interviewer can pick up on non-verbal clues from the client. But there are pros and cons for the process, about the number of people being interviewed.

• Do a few people accurately represent the whole?
• People participate less as the group size increases
• Management presence in the interview can stifle honest answers from lower level staff

Observation

Observing what people do and how they act in a space can sometimes be more informative than listening to people speak about it. In other words, actions speak louder than words!

Questionnaires

The designer can also use questionnaires or written forms to collect information.

Questionnaires are most helpful when the designer needs feedback from a large group. The number of people would otherwise make interviewing a challenge.

Surveying

An existing building can be surveyed, field measured, and photographed as part of site analysis. The survey of existing conditions takes into account location, views, and solar orientation.

A field survey should include:

• Copy of architect's drawings, if available. Otherwise, drawings are completed by designer.
• Physical site visit(s)
• Research to uncover any building codes, zoning laws or local regulatory requirements
• Recommendations by outside consultants, if necessary
• Identification of non-load bearing items and built-ins
• Size and location of doors and windows
• Type and height of ceilings
• Electrical and data point locations, and condition/capacity
• Mechanical equipment types and locations and condition/capacity
• Plumbing fixtures and piping location, condition, and capacity of services
• Lighting fixtures and locations
• Orientation (true north)
• Potential sources of disruptive noise
• Architectural features
• Potential environmental problems

Inventory of existing FF&E

FF&E stands for furniture, fixtures & equipment. The designer creates a document listing FF&E requirements and an inventory for any design project when it will use existing items.

An FF&E inventory may include:

• List of existing furnishings that will be re-used or replaced
• Sizes of existing furniture & equipment
• Types and requirements of communication equipment
• Types and quantity of storage (bookcases, shelving, file cabinets, etc.)
• Electrical, A/V, mechanical requirements and locations on equipment
• Required needs (quality, ergonomic, color, or a special aesthetic)

Site analysis

Site analysis is investigating and evaluating the project context, site context and existing conditions. It is part of due diligence and a necessary part of the design process.

Site analysis includes:

• Surveying (described above)
• Project context: similar to the site survey, but puts the project more in context to its geographical surroundings.
• Building systems coordination: determines whether the building's existing systems are adequate for the planned design. This coordination is ongoing throughout the life of the project and typically involves hiring specialized consultants, such an architect, mechanical/electrical and structural engineer.
• Sustainable design is more important in interior design and identified in the programming phase.
• Square footage measurement standards (IDPX 2)

Analyzing programmatic information leads to a design concept and space planning solution that solves the problem.

Analysis Tools

The programming phase identifies functional solutions to the project's challenges. The design concept phase develops a physical solution.

In one to four sentences, a design concept specifies a physical approach, but is still flexible and somewhat broad.

For example:

The design of the spa will promote wellness, holistic healing and solitude. The muted color palette reflects the natural finishes. The spatial design will view the natural landscape. The design will incorporate organic forms and integrate natural lighting.

Diagrams

Diagramming takes information gathered in the programming phase and design concept. It represents the space adjacency solutions. A diagram shows priorities in space adjacencies.
You'll be tested on these along with other types of design communication in both IDFX and PRAC 2.0 also.

• Bubble diagrams – useful for single-level projects
• Adjacency matrices – shows adjacency priorities in a chart format
• Stacking/zoning diagrams – useful for multi-level projects
• Block plans/square footage allocations – illustrates square footage values in a diagram resembling a floor plan