As an AI language model, I can provide a few suggestions for designing a building that is both functional and aesthetically pleasing:
1. Define the Purpose and Function of the Building: Firstly, it's important to understand the purpose and function of the building. For instance, if it's a commercial building, you will need to consider the workflow and work environment of the employees as well as the clients. If it's a residential building, you will need to consider the needs and wants of the family and provide comfortable living spaces.
2. Focus on the Site and Location: Designing a building that is aesthetically pleasing should consider the site and the location where the building will be situated. You need to pay attention to the surrounding environment, consider the shape and form of the building that will would seamlessly blend into the existing landscape.
3. Work Space and Room Form: The design should consider how various spaces will be used, both functionally and aesthetically. It is important to ensure that each space, no matter the size, comfortable and accommodating, with ample light and air.
4. Material selection and Interior Design: Material selection should work in tandem with the architecture and design, complementing the shape, form, and environment of the building. The interior design should also work in tandem with the architectural design, creating an inviting and comfortable space.
5. Sustainability: Designing buildings that are environmentally efficient and sustainable is critical. Using sustainable building materials, green roofs, and solar panels can help lower energy costs and improve the environmental footprint of the building.
6. Collaboration: Creating an attractive building with seamless functionality often requires a team of experts in different areas, including architects, interior designers, engineers, and other professionals. The project should incorporate collaborative working, including design iteration and review between teams to ensure that it meets both aesthetic and functional requirements.
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