How Is a Conceptual Design
A conceptual design is a blueprint that serves as a foundation for the entire product development process. It identifies the steps and requirements for formulating, developing, executing, and marketing the new product while evaluating its value-add to the customers. Moreover, it also considers the budget and timeframe for the project. A well-established conceptual design will provide a clear direction to the designers and developers in creating an accurate and quality product.
The purpose of a conceptual design is to take the broader concepts that a client or a company has for their product and create a visual representation of them. It is important to note that a concept design is not a precise plan and may change as the development process continues. However, it should be as close to the final product as possible and should serve as a framework for developing a production-ready design.
This phase is crucial to the success of any project as it lays down the foundation for the development stage. This is because a design that doesn’t have a solid base can lead to costly mistakes later on in the development process. It’s also essential to make sure that a conceptual design is complete and covers all aspects of the final product.
How Is a Conceptual Design Different From a Logical Design?
During this phase, the architect will take the client’s initial ideas and visualize them on paper. The architect will also look at different options and choose a structure that fits the site and is code compliant. In addition, they will take into account the needs of the home owner and listen to their concerns.
A good conceptual design will incorporate the clients’ personal style into the overall look and feel of the building. The architects will take into account the location of the house, how it will be used and the current trends in design. They will then use this information to help the homeowner choose the right type of structure for their property.
The difference between a conceptual design and a logical model is that the former identifies the highest level of connections between entities and includes only relevant elements. In contrast, a logical data model defines the relationships between the entities in more detail and is independent of the database system that will be used.
When creating a logical design, the designer should validate the model by checking it against business requirements and consulting with stakeholders, end-users and developers to ensure that it accurately represents the required data. This will also be an opportunity to identify and resolve any potential issues in the design.
After the logical model is completed, the next step is to create a physical data model. This will take the logical model and translate it into the physical form of tables, columns and relationships. The resulting file will then be imported into the database for implementation. This step is where the design becomes tangible and the final product can be built.