Eight Steps in the Design Process | ECLKC (2024)

Program design elements, such as group size, classroom size, the indoor-outdoor relationship, and easily accessed diapering and toileting facilities with adjacent handwashing sinks, all have a great impact on the functioning and design of a child care center. Program directors and facilities managers can use this article to further their understanding of all aspects of building design and costs.

  1. Feasibility Study
  2. Programming
  3. Schematic Design
  4. Design Development
  5. Construction Documentation
  6. Bidding and Negotiation
  7. Construction Administration
  8. Post-Occupancy Training

1. Feasibility Study

This first step undertakes to examine the issues that will make the project feasible or unfeasible, and in some cases to determine the best strategy for proceeding with the project. The following may be addressed in the Feasibility Study:

  • Budget and scope of the project: Will the proposed project work at the desired budget?
  • Site analysis: Is the site chosen suitable? Is it zoned for the project? Are there sufficient parking, utilities, etc.?
  • What is the best strategy for developing the project on a given site?
  • What is the optimal size and type of building and play yard? Will a specific building work?
  • Is the building or site chosen structurally sound? What will be required in the way of soils tests, seismic upgrades, etc.?
  • How will other site considerations, such as sound levels, traffic, etc., affect the project?
  • Are there any toxins or hazardous materials to be dealt with?
  • What other cost, planning, and design constraints might the project run into?
  • Preparation of a report, which documents all of the findings of the study and makes recommendations for proceeding with the next steps of the project.
  • By addressing these questions up front, we can avoid costly and frustrating surprises down the road.

2. Programming

Programming is the process used to arrive at the set of criteria on which the design is based, and by which it is later evaluated. The programming phase is where the project is built—not brick by brick, but decision by decision. This is the time when a common vocabulary for the project is created, and preferences and requirements are determined and built into the overall picture before time is invested in design.

One of the most important purposes of the program is to reduce the need for later backtracking and redesign. A thorough programming process is essential for maintaining an orderly and cost-effective design process later in the project. We have found that many problems that people encounter with the design of their centers could have been avoided with a thorough programming process. When working with a construction professional they may go through a detailed list of criteria in looking for program needs that translate into square footage or other design requirements. For example, one of many questions for infant care that we would ask would be if the school or parents will provide the diapers, and if cloth or disposable diapers would be used. In this simple example, if the design does not accommodate the center’s needs, there will be problems with storage space, delivery, and odors in the classrooms.

Programming usually involves a meeting or series of meetings with the center’s director, and in many cases the teachers, other staff, and possibly parents. In the programming meetings, the client’s specific goals, priorities, and uses for the spaces are discussed in detail. All of the requirements of the project are then put into a clearly-organized written program, which will be a reference throughout the design process.

Items specifically analyzed in the programming phase typically include the following:

  • Goals, needs, wishes, limitations, expectations, aesthetics.
  • Scope of work: the number of children in the program; size of the building; number of rooms; room adjacencies.
  • Activities to occur in each room and outdoor play area.
  • The Center’s Education Program: Pedagogical philosophy; parent interaction; staffing; meals; etc.
  • Classroom observation.
  • Safety and security requirements.
  • Existing and new utility locations and requirements.
  • Site context: Weather, noise, solar access, vehicular access, handicap accessibility, sense of entry, site analysis.
  • Codes and regulations: Outline of planning and building department parameters.
  • Budget and priorities: Preliminary cost analysis usually based on area and/or volume, to be refined later.
  • Project Scheduling.
  • In the case of reusing an existing building: Carefully document and evaluate present building and its conditions. Determine what can be reused, what must be discarded, what must be rebuilt.

3. Schematic Design

Based on an approved Program, the Schematic Design synthesizes the program into a defined, feasible design. The design will be shown in the form of Schematic Drawings, and in some cases a study model. The Schematic Design will address all significant areas of design and will be reviewed with the client before proceeding with more detailed drawings. A preliminary cost estimate is also usually provided at this stage.

Work in this phase typically includes the following:

  • Complete preliminary building floor plans, sections, and elevations to determine space dimensions, areas, and volumes; sketches and site plans showing circulation, uses, relationships of spaces.
  • Complete room layout of all child-related furniture, plumbing fixtures, etc.
  • Preliminary material choices.
  • Preliminary landscape concepts.
  • Preliminary play yard layout.
  • Study model, if appropriate.
  • Address preliminary mechanical, electrical, and plumbing issues.
  • Answer preliminary civil engineering questions (paving, grading, drainage, etc.) and structural engineering questions (structural system, soils, etc.).
  • Coordination with engineering, landscape, and other consultants as necessary (structural, mechanical, electrical, landscape, civil engineers, etc.).
  • Code research and coordination with regulating agencies (licensing, building department, planning department, etc.).
  • Preliminary cost estimate.
  • Present design to interested parties.
  • Revise design subsequent to client discussions.

