Based on the outline of the drawings, it is said that various geometric principles are used. This is to ensure that all the drawings can abide with the necessary design capabilities (Schuh, Schiffer, & Ortlieb, 2014). From the diagrams that have been outlined, various methods are used to make sure there are suitable means that are used to make sure there is a good form of plan (Roojen, 2007). The diagrams and drawings that are outlined might be based on the fact that the drawings are represented in scales. This makes it simple to make it easy for the developer to come up with a good plan (Cadenas & Megson, 2004).

The use of the concept that is based on the design of various concepts makes it easy for the developer to have good means that should be utilized. The design regarding using the geometric principles makes the users have the necessary concepts that are needed in the design of the diagram (Raykov & Amemiya, 2008). From the drawings, it is seen that there is proper labeling and this represents the concept of enlargement and similarity is used to show how various drawing are used to represent a real life figure (Motro, 2009). Therefore, based on this feature, it is important to note that the design of different methods that are used to make sure that at all times there is a real mean that is used to represent the drawings based on the structure of what is being represented. It is important to note that in any drawing, the important concept is the application of design that is described in the cases that have been outlined (Garrofé, 2009).

About structural models, various methods should be used to come up with the necessary methods that should be used to show how the drawings should be developed. From the structural designs, it is seen that the design of various products follows a given routine (Koehl & Parizet, 2006). As a result, it can be outlined that the basics of the design start with lines and different angles that are measured. This is done to ensure that the design can be represented in a manner that will make the design achieve the necessary methods that are required to make the design have the necessary features that are used to make the model that can be used to illustrate the blueprint of the real life element (Herbert, 2012). This assists the developers as the already know how any given structure will look like.

In conclusion, it can be noted that it is important to have the basic designs to achieve good qualities of the end product. The use of the design technique will play a critical role in developing a prototype of any model that is being developed. Therefore, in the end, these structural and architectural plans are important since they act as an excellent background to prepare the necessary platform that is used to come up with the necessary design features that make the achievement of goals and objectives of the design present (Wei, 2015). Due to that fact, it can be outlined that the role of structural design is to ensure that at all times the necessary prototyping rule is applied when coming up with such designs. Therefore, the role of architectural and structural plans is to present the essential features that are required to develop a design of any given model.




Cadenas, O. & Megson, G. (2004). A clocking technique for FPGA pipelined designs. Journal Of Systems Architecture, 50(11), 687-696.

Garrofé, J. (2009). Structural displays. Barcelona: Index Book.

Herbert, A. (2012). Neural Architecture Based on Hadamard Designs. The Open Neuroscience Journal, 6(1), 1-9.

KAUR, N. & SAINI, H. (2014). Consumers preferences for developed designs of one piece dresses inspired from architecture and evaluation of constructed designs. ASIAN JOURNAL OF HOME SCIENCE, 9(2), 442-445.

Koehl, V. & Parizet, E. (2006). Influence of structural variability upon sound perception: Usefulness of fractional factorial designs. Applied Acoustics, 67(3), 249-270.

Motro, R. (2009). An anthology of structural morphology. Singapore: World Scientific.

Raykov, T. & Amemiya, Y. (2008). Testing Time-Invariance of Variable Specificity in Repeated Measure Designs Using Structural Equation Modeling. Structural Equation Modeling: A Multidisciplinary Journal, 15(3), 449-461.

Roojen, P. (2007). Structural package designs =. Amsterdam: Pepin Press/Agile Rabbit Editions.

Schuh, G., Schiffer, M., & Ortlieb, C. (2014). Scenario-Based Determination of Alternative Product Architecture Designs. AMR, 1018, 555-562.

Wei, J. (2015). Study of the Optimization of Structural Designs in Residential Buildings. World Construction, 4(3), 44.


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