What we consider before starting a floor plan
When people see a floor plan on a screen or a sheet of paper, it looks simple enough—a collection of walls, doors, and windows neatly arranged. Many assume that starting a project in AutoCAD is as straightforward as opening the software and drawing lines. In reality, drafted lines are just the final step of a much larger workflow.
Before drawing a single wall in AutoCAD, an architect or designer must balance site realities, regulatory rules, human beliefs, and even construction materials. Here is the actual workflow behind starting a proper floor plan.
Addressing Vastu and Cultural Beliefs
One of the first hurdles in spatial planning is deciding how to handle Vastu Shastra or traditional spatial orientations.
The Pragmatic Approach: Client perspectives on Vastu vary wildly—some strictly adhere to it, others ignore it completely, and many are anxious about making a mistake.
Balancing Functionality with Belief: Vastu should never be used to induce fear or force impractical design choices. Whether a client follows Vastu or not comes down to their personal belief system. As designers, our goal is to respect the client's preferences while ensuring the house remains logical, functional, and well-ventilated. (We will dive much deeper into my complete take on Vastu in a dedicated upcoming post).
Establishing AutoCAD Setup and Local Authority Guidelines
Once the orientation and mindset are clear, the technical workflow begins in the software and on paper.
Setting the Correct Units: The first technical command in AutoCAD is setting your drafting units—Imperial (Feet & Inches) or Metric (Millimeters). This depends entirely on site standards, regional contractor norms, and local submission requirements.
Evaluating Local Building Bylaws: A common mistake is designing purely to a client's preference while ignoring municipal regulations. Building bylaws dictate setbacks, maximum plot coverage, and usable built-up area. Designing according to local authority rules ensures your project stays legal, safe, and contextually harmonious with the neighborhood.
Spatial Arrangement, Circulation, and Core Elements
With the legal boundary and units set, it is time to translate client requirements into physical spaces.
Zoning and Space Management: Rooms must be arranged logically to minimize wasted square footage and ensure comfortable room proportions.
Circulation and Ventilation: A good plan ensures clear pathways throughout the house without awkward choke points, while maximizing natural cross-ventilation and daylight.
The Staircase as an Anchor: Positioning the staircase is often the most critical structural decision in early layout planning. It dictates vertical circulation, structural support alignment, and access to upper floors or future expansions.
Designing for Real-World Construction Realities
Great designers draft with the builder in mind. A floor plan isn't just a 2D drawing—it is an instruction manual for site workers.
Mindful Material and Formwork Dimensions: Consider how the structure will actually be executed on site, particularly during slab casting and formwork (centering). For example, shuttering/centering plates often come in standard 3-foot widths. If a layout creates an awkward extra 1 or 2-inch gap along a margin, site workers have to wedge in custom wooden filler blocks, adding unnecessary labor and potential finishing flaws.
Bridging CAD and the Construction Site: Accounting for standard material sizes and structural execution upfront saves money, speeds up construction, and results in cleaner concrete finishes.
This is how we start our drafting. This is how we approach our planning. This is how we think when preparing a floor plan in AutoCAD.
Designing doesn't mean just drawing a bunch of lines, dividing up a space, placing a few items inside, and calling it a home. No.
We think through every detail—from regional bylaws and site units to how a worker will lay the shuttering plates on site. That’s how a real home is designed.