4. Design Development

Based on an approved Schematic Design, Design Development is the process of refining and fixing the design, and working out all the details, including the selection of materials and the engineering systems. The aim is to finalize all design decisions before proceeding with Construction Documents, the more detailed and expensive documents that the contractor will need to complete the project. A more detailed cost estimate may also be provided at this phase. In smaller projects, Design Development may become part of the Schematic and Construction Document phases, rather than being a distinct phase of its own. The Design Development package will be reviewed with the client before proceeding further with the project.

Work in this phase typically includes the following:

  • Finalize all engineering issues such as structural system, heating and cooling systems, lighting system, etc..
  • Coordinate with other design consultants, such as mechanical engineer, acoustical engineer, structural engineer, landscape architect, etc., on final systems and design.
  • Finalize construction techniques and materials.
  • Finalize equipment requirements, sizes, furniture layout.
  • Finalize all design issues that affect the look of the building and the feel of the rooms.
  • Choose finish materials.
  • Finalize code issues.
  • Complete outline specifications, a written list of criteria for materials and building methods.
  • Revise cost estimate, considering probable labor and material requirements.

5. Construction Documentation

Based on approved Design Development documents, construction drawings and written specifications are put together which describe in detail all of the construction work to be done. These are the documents upon which the construction contract will be based, and which the contractor will use to build the project. If a building permit is required, the application is usually made at the end of Construction Documentation.

Work in this phase typically includes the following:

  • Prepare specific and detailed Construction Drawings required to bid, apply for approval from building and planning departments, and complete construction. These may include dimensioned floor plans, elevations, sections, details, engineering plans such as electrical, mechanical, structural, and/or civil engineering plans, landscape plans, final interior design plans, energy report, and written Specifications that covering all materials, methods of construction, and construction contract requirements. Specifications are closely coordination with construction drawings.
  • Complete all coordination with consultants. Coordination of consultants’ Drawings and written Specifications is essential to avoid conflicts between the various trades during construction.
  • Resolve any outstanding building or planning code issues.
  • Apply for permit if required.

6. Bidding and Negotiation

The project is put out to bid, a contractor is selected, and a construction contract is drawn up between the contractor and the client.

Work in this phase typically includes the following:

  • Prepare documents for bidding such as the Invitation to Bid, Instructions to Bidders, Bid Form, etc.
  • Advertise bids and solicit contractors to bid on the project.
  • Coordinate and provide bid documents to bidders.
  • Check bidders’ qualifications (references, insurance, experience, personnel, etc.).
  • Provide additional information (in the form of Addenda to the Construction Documents) as needed to bidders.
  • Meet with contractors and material suppliers.
  • Receive bids.
  • Assist client in negotiation and preparation of Owner/Contractor Agreement and other necessary documents.

7. Construction Administration

On-site observation and conscientious administration of paperwork throughout construction is necessary to assure that communication flows smoothly, that high standards are maintained, and that the client gets their construction money’s worth.

Work in this phase typically includes the following:

  • Make periodic site visits while project is under construction, observing construction for compliance of design intent.
  • Conduct on-site meetings with contractors, suppliers, client, etc.
  • Administrate changes with client and contractor.
  • Clarify drawings as required.
  • Answer contractor's questions.
  • Complete additional drawings as required.
  • Process numerous documents and paperwork for contractor's payment, changes, submittals from the contractor, etc.
  • Participate in resolution should any disputes arise during construction.

8. Post-Occupancy Training

After construction is complete, we work with teachers and staff on use and enhancement of developmental design, incorporating age-appropriate activities and experiences, and showing staff how the environment can be altered according to their needs.

On-site training and/or phone consultation with administrative and program staff are available as needed for each center upon completion of the construction project.

SOURCE: Torelli, Louis and Durrett, Charles. www.spacesforchildren.com. n.d. English.

Read more:

Facilities Planning

, Program Planning

Resource Type:Article

National Centers:Program Management and Fiscal Operations

Audience:Directors and Managers

Last Updated: August 8, 2023

Eight Steps in the Design Process | ECLKC (2024)

FAQs

Eight Steps in the Design Process | ECLKC? ›

The engineering design process includes eight general steps: identify the problem, research, specify requirements, brainstorming and conceptualization, develop solutions, prototype, test and evaluate, and refine and iterate, ending with communicating results.

