Trends - Architecture, Design & Planning Firm

Continuing Education Spotlight: Recent AIA Lunch & Learns at Penney Design Group

At Penney Design Group, continuing education is more than a professional requirement—it is an essential part of how we deliver thoughtful, high-performing architecture. Through our ongoing AIA Lunch & Learn series, we intentionally bring together experts from across the building industry to expose our team to emerging technologies, evolving standards, innovative materials, and best practices that influence every aspect of the built environment.

The value of these sessions lies not only in the knowledge shared, but also in the diversity of perspectives they provide. Our educational programming spans the full spectrum of architecture—from large-scale building systems and structural performance to interior environments, occupant wellness, sustainability, and the finer details that shape everyday user experiences. By understanding how these elements work together, our architects and designers are better equipped to create buildings that perform well, endure over time, and support the people who use them.

Sika: Concrete Repair and Protection of Parking Structures

Our session with Sika focused on the challenges and solutions associated with concrete deterioration in parking structures. The course provided a comprehensive overview of the root causes of concrete damage, including cracking, spalling, and corrosion, while emphasizing the importance of conducting thorough condition surveys before selecting repair strategies. Participants learned about various repair techniques such as epoxy and urethane injection, crack sealing, spall repair methods, and corrosion management systems. The presentation also explored protective coatings, sealers, and traffic-bearing systems that help extend the service life of parking structures. This course reinforced the importance of proactive maintenance and informed material selection when designing or rehabilitating concrete structures.

Federated Lighting & SkyView: Healthy Lighting and Circadian Support

Federated Lighting and SkyView introduced our team to the growing field of circadian supportive lighting and its impact on occupant health and wellbeing. The course examined how lighting influences the body’s natural circadian rhythms and highlighted design strategies that can support healthier indoor environments. Attendees gained insight into the latest RP-46-25 guidelines and learned how factors such as light color, spectrum, and application efficiency play a critical role in achieving circadian lighting goals. By exploring innovative approaches to lighting design, the session demonstrated how architects and designers can create spaces that not only meet visual requirements but also positively influence comfort, wellness, and productivity.

Flex Roofing Solutions: Benefits of Thermoplastic Single Ply Roofing Systems

Flex Roofing Solutions presented an informative session on thermoplastic single-ply roofing systems and their advantages in commercial construction. The course covered the fundamentals of both single-ply and multi-ply roofing assemblies while highlighting the durability, energy efficiency, and sustainability benefits of thermoplastic membranes. Particular attention was given to Energy Star-rated products, Cool Roof Rating Council approvals, and how roofing selections can contribute to LEED certification goals. The presentation emphasized the role of roofing systems in reducing energy consumption and improving overall building performance, providing valuable insights for architects seeking environmentally responsible roofing solutions.

Dyson: Touch-Free, Hygienic, and Sustainable Hand-Drying Solutions

Dyson’s presentation explored the evolving role of hand-drying technology in commercial restroom design. The course focused on air knife hand dryers and the features that contribute to their hygienic performance, including touch-free operation, HEPA filtration, and rapid drying capabilities. In addition to discussing hygiene and user experience, the session examined the environmental benefits of hand dryers, including reduced energy consumption, lower carbon emissions, decreased operational costs, and minimized waste compared to paper towel systems. The course also reviewed sustainability certifications, LEED and WELL building standards, and best practices for restroom design in both new construction and renovation projects. The discussion offered a valuable perspective on how seemingly small design decisions can support broader sustainability and wellness objectives.

Havwoods: Wood and Wellbeing

Our Lunch & Learn with Havwoods explored the growing connection between material selection, occupant wellbeing, and healthy building design. The presentation examined the concepts of healthy buildings and healthy materials, emphasizing the important role that natural materials can play in creating welcoming, restorative environments. Participants learned about the psychological and biophilic benefits associated with wood surfaces and how thoughtfully integrating wood into interior spaces can contribute to occupant comfort and wellbeing. The session also looked toward the future of sustainable design and highlighted how architects can balance aesthetics, performance, and wellness when specifying materials. With nearly five decades of experience in wood surface design, Havwoods provided valuable insight into how natural materials continue to shape healthier built environments.

