We specialize in high-impact solutions that transform homes into functional, flexible sanctuaries for all ages. When designing for multiple generations, we focus on balancing private living quarters with shared family zones.
Key strategies we use to support multigenerational living include:
- Dual Primary Suite Additions: We create two master-style suites, often on separate floors or opposite sides of the home, to provide maximum privacy and noise reduction for both generations. These can include spa-like Bathroom Remodeling features such as custom steam showers and heated floors.
- Accessory Dwelling Unit (ADU) Construction: For complete independence, we build secondary units with their own kitchens, bedrooms, and separate entrances. This is an ideal solution for aging parents or adult children to stay close while maintaining autonomy.
- Aging-in-Place Features: We incorporate universal design elements such as zero-threshold entries, 36-inch wide doorways, lever handles, and curbless showers. These features enhance safety and comfort for everyone, from young children to seniors.
- Garage-to-Suite Conversions: We can transform underused garage space into a code-compliant suite by reinforcing floors, adding proper insulation, and installing egress windows.
- Open-Plan Shared Zones: We design connected kitchen and living areas with clear sightlines, allowing for easy supervision and shared activities, complemented by soundproofing in private areas to maintain quiet comfort.
Our Design Build Services provide single-point accountability, managing everything from Centennial permitting to final finishes. Please note that estimates are preliminary and subject to change after site inspection and a full scope review; project outcomes and timelines may vary based on site conditions, permitting, and material availability.
Let us help you get your project started. Contact us today to Request a Quote or Call Us 24/7 to discuss your family’s unique needs.
Related FAQs
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What Factors besides Material Costs Influence the Price per Helical Pier?
Read More »: What Factors besides Material Costs Influence the Price per Helical Pier?While material costs are a significant factor, the total price per helical pier is influenced by several logistical, environmental, and technical variables. Beyond the steel itself, the following factors determine the final cost: Soil Conditions: The type of soil (such…
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Are There Additional Fees for Permits and Engineering Included in the Cost per Helical Pier?
Read More »: Are There Additional Fees for Permits and Engineering Included in the Cost per Helical Pier?In most cases, permits and engineering fees are not bundled into the base material and labor cost per pier. Instead, they are treated as separate line items. According to ACN Construction, it is important to understand how these costs are…
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How does the Expense of Installing Helical Piers Compare to Other Foundation Repair Methods?
Read More »: How does the Expense of Installing Helical Piers Compare to Other Foundation Repair Methods?When evaluating foundation repair, helical piers typically have a higher upfront cost per unit compared to other methods, but they offer specific performance and installation advantages. The cost for helical piers generally ranges from $2,000 to $5,000 per pier. Here…
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How does the Required Installation Depth Affect the Total Cost per Helical Pier?
Read More »: How does the Required Installation Depth Affect the Total Cost per Helical Pier?The required installation depth is a primary factor in determining the total cost of a helical pier because the price is directly tied to the amount of material and labor used. According to ACN Construction, depth affects the cost in…
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Why do Contractors Often Charge per Helical Pier Location Rather than per Individual Pier?
Read More »: Why do Contractors Often Charge per Helical Pier Location Rather than per Individual Pier?Contractors utilize a per-location pricing model for helical piers because it accurately reflects the specific labor, engineering, and material requirements of each individual support point. This approach is considered an industry best practice for foundation stabilization for several reasons: Independent…
