Blogs
Aesthetics
Designing Modern Police Stations That Are Sustainable and Community-Oriented
May. 15, 2025
Designing a police station today requires a holistic approach that embraces environmental sustainability, community engagement, adaptability, and human- scaled aesthetics. Architects now must balance traditional security needs with goals like net-zero energy, public transparency, and future-proof flexibility. Drawing on recent case studies and research, this article explores four key themes for U.S. police stations: Sustainable and Resilient Design, Community-Centered Design, Adaptability and Future-Proofing, and Façade Materials. Throughout, we highlight lessons from exemplar projects (e.g. Cincinnati District 3 and Aspen PD) and peer-reviewed studies on how physical design affects public trust and safety. The aim is a structure that serves citizens and officers alike – a “civic” building rather than a fortress.
Integration of Lighting in Ceiling Systems
Sep. 27, 2024
Lighting is a fundamental element in shaping both the atmosphere and functionality of any space. The thoughtful integration of lighting into ceiling designs can elevate a room’s aesthetic while enhancing its usability. Whether subtle and functional or bold and artistic, the interaction between lighting and ceiling architecture plays a crucial role in creating a complete and harmonious environment. This article explores the intricate relationship between lighting and ceiling design, offering insights into various design styles, technological innovations, and best practices.
Lighting serves two primary purposes: functionality and ambiance. Functional lighting ensures that spaces are well-lit for specific tasks, while atmospheric lighting helps create a mood and enhance the overall design aesthetic. To achieve both effectively, lighting should be considered early in the design process, particularly when working with ceilings.
Ceilings offer expansive, often underutilized surfaces where lighting can be seamlessly integrated. By incorporating lighting into ceiling systems, designers can avoid cluttering walls with fixtures and allow for broader, more even illumination. When done thoughtfully, the ceiling becomes a key architectural element, amplifying the room’s design while maintaining functionality.
7 Ceiling Design Trends Revolutionizing 2025’s Modern Architecture
Sep. 26, 2024
In the ever-evolving world of interior design, a revolution is happening right above our heads. Ceilings, once the forgotten “fifth wall”, have become bold, statement-making canvases that elevate entire spaces.
As we venture into this new era of design, modern ceilings are no longer just about aesthetics—they’re about function, sustainability, and the seamless integration of technology. Let’s explore the top trends and design ideas that are transforming ceilings into the centerpieces of modern interiors.
Sustainability is no longer a buzzword; it’s a necessity. Today’s ceiling designs are embracing eco-consciousness with open arms. From recycled materials to energy-efficient designs, green ceilings are making a significant impact on both the environment and interior aesthetics.
Recycled and reclaimed materials are finding new life overhead. Salvaged wood planks bring warmth and character, while recycled metal tiles add an industrial chic flair. These materials not only reduce waste but also infuse spaces with unique textures and patinas that tell a story.
Energy-efficient designs are another hallmark of sustainable ceilings. Integration of LED lighting systems into ceiling designs not only saves energy but also allows for creative illumination patterns. Some innovative ceiling systems even incorporate photovoltaic cells, turning your ceiling into a subtle energy generator.
All of Longboard’s aluminum ceiling products exemplify this trend. Made from 100% recyclable architectural aluminum and capable of integrating with energy-efficient lighting and HVAC systems, these products offer a stylish, durable, sustainable and functional option.
The Process of Custom Color Matching
Jun. 25, 2024
In the realm of architectural finishes, the importance of achieving the perfect color match cannot be overstated. Whether it’s maintaining a consistent aesthetic across a new construction project or matching the color of an existing structure, our custom color matching solves a myriad of design challenges. Custom color matching addresses the problem of inconsistency and limited color options that often plague standard finishing processes. It enables the creation of unique and precise finishes that align with our client’s vision, ensuring that every project is distinct and professionally executed. Our custom color matching finishing process ensures that architects and builders can meet their precise color specifications while adhering to sustainability and regional building standards. Initial Consultation and Sample Submission The journey towards a custom color match begins with a consultation with our client care team. This step is crucial as it sets the stage for understanding the client’s specific needs and expectations. Clients are required to submit at least two physical samples of the desired color. This ensures that the matching process has a clear reference and can be executed with precision. Requirements A non-refundable setup fee of $500 is charged before the matching process begins. Custom Woodgrains Minimum order requirement of 15,000 square feet of material. The lead time to have the color matched and receive sample chips is approximately 2-4 weeks. Custom Solid Colors Minimum order requirement is 1,000 square feet of material. The lead time to have the color matched and receive sample chips is approximately 4-6 weeks.