A Holistic Approach to Design Excellence

While each of these presentations focused on a different aspect of design and construction, together they reinforced a common theme: great architecture is the result of informed decisions at every scale. A parking structure repair strategy affects a building’s longevity. Roofing selections influence energy performance and sustainability. Lighting impacts human health and productivity. Restroom fixtures contribute to hygiene, maintenance, and operational efficiency. Material choices shape how people experience and connect with a space.

These Lunch & Learns help our team look beyond individual products and understand the broader relationship between building performance, occupant wellbeing, sustainability, and long-term value. They also provide opportunities to engage directly with manufacturers and industry experts, allowing us to ask questions, evaluate emerging solutions, and stay current with rapidly evolving technologies and standards.

At Penney Design Group, investing in continuing education is an investment in our clients and our projects. By continually expanding our knowledge and understanding of the products, systems, and ideas shaping the industry, we strengthen our ability to deliver innovative, durable, sustainable, and people-centered design solutions.

How Digital Reality Capture Is Changing Architectural Practice

June 18, 2026/ Automotive • Insights • Trends • Uncategorized

Walk into most architecture firms today and you’ll find a Matterport camera sitting next to the survey equipment. What seemed like expensive overkill just two years ago has become standard practice. At Penney Design Group, we’ve watched Matterport scanning shift from occasional use to an integral part of how we document existing conditions, especially on our automotive and commercial renovation projects.

Nearly 70% of architecture and engineering firms now use some form of 3D reality capture, up from about 40% in 2023. That’s a big jump. The technology got faster and more accurate, sure. But it’s the AI integration that actually works that makes the difference.

What’s Changed in Matterport Scanning for Architecture

The latest Pro4 camera, released early this year, cuts scan time by more than a third while delivering 134-megapixel resolution. That matters when you’re documenting a 50,000-square-foot dealership facility. But honestly? The real breakthrough isn’t the hardware.

It’s the AI-powered analysis that now extracts architectural elements automatically. Walls, doors, windows, structural columns. The software identifies them with about 85% accuracy, which means you’re spending hours instead of days creating base documentation for renovation work. Not perfect. But good enough to dramatically accelerate the early phases of project design concept development.

And here’s something that changes the workflow: indoor-outdoor scanning that actually works together. Enhanced GPS integration means we can capture site context along with interior conditions in a single session. For automotive projects where parking layouts, circulation patterns and building entries all need to align, that’s huge.

Practical Applications in Matterport Scanning Architecture Work

Theory is fine. Here’s how we’re actually using this technology in 2025 and into 2026.

Renovation and adaptive reuse projects are the obvious application. Instead of spending days with laser measures and field notes, we scan the existing facility in hours. The resulting point cloud becomes the base for our design work. When we’re bringing interior design into the architectural process, having an accurate 3D model of existing conditions means designers can test ideas against reality before we ever touch a wall.

Client communication has improved substantially. Walking a client through a Matterport scan during schematic design helps them understand existing conditions in a way that photos and drawings never quite achieved. They can see why we’re proposing to move that wall or why the existing ceiling height limits certain design options. It just clicks.

Contractors can access the scan during bidding to verify field conditions. Fewer surprises during construction means fewer change orders and schedule delays. On a recent automotive facility renovation, the general contractor told us the Matterport scan saved them at least two site visits during estimating. That’s real money.

The Economics of Matterport Scanning in Architectural Practice

Let’s talk about money because that’s what makes technology stick around.

The hardware investment has dropped. A Pro4 camera runs about $7,000. iPhone 15 Pro and newer models now capture Matterport-compatible scans using built-in LiDAR sensors. Not as accurate as the dedicated camera, but adequate for smaller projects or preliminary assessments. That democratizes access considerably.

The real ROI comes from time savings. Firms report 40% to 60% reductions in as-built documentation time compared to traditional methods. On a typical commercial renovation project, that might mean recovering $8,000 to $12,000 in staff time. The camera pays for itself in a few projects. Maybe three or four if you’re doing decent-sized renovations.

