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Showing posts from September, 2026

WEEK 5: WALLS

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This chapter taught me that walls do much more than simply divide spaces. They can provide structure, privacy, acoustical control, fire protection, insulation, and visual interest . As interior designers, understanding how walls are constructed is important because the wall system affects both the function and appearance of a space. There are three main types of wall framing systems discussed in the chapter: stud walls, concrete and masonry bearing walls, and structural frame walls . Stud walls are commonly made from wood or light-gauge steel and typically use 2×4 or 2×6 studs. The spacing of the studs can vary depending on the construction. Walls can also contain insulation, such as batt, cellulose, or rigid insulation. I thought it was interesting that more sustainable insulation options can include recycled paper, recycled denim, and natural fibers . The chapter also covered many different interior wall finishes, including paint, tile, wood, brick, stone, and textiles . Choosing a...

WEEK 4: STRUCTURAL SYSTEMS

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This week's reading and PowerPoint helped me understand how important structural systems are to a building, even though interior designers generally do not design the actual structural system. The main purpose of a structural system is to carry the loads of a building and transfer those loads down to the foundation. The three main structural systems discussed were bearing walls, stud walls, and structural frames . I learned that interior designers need to understand these systems because the structure of a building can affect the interior layout, walls, openings, and other design decisions. If a project requires changes to the structure, an architect or structural engineer may need to be involved. I also learned about the basic requirements of a good structural system, including stability, strength and stiffness, and economy . Buildings have different types of loads that the structure needs to handle, including tension, compression, and deflection. The PowerPoint also introduced se...

WEEK 3: SITE CONSIDERATION

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This week, I learned about how important the building site is to the overall design of a building. The site is not just the piece of land where a building is placed. Designers have to think about the sun, wind, rain, views, landscaping, surrounding buildings, and how people will move around the site. The architect is mainly responsible for placing the building, but landscape architects, civil engineers, and interior designers can also be involved in the process. The location and orientation of a building can affect energy use, natural lighting, and the comfort of the people inside. There are three main categories of site considerations: regulatory, aesthetic, and environmental . Regulatory considerations include zoning, building codes, accessibility, setbacks, and building height. Aesthetic considerations involve views and existing features that should be preserved or highlighted. Environmental considerations include natural features, plants, water, weather, and human-made conditions ...

WEEK 2: HOLISTIC APPROACH

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This week’s reading introduced the idea of taking a holistic approach to building design and construction. Instead of only thinking about how a building looks, designers need to think about the building as a whole. This includes the environment, materials, energy use, health and safety, cost, and the people who will use the space. Interior designers also have moral, ethical, and legal responsibilities . They must protect the health, safety, and well-being of people while also considering the impact that their design choices have on the environment. One of the major ideas from the chapter is Building Information Modeling (BIM) . BIM creates a three-dimensional computer model that allows different members of a project team to work together and share information. Architects, interior designers, engineers, contractors, and other specialists can all be involved earlier in the design process. This can help find conflicts between building systems before construction begins, which can reduce ...