1. Study the Existing Solution

This step frequently entails researching an existing structure in the case of architects and engineers. It’s possible that you’ll need to design a replacement for an existing structure. Alternatively, you may already have a model that a client has rejected. In either instance, the first step is to assess the current situation. Look for any issues and discuss them with your client.

2. Model the Current Solution

As part of your structural analysis, you might want to make a model of the present structure. This is where you put the information you gathered in step 1 to good use. The model depicts the flaws you’ve discovered in a visual format.
You can use this model to show why a client could require a new solution on occasion. They might not be aware of the issues you bring up.

3. Model the Physical Environment

The physical environment includes lighting, the land, and the flow of people. These external influences must be taken into account by architects and engineers when conducting structural analyses.
Building information modelling may be useful once more. You can utilise the information you’ve gathered to figure out how the physical environment influences your model. Consider the illumination as well as the structures in the area.

4. Evaluate the Alternatives

Clients may want to see that the solution you develop is the best. As a result, you must weigh your options.
Examine each one separately, identifying its benefits and drawbacks. Use these data to demonstrate why your model is the best option. In creating information modelling, the use of numerous models is also beneficial. It helps you to find and compare different options.Use the information you’ve gathered in a variety of ways to see how it affects the model you’ve created.

5. Choose the Best Method

Step 5 may have revealed that a different approach is preferable to the one you devised. Don’t overlook this.
Make the switch if a different method provides a superior answer. Keep in mind that you want to provide your client with the greatest available option. This may necessitate the discarding of past work. However, providing the best answer to the problem is worthwhile.

 6. Create the Graphical Specs

This is something you’ll almost certainly have done along the process. After all, the model you build is a piece of artwork in and of itself. You may also have a variety of 2D and 3D illustrations. As a result, this final phase frequently entails making minor adjustments in order to meet the final presentation requirement. You may need to think about how you’ll render the finished model, for example. Alternatively, you may need to think about which digital design programmer is suitable for the model. Some people start with simple design software and then progress to more advanced tools later.