Software subscription costs matter too. Matterport’s cloud processing and storage runs $70 to $400 monthly depending on the plan. For firms doing regular renovation work, that’s a rounding error against the efficiency gains.

Integration with Design and Documentation Workflows

Technology only matters if it fits into how you actually work.

The Matterport scanning architecture workflow now connects directly to Revit, ArchiCAD and other BIM platforms. Export the point cloud, import it as an underlay, and start modeling over existing conditions. The AI-extracted elements can jump-start your BIM model, though you’ll still need to verify dimensions and clean up the geometry. There’s no magic button yet.

For projects requiring high precision, combining Matterport scans with traditional survey data gives you the best of both worlds. Use the scan for overall spatial documentation and design visualization. Survey-grade measurements for structural work and site engineering. The two methods complement each other rather than competing.

The cloud-based platform means project scans remain accessible long after construction wraps. When a client calls three years later asking about as-built conditions in a specific area, we can pull up the scan in minutes instead of hunting through archived drawings. This happens more often than you’d think.

Where Matterport Scanning Falls Short

No technology is universal. Understanding limitations prevents disappointment.

Accuracy tops the list. At ±20mm at 10 meters, the Pro4 is sufficient for most architectural documentation but not structural engineering or millwork fabrication. If you need survey-grade precision, you still need survey-grade equipment. Period.

Reflective and transparent surfaces remain problematic. Large glass walls, polished stone floors, mirror-finish metals, all of them confuse the sensors. You can work around these limitations with strategic scan positioning, but they require awareness and planning.

Outdoor performance has improved but still lags indoor capability. Direct sunlight affects scan quality. Wind moves vegetation between scan points, creating artifacts. Weather matters. We’ve learned this the annoying way.

Processing time, while faster than before, isn’t instant. A large facility scan might take several hours to process in the cloud before you can access the complete model. Plan accordingly.

Looking Forward: What’s Next in Reality Capture

The technology continues to evolve faster than most of us expected.

Real-time processing is coming. Current beta programs are testing edge computing that processes scan data on-device, eliminating cloud upload wait times. That changes field verification workflows significantly.

AI analysis keeps improving. The next generation promises automatic code compliance checking for accessibility, egress paths and spatial requirements. Imagine scanning an existing building and having software flag ADA compliance issues automatically. That’s 12 to 18 months away, not science fiction.

Integration with project management platforms will tighten the connection between documentation and construction administration. Linking RFIs and submittals directly to specific locations in the reality capture model creates a spatial record of project decisions (which would be incredibly useful, assuming the software actually delivers on it).

Making the Technology Work for Your Practice

Adoption is straightforward but requires commitment.

Start with a pilot project. Pick a renovation where existing conditions matter but stakes aren’t catastrophically high. Learn the workflow. Understand where it helps and where it doesn’t.

Train multiple team members. Technology that only one person knows how to use becomes a bottleneck. Spread the knowledge. Make it part of what junior staff learn early.

Integrate it into standard project phases. Define when you’ll scan, who’s responsible and how the data feeds into design development. Ad hoc use never delivers full value.

Set client expectations appropriately. A Matterport scan isn’t a substitute for comprehensive measured drawings on complex projects. It’s a tool that makes creating those drawings faster and more accurate. That’s it.

At Penney Design Group, Matterport scanning has become part of how we approach projects with existing conditions. Not every project needs it. But when it’s appropriate (particularly on our automotive facility designs and commercial renovations), it’s proven its worth many times over. The technology has matured past the experimental phase. It’s simply how we work now.

Facades+ 2026: Penney Design Group Explores the Future of Building Envelopes in Washington, D.C.

June 9, 2026/ Insights • Sustainability • Trends

This May, members of the Penney Design Group team attended the Facades+ Conference in Washington, D.C., hosted by The Architect’s Newspaper at the Grand Hyatt Washington DC.

The conference brought together architects, engineers, façade consultants, manufacturers, and design leaders from across the country for a full day of presentations, technical discussions, and networking centered around the future of building envelopes and high-performance design.

In addition to the symposium sessions, attendees explored the conference’s Methods + Materials Expo, which featured emerging technologies, innovative façade systems, and material solutions shaping the next generation of architectural design.

