Using permitted side setback variations, he creates:
If you are an architecture student at UPD, a professional seeking Continuing Professional Development (CPD) points, or a homeowner in Laguna or Cavite looking to build, attaching "UPD" to Furushio’s name ensures you are getting the academic standard, not just commercial fluff.
Your design style will serve as the foundation for your space planning project. Consider the following:
You can find his latest visual tips and "Do’s and Don’ts" through his active social media presence and official platforms: Graphic Guide to Residential Design (PDF Ebook)
| Step | Action | UPD Parameter Influenced | |------|--------|--------------------------| | 1 | Site survey + UPD table from municipal code | Setbacks, FAR, height | | 2 | Determine maximum buildable area | FAR calculation | | 3 | Place fixed service core at most restricted setback | Side/rear setbacks | | 4 | Generate 3 massing options respecting occupancy limit | Lot occupancy rate | | 5 | Cut light/ventilation wells into mass | Permeable area bonus (some codes) | | 6 | Layout rooms on each floor, prioritizing cross-ventilation | Window-to-floor ratio | | 7 | Adjust final shape for human scale (max 12m from window to far wall) | None – human parameter |
Luis Furushio Residential Space Planning Upd Fixed
Using permitted side setback variations, he creates:
If you are an architecture student at UPD, a professional seeking Continuing Professional Development (CPD) points, or a homeowner in Laguna or Cavite looking to build, attaching "UPD" to Furushio’s name ensures you are getting the academic standard, not just commercial fluff. luis furushio residential space planning upd
You can find his latest visual tips and "Do’s and Don’ts" through his active social media presence and official platforms: Graphic Guide to Residential Design (PDF Ebook) Using permitted side setback variations
| Step | Action | UPD Parameter Influenced | |------|--------|--------------------------| | 1 | Site survey + UPD table from municipal code | Setbacks, FAR, height | | 2 | Determine maximum buildable area | FAR calculation | | 3 | Place fixed service core at most restricted setback | Side/rear setbacks | | 4 | Generate 3 massing options respecting occupancy limit | Lot occupancy rate | | 5 | Cut light/ventilation wells into mass | Permeable area bonus (some codes) | | 6 | Layout rooms on each floor, prioritizing cross-ventilation | Window-to-floor ratio | | 7 | Adjust final shape for human scale (max 12m from window to far wall) | None – human parameter |