Environmental
Core Components of High-Performance Cladding Systems
May. 15, 2024
Rainscreen systems are exterior cladding solutions designed to enhance moisture management, improve thermal efficiency, and extend the durability of building envelopes. Developed in Europe and Canada in the mid-20th century, rainscreens were created to address persistent moisture-related issues that traditional wall assemblies struggled to manage, particularly in rainy and humid climates. The rainscreen concept is based on creating an air gap between the exterior cladding and the building’s structural wall, allowing moisture that penetrates the cladding to drain and dry. This separation prevents moisture from becoming trapped, reducing the risks of mold growth, structural decay, and damage to insulation.
The benefits of rainscreen systems have driven their widespread adoption, especially in North America, where building codes increasingly emphasize energy efficiency and resilience. Beyond moisture control, rainscreens play a significant role in moderating thermal loads. By stabilizing temperatures within the wall assembly, they help maintain the effectiveness of insulation, support energy efficiency, and contribute to occupant comfort. These combined benefits of moisture management, thermal performance, and long-term durability make rainscreen systems a cornerstone of modern, high-performance building
Mass Timber vs Steel: The Future Is Hybrid
May. 15, 2024
The debate between mass timber and steel construction is shaping the future of sustainable building. Mass timber offers benefits like carbon sequestration, reduced environmental impact, and improved fire safety, while steel provides durability and strength. This article explores the advantages and challenges of each material, highlighting why many architects and builders are considering hybrid approaches to maximize benefits. Understanding these differences is key to making informed choices for your next project. Learn more about the evolving trends in construction materials and their impact on design and sustainability.
What’s The Difference Between Powder Coated and Coil Coated (Pre-Painted) Aluminum?
May. 15, 2024
Exploring Energy Efficient Façade Design
Apr. 23, 2024
Passive Solar Design
Passive solar design is an architectural approach that maximizes the use of natural solar energy to heat and light up buildings. This method involves strategically placing windows and using materials that absorb and store the sun’s heat.
Key Elements Orientation and Building Layout: Buildings are typically oriented with their main windows facing the equator to capture maximum sunlight throughout the year. In the Northern Hemisphere, this means south-facing orientations are ideal. This setup allows the sun’s energy to be utilized efficiently for heating during the winter while minimizing overheating during summer. Windows and Glazing The use of large, strategically placed windows is crucial. These windows should be designed to allow ample sunlight during the winter and are often shaded in the summer to prevent excessive heat gain. Special glazing and shading devices like louvers and blinds can be used to control the amount of sunlight entering the building, thereby managing heat intake and glare.
The Importance of a Circular Economy
Jan. 31, 2024
In an era marked by environmental challenges and resource scarcity, the concept of a circular economy has emerged as a beacon of hope for a sustainable future. The circular economy is not a mere buzzword but a paradigm shift that redefines the way we produce, consume, and discard materials and products. The transition to a circular economy is not just a choice, it’s a necessity for the well-being of our planet and future generations. By conserving resources, reducing environmental impact, stimulating economic growth, and empowering consumers, a circular economy offers a comprehensive and sustainable solution to the challenges of our time. It is a path toward a more resilient and environmentally responsible world. Why is a Circular Economy Important? A circular economy is vital because it offers a sustainable solution to the planet’s resource constraints. As our population grows and resource availability diminishes, it becomes imperative to find alternative ways of managing materials. This is especially important in the manufacturing industry where resource consumption and waste are highest among other sectors.