From emerging façade technologies to thoughtful conversations about sustainability, adaptability, and user experience, the conference offered valuable insights that continue to shape the way we think about architecture and design at PDG.

A Day Focused on Innovation and Adaptability

One theme that resonated throughout the conference was versatility in façade systems and how layered building envelopes can respond to changing environmental, functional and human needs.

One session titled “A Flexible, Layered System” explored how multi-component façade assemblies can create depth, shading, daylight control, and ventilation while supporting long-term performance and adaptability. The conceptual sketches and diagrams shared during the presentation illustrated how building envelopes are increasingly designed as responsive systems rather than static exterior skins.

Throughout the day, presenters discussed how façade systems are evolving to address increasingly complex demands related to energy performance, climate resilience, occupant wellness, and long-term adaptability. Sessions highlighted topics including embodied carbon reduction, bio-based materials, daylight optimization, mass timber integration, and adaptive reuse strategies for existing buildings.

Several presentations also emphasized the importance of interdisciplinary collaboration between architects, façade engineers, contractors, and manufacturers early in the design process to successfully balance technical performance with architectural intent — an approach that strongly aligns with the integrated design philosophy we value at Penney Design Group.

Real-World Transformation Through Envelope Design

One particularly memorable presentation showcased a dramatic “before and after” façade transformation for the Bloomberg Center at Johns Hopkins University. The project demonstrated how recladding and envelope modernization can radically alter a building’s visual identity along with improving its daylighting, energy performance, and occupant experience.

The case study reinforced one of the conference’s central ideas: today’s façades are no longer viewed simply as enclosure systems, but as active contributors to sustainability, comfort, identity, and long-term building performance.

For our team, these examples highlighted how thoughtful envelope design can help create buildings that are not only technically high-performing, but also visually engaging and deeply connected to the communities they serve.

Storytelling Through Architecture

Another memorable concept presented during the conference described the façade as both a “newspaper” and a “window on the world.”

These discussions explored how building envelopes communicate information, identity, transparency, and experience. Beyond performance metrics alone, façades help tell a story about the purpose of a building and its relationship to the surrounding community.

For our team, this sparked meaningful conversations about how architecture can simultaneously serve functional demands while also creating memorable, human-centered experiences. Whether designing educational facilities, civic spaces, workplaces, or mixed-use developments, the idea that façades can communicate a building’s purpose and essential character is increasingly relevant in the discussion of today’s built environment.

Sustainability and Performance Continue to Drive Design

Sustainability remained a major focus throughout the conference. Sessions explored how high-performing façade systems contribute to:

Improved energy efficiency
Reduced operational carbon
Enhanced occupant comfort
Daylighting optimization
Long-term building resilience

Many presenters emphasized how rapidly sustainability standards, façade technologies, and building performance expectations continue to evolve across the industry. Discussions frequently returned to the importance of early collaboration between architects, engineers, contractors, and manufacturers to create systems that successfully integrate durability, constructability, environmental responsibility, and design excellence.

For the PDG team, these conversations reinforced many of the priorities already shaping our own work surrounding durable materials, energy-conscious detailing, adaptable building systems, and integrated project collaboration.

Bringing Ideas Back to the Studio

Professional events like Facades+ Conference provide valuable opportunities to step outside day-to-day project work and engage with broader industry conversations. In addition to technical presentations, the conference created space for networking and dialogue among peers across the architecture, engineering, and construction industries.

Our team returned inspired by the innovative work being shared across the profession and energized by the opportunity to apply new ideas, technologies, and collaborative approaches to future projects.

At Penney Design Group, we believe continued learning and collaboration are essential to creating thoughtful, forward-looking architecture. We are proud to support our team’s involvement in events that encourage design exploration, technical growth, and meaningful industry connections.

We look forward to continuing these conversations and bringing fresh perspectives and new ideas into our work.

Bringing Interior Design Into the Architectural Process

May 28, 2026/ Automotive • Insights • Trends

At Penney Design Group, we believe great spaces are created when architecture and interiors are designed together, not separately. While many people know us for our architectural and planning work, we also provide interior design services as part of our holistic approach to design. With a full staff of architects and an interior designer on staff, we thoughtfully coordinate everything from space planning and code compliance to finish selections and final detailing.