What are the 8 steps in the design process? ›

There are as many as eight steps in the engineering design cycle:
  • Clarify the problem.
  • Research.
  • Brainstorm solutions.
  • Decide on a solution.
  • Develop the solution.
  • Build a prototype.
  • Test the prototype.
  • Redesign as needed.

What is the 8 step engineering process? ›

The engineering design process includes eight general steps: identify the problem, research, specify requirements, brainstorming and conceptualization, develop solutions, prototype, test and evaluate, and refine and iterate, ending with communicating results.

What are the 7 steps in design process? ›

Here is a comprehensive overview.
  • Define the Problem. Understanding a problem is the first step towards solving it. ...
  • Conduct Research. ...
  • Brainstorm & Conceptualize. ...
  • Create a Prototype. ...
  • Select & Finalize. ...
  • Product Analysis. ...
  • Improve Product Design. ...
  • Big Bolt Makes The Design Process Easier.
Feb 2, 2022

What is the 8 design principle? ›

The eight principles of design are balance, contrast, emphasis, movement, proportion, repetition, white space, and unity. These principles are essential for creating visually appealing compositions and effective design techniques.

What is the design process involves? ›

It typically involves five stages: empathize, define, ideate, prototype, and test.

What are the eight engineering practices? ›

Science and Engineering Practices
  • Ask Questions.
  • Develop and Use Models.
  • Plan and Carry out Investigations.
  • Analyze and Interpret Data.
  • Use Mathematics and Computational Thinking.
  • Construct Explanations.
  • Engage in Argument from Evidence - including dialogue.
  • Obtain, Evaluate, and Communicate Information.

What are the stages of design planning? ›

The following high-level design planning framework provides a step-by-step process to create a comprehensive plan for digital product development.
  • Step 1: Understanding the Problem. ...
  • Step 2: Establishing Design Principles and Guidelines. ...
  • Step 3: Creating Information Architecture. ...
  • Step 4: Defining Interaction Design.
Jul 11, 2023

What are the steps in the design cycle? ›

To teach a design cycle to a team member, familiarize yourself with the process's four phases: Planning, development, creation, and evaluation. It is important to follow the general outline of each phase while also allowing for adjustments in the steps to increase the likelihood of project success.

What are engineering design process steps? ›

The engineering design process begins by defining a problem and completing background research on the problem. Requirements are specified and a solution is chosen. A prototype of the solution is built and then tested. If the solution built meets the requirements then the results can be shared.

What is the correct order of the set design process? ›

Creating a set design from start to finish involves following these 4 steps:
  • Step 1: Read the Script. The first job of every single crew member on a film is to read the script. ...
  • Step 2: Conceptualize & Draw. ...
  • Step 3: Planning & Budgeting. ...
  • Step 4: Bringing the Set to Life.
Jul 13, 2020

What are the 6 stages of process design? ›

To develop popular and profitable new products, organizations must intelligently plan their new product design process. This process can be broken down into six stages: ideation, research, planning, prototyping, testing, and product launching after feedback and iterations.

What is the design process technology grade 8? ›

Steps of the technological design process include: identify a problem, research the problem, generate possible solutions, select the best solution, create a model, test the model, refine and retest the model as needed, and communicate the final solution.

What are the 11 steps in the design process? ›

The steps outlined below offer a structured format for a formal design process based on models from industry.
  • Analyze the situation. ...
  • Write a brief. ...
  • Research the problem. ...
  • Write a specification. ...
  • Work out possible solutions. ...
  • Select a preferred solution. ...
  • Prepare working drawings and plan ahead. ...
  • Construct a prototype.

What is step 7 in basic steps of design process? ›

Prototypes are built quickly for a reason. Chances are that you will create a few of them while you perfect the design. Step seven is not so much a step as it is backtracking to the planning phase and determining what should be changed in your design, building a new prototype, and testing again.

What is the design process PLTW? ›

Students will perform research to select, define, and justify a problem. After carefully defining the design requirements and creating multiple solution approaches, teams of students select an approach, create, and test their solution prototype.

What are the basic steps of system design? ›

Let's discuss each step in detail with a real case study:
  • Step 1: Requirements clarifications. ...
  • Step 2: Back-of-the-envelope estimation. ...
  • Step 3: System interface definition. ...
  • Step 4: Defining data model. ...
  • Step 5: High-level design. ...
  • Step 6: Detailed design. ...
  • Step 7: Identifying and resolving bottlenecks.
Feb 22, 2023

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