Wellness
The Impact of School Architecture on Student Health and Learning
May. 13, 2025
Modern school design goes beyond four walls and a roof – the exterior architecture of K–12 schools plays a pivotal role in shaping student experiences. In the United States, educators, architects, and public health experts increasingly recognize that a school’s exterior environment can significantly influence student health, safety, social development, and learning outcomes. Thoughtful exterior design can not only improve a school’s sustainability and cost-effectiveness, but also promote productivity, inspire growth, and support student well-being every step of the way. This article explores two major dimensions of K–12 school exteriors: (1) how architectural elements impact student health, productivity, and growth, and (2) how the choice of building materials affects safety, comfort, resilience, and inclusivity. All claims are grounded in peer-reviewed research from the fields of architecture, public health, and education, with an emphasis on U.S.-based studies (and global findings where relevant to best practices).
Façades in Healthcare
Jul. 4, 2023
Creative Install Creates Exquisite Community Space
Mar. 22, 2021
The Wando Library, situated in Mount Pleasant, SC, stands as a testament to creative design and meticulous craftsmanship. Designed by LS3P Associates and brought to life by M.B. Kahn Construction Co., this architectural gem boasts a mesmerizing façade that captures the essence of its surroundings. Utilizing Longboard Tongue & Groove planks in Dark Cherry, Light Cherry, Western Cedar, and Black, the design team crafted a visually stunning exterior, inviting the public into a world of artistic allure. The seamless integration of these materials in varying profiles resulted in an enchanting and eye-catching design, setting the stage for a unique community space that beckons visitors inside. Nestled within the new Carolina Park development, the Wando Mount Pleasant Library is more than just a building—it’s a portal to the past. With a history dating back over 350 years, the land on which it stands holds tales of bygone eras. Once home to the Wando Indians in the 1670s, the area bears witness to the quiet disappearance of their culture and language, yet their name resonates through the centuries. As the library stands near the Southeast end of the Wando River, it serves as a living tribute to the rich heritage of the land and its people. Wando Library’s façade featuring Longboard Tongue & Groove siding planks. Longboard Products emerge as the quintessential choice for Community Centers and Civic and Recreation buildings, offering a harmonious blend of elegance and durability. With minimal maintenance requirements and unparalleled longevity, Longboard products elevate the aesthetic appeal of any space while ensuring ease of upkeep. The extruded aluminum construction not only withstands the test of time but also facilitates effortless cleaning, both indoors and outdoors. With a simple regimen of soap and water, Longboard surfaces retain their pristine appearance, reflecting timeless beauty with every glance. For detailed cleaning recommendations, our website provides comprehensive guidance under testing information, ensuring Longboard products remain a beacon of excellence in architectural design.
Achieving a Safe and Modern Healthcare Design
Aug. 17, 2020
Academic
Killeen Highschool Remodeling & Modernization
Aug. 6, 2024
Killeen High School, the oldest educational institution in Killeen, Texas, recently underwent a significant transformation to modernize its facilities and enhance its educational environment
The project was executed by American Constructors in collaboration with PBK Architects, aiming to preserve the rich tradition and history of the campus while integrating contemporary design and functionality.
Funded by a school construction and improvement bond approved by voters in 2018, the renovation focused on revitalizing the 53-year-old facility to meet modern educational standards. The initial phase began with strategic planning and scheduling to ensure minimal disruption to ongoing school activities. Coordination between American Constructors, PBK Architects and various technical teams was crucial to developing a construction logistics plan that maintained safety and efficiency throughout the multi-phased project.
As construction commenced, significant demolition work was undertaken, including entire classroom wings, the cafeteria, kitchen, and HVAC units. The design included the addition of a two-story classroom wing, a new library, a choir room, administrative offices, a special education suite, and a cafeteria. These new spaces aimed to replace the 100-plus portable classrooms and provide students with state-of-the-art learning environments.
Inspiring Designs for Academic Architecture
Sep. 22, 2020
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