This mood board showcases a commercial restroom concept developed for a client seeking a rich, moody green palette with elevated, hospitality-inspired finishes. The goal was to create a space that felt dramatic and refined while still being durable, functional, and ADA-compliant.

Even within a relatively compact restroom layout, there were many layers of coordination involved, from circulation clearances and accessibility requirements to material transitions, lighting, and plumbing fixture integration. Thoughtful interior design is not simply about selecting finishes; it is about creating a cohesive experience that supports how a space functions and feels.

The Design Vision

The client gravitated toward deep green tones, dark wood stains, and textured materials that would create a warm, immersive atmosphere. We balanced those darker elements with reflective surfaces, layered lighting, and subtle tonal variation to prevent the space from feeling heavy. We started with an inspiration board of images we thought conveyed the direction the client was hoping to take the design to make sure we were on the same page for the design basis.

The result is a restroom concept that feels contemporary and sophisticated while remaining highly practical for commercial use.

Featured Finishes & Materials

Tile: Daltile “Mesmerist Allure” Vertical Stack

The primary wall finish is Daltile’s Mesmerist Allure tile in a vertical stacked layout. The elongated proportions and glossy surface help reflect light throughout the room while emphasizing height and rhythm along the walls. The green tone introduces depth and richness without overwhelming the space.

Flooring: Garden State Tile “Titan Coal” 12” x 24” Natural Rectified

For the flooring, we selected a large-format charcoal tile with subtle aggregate movement and a matte appearance. The darker floor anchors the space and complements the green palette while offering durability suitable for commercial applications.

The rectified edges provide a cleaner, more contemporary installation with tighter grout joints, helping the floor feel seamless and refined.

Wood Finishes: Minwax “Phantom Gray” and “True Black” Stains

The stall doors feature a gray-toned wood stain that introduces subtle contrast against the warmer black elements in the room. The visible wood grain softens the overall palette and adds a natural texture that keeps the design from feeling too industrial.

The restroom entry door was intentionally finished in a deeper black stain to create a stronger visual anchor at the perimeter of the space. The finish provides contrast against the green wall tile while maintaining continuity with the darker flooring and plumbing accessories.

Sink: The Splash Lab “Lumashelf”

The integrated sink selection helped reinforce the modern, monolithic aesthetic of the restroom. Its sculptural form creates a clean, minimal appearance while maximizing functionality in a compact footprint.

The darker aggregate finish ties into the flooring palette and contributes to the layered tonal variation throughout the room.

Lighting: Astro Lighting “Cabaret Four Light” Matte Black

Lighting played an important role in balancing the darker finishes. The matte black vanity fixture introduces a softer glow through exposed globe lighting, helping the room feel warm and inviting rather than stark.

Mirror: Sloan Angle Frame Graphite Mirror

The graphite-framed mirror adds another layer of tonal depth while maintaining the restrained, modern palette. Its clean geometry reinforces the linear qualities established by the stacked tile and large-format flooring.

Wallcovering: LBI Boyd “Cedar”

To soften the hard finishes and introduce visual texture, we paired the tile with an atmospheric green wallcovering above. The layered tonal movement creates a subtle organic quality that complements the natural wood grain used throughout the space.

An alternate wallcovering option was also explored during the design process to study how different textures and tonal shifts affected the overall mood of the room.

Designing Within ADA Requirements

While aesthetics are an important part of any project, commercial restroom design also requires careful attention to accessibility and code compliance. This restroom layout was developed to meet ADA requirements, including clearances, fixture spacing, and accessible circulation paths.

Balancing accessibility with strong design is something we prioritize on every project. Thoughtful planning allows a space to function properly without sacrificing atmosphere or visual impact.

Interior Design Beyond Full Architectural Projects

Not every client comes to us needing a full-building renovation or large-scale commercial project, and that is completely okay.

In addition to architecture and planning services, our team can assist with interior scheming, finish selection, mood boards, space planning, and design development for smaller-scale projects as well. Whether someone needs help refining the look and feel of a space or developing a cohesive