From Feasibility to Funding: 

Uncertainty is the word on the street – but as they say, change is the only constant, so how do we move projects from feasibility to funding in this environment?

David J. Vincent, one of Milbrandt’s principals and owners, shared his perspective on this topic as panel speaker at the BISNOW Multi-family Summit during a session entitled “From Concept to Completion: Navigating the Multifamily Development Lifecycle.  Managing Due Diligence, Feasibility, Costs, Construction Complexities, and Project Delivery Strategies”

A contingent of Milbrandt Architects and Project Managers were in attendance to learn from the perspective of builders, developers, and industry partners. A key theme in this discussion: balancing the strong demand for housing in the region with the various priorities of jurisdictions is a major source of slowdowns.  After the presentation, a representative from a city planning board asked Dave for his thoughts on how their department can help streamline the process; we’re grateful for attitudes of partnership rather than opposition as we work towards our shared goal of increasing housing supply (and therefore, affordability).

Another takeaway – involving your Architect in early phase project planning such as site planning in coordination with other consultants prevents costly re-work at later stages as we maximize unit count and check code compliance.  Cross-functional collaboration, good communication, and relationships remain core to a successful project, no matter the economic forecast.

Read more of Dave’s thoughts in this article

Preparing Homes for Climate Change and Natural Disasters

As the impact of climate change becomes more evident, architects are rethinking how homes are designed to withstand a range of natural disasters. From hurricanes and floods to wildfires and extreme heat, the threats are more frequent and severe, prompting a shift toward resilience in design. This forward-looking approach emphasizes not just sustainability, but adaptability and durability, ensuring that homes are not only environmentally friendly but capable of enduring an uncertain climate future.

One emerging trend in climate-adaptive architecture is the design of flood-resistant structures. In regions prone to flooding, architects are raising homes above projected flood levels, incorporating features such as stilts, water-resistant materials, and permeable landscaping that helps manage water flow. Floating homes are also gaining attention in flood-prone areas, built to rise and fall with water levels. These solutions prevent damage while offering flexibility for homes located near water sources, where the risk of flooding is highest.

Beyond water-related disasters, energy resilience is becoming a top priority. With frequent power outages caused by extreme weather, homes equipped with energy storage systems and renewable energy sources such as solar panels and wind turbines are increasingly popular. These systems allow homes to function off-grid during emergencies, providing energy independence when power grids fail. By integrating battery storage into residential designs, architects are ensuring that homes remain habitable even during extended blackouts, enhancing both safety and comfort.

In fire-prone regions, architects are turning to fire-resistant materials and innovative design strategies. Concrete, metal, and fiber cement siding are replacing traditional wood framing, reducing the likelihood of homes catching fire. Strategic landscaping, known as “defensible space,” is also being used to minimize the spread of wildfires. By creating buffers of non-flammable materials and plants, homes can be shielded from encroaching flames, providing valuable time for homeowners and firefighters to respond.

In addition to these disaster-specific approaches, architects are focusing on multi-functional materials that offer enhanced protection against a range of extreme weather conditions. Innovations such as impact-resistant windows, reinforced roofs, and durable, insulated exteriors are being used to strengthen homes against wind, debris, and temperature extremes. These solutions not only improve resilience but also offer energy efficiency benefits, reducing heating and cooling demands in both hot and cold climates.

As the climate continues to change, resilient design will be crucial in protecting homes from the increasing frequency of natural disasters. By embracing adaptive architecture, architects can ensure that homes are built to endure whatever challenges the future holds—offering both peace of mind and practical solutions for homeowners. The focus on resilience is more than a trend; it is a necessity in a world where environmental unpredictability is the new norm.

Moving Beyond Green Building Standards

In recent years, sustainable architecture has progressed significantly beyond conventional green building standards. While certifications like LEED and BREEAM have laid essential foundations, architects today are pushing the boundaries of what it means to design eco-friendly homes. They are embracing cutting-edge materials, advanced technologies, and innovative design approaches to create residences that not only reduce environmental impact but actively contribute to a sustainable future.

A key aspect of this evolution is the use of advanced materials. Traditional building materials are being replaced or supplemented with alternatives like carbon-positive concrete, reclaimed wood, and recycled metals. These materials reduce waste and energy consumption in their production and, in some cases, actively sequester carbon. Furthermore, biophilic design elements, such as living walls and green roofs, help integrate natural systems into the built environment, offering both aesthetic and environmental benefits.

Technological innovation also plays a critical role. Solar panels, once seen as a luxury, are becoming standard in many new residential developments. Paired with home battery systems, they allow homeowners to store and utilize solar energy even when the sun isn’t shining. Smart home technologies that optimize energy use, such as automated lighting and climate control systems, also contribute to making homes more energy-efficient while improving comfort for residents.

The focus on sustainable design practices extends beyond energy efficiency. Architects are now designing homes to be adaptable to future environmental challenges. Climate resilience is increasingly becoming a priority, with homes being built to withstand floods, hurricanes, and other extreme weather events. Additionally, architects are creating designs that allow for easy retrofitting of new sustainable technologies, ensuring that homes can evolve alongside advances in green technology.

Ultimately, sustainable residential design today is about more than just meeting the minimum standards set by green certifications. It’s about crafting homes that are in harmony with the environment—homes that minimize resource consumption, reduce waste, and are built to adapt to a changing planet. As the industry continues to innovate, architects will play a vital role in shaping the future of sustainable living.