The Creative Design Process
The creative design process (also known as the engineering design process) is a series of steps that guide a team through developing a solution to a problem or challenge.
The process is structured and iterative, requiring a team to test and improve potential solutions along the way. Problems and challenges have many potential solutions. The solutions are limited only by the criteria and constraints of the challenge and the imagination of the team taking on the challenge.
There are many versions of the creative design process. Here are the seven steps of the creative design process used by INVENTORCLOUD:
- Identify a Need or Problem
The process begins by identifying a need or problem to be solved, fixed, or improved. This also includes identifying the criteria and constraints that define a successful solution.
Criteria: Requirements that must be included or addressed in a solution. Criteria may include performance standards, size, and other characteristics. For example, an architect has been tasked with designing a 3,000 square foot house.
Constraints: Limits or boundaries that impact the solution. Constraints may include time, budget, and available resources. For example, a web development team has a budget of $35,000 to complete a project. - Research
The second step is to conduct research. Research helps the team learn more about a problem and existing solutions. Research can be an ongoing part of the design process. Research may include visiting reputable websites, reviewing existing solutions, reading peer-reviewed journal articles, and interviewing potential customers. - Design
The third step in the process is to design potential solutions. The team uses the information they gathered during research to inform their designs. Design includes brainstorming ideas, creating digital or physical models, and choosing the design that best solves the problem. - Prototype
The fourth step in the process is to build a prototype of the solution. Prototypes are the first model of a potential solution. Prototypes are used for testing evaluating a solution. Prototypes can be physical, digital, mathematical, or conceptual. - Test and Evaluate
The next step in the process is to test and evaluate the prototype. This helps the team identify improvements, compare potential solutions, and ensure the solution meets the criteria and constraints. Testing and evaluating can include collecting qualitative & quantitative data, fixing and tweaking parts of the design, and brainstorming ideas for improvements. - Provide Feedback
The next step is to provide and gather feedback on the solution. The team can give feedback to each other or collect feedback from potential users and customers. Feedback helps validate and improve a solution. Feedback can be provided or collected at any point during the design process. - Communicate, Explain, and Share
The final step in the process is to share the solution with others. Sharing the solution may include presenting to an audience, demonstrating the solution, and explaining how the solution works.
