Visual representation of plans and elevations is one of the essential stages in presenting design projects. It serves as a means of transforming design ideas and concepts into a clear and integrated visual language that facilitates project understanding and highlights its functional, aesthetic, and technical dimensions. Design presentation is no longer limited to displaying conventional engineering drawings; rather, it involves the application of various artistic methods and digital technologies that give a project a distinctive visual identity and reflect the quality of its design concept. The importance of visual representation lies in organizing the elements of plans and elevations through a balanced use of lines, colors, symbols, annotations, and dimensions, ensuring clarity and ease of interpretation. Coloring, rendering, material textures, shadows, and lighting techniques also contribute to highlighting architectural and design details, illustrating the relationships between interior and exterior spaces, and communicating the aesthetic and functional characteristics of the selected materials. Technological advancement has significantly transformed the methods used in design project presentation through the integration of computer-aided design, architectural drawing, and three-dimensional modeling software, such as AutoCAD, SketchUp, 3ds Max, and Adobe Photoshop. These applications provide designers with extensive capabilities to develop floor plans, render elevations, incorporate visual effects, and produce professional presentation boards that combine engineering accuracy with aesthetic quality. Furthermore, digital visualization and artificial intelligence have become valuable tools for enhancing visual communication and accelerating design production processes. Another essential aspect of visual representation is maintaining consistency between floor plans, elevations, and three-dimensional perspectives. All visual elements should communicate the same design concept without contradictions or inconsistencies in details. Achieving this requires designers to possess artistic and technical skills, including an understanding of visual composition, color relationships, rendering techniques, and the selection of appropriate presentation methods according to the nature of the project and its intended audience. The significance of visual presentation extends beyond aesthetics to include its role in facilitating communication between designers, implementation teams, and project users. A well-organized and clearly presented design helps communicate the proposed concept, evaluate alternative solutions, and support informed decisions before the construction or implementation stage. It also enables designers to communicate their ideas professionally and effectively, increasing the potential for project success. In light of the rapid developments in digital design, visual representation has become an essential tool that integrates engineering knowledge, artistic perception, and modern technology. It enables the production of comprehensive design projects characterized by accuracy, innovation, and visual appeal, emphasizing that design quality lies not only in the originality of an idea but also in the ability to translate and communicate it through an effective and clear visual presentation.