| 1 | Choose Cost-Effective Materials | Invest in Strong Foundations | Utilize Advanced Technology |
| 2 | Use locally sourced materials like fly ash bricks or concrete blocks to reduce transportation costs. | A well-designed foundation is crucial for structural integrity, reducing future repair costs. | Use building information modeling (BIM) for planning and project management to avoid delays and cost overruns. |
| 3 | Plan Efficiently | Use Quality Reinforcement | Focus on Natural Ventilation |
| 4 | Optimize the design to minimize wasted space, reducing construction costs and materials. | Use high-quality steel and concrete for reinforcements to ensure durability and resistance to stress. | Design for cross-ventilation to reduce energy costs for cooling and enhance comfort. |
| 5 | Use Modular Construction | Consider Seismic Design | Implement Smart Home Solutions |
| 6 | Prefabricated components can save time and reduce labor costs, ensuring higher quality control. | In earthquake-prone areas, design buildings to withstand seismic forces by using appropriate structural elements. | Integrate smart technologies for energy management, improving comfort and reducing utility bills. |
| 7 | Implement Sustainable Practices | Regular Inspections | Optimize Energy Use |
| 8 | Incorporate energy-efficient technologies (like solar panels) to save on long-term energy costs. | Conduct regular inspections during construction to ensure adherence to safety standards and specifications. | Install energy-efficient appliances and lighting to minimize power consumption during operation. |
| 9 | Hire Experienced Labor | | Plan for Future Expansion |
| 10 | Skilled labor can improve construction quality and efficiency, reducing mistakes and rework. | | Design spaces that can accommodate future extensions without major renovations, saving costs in the long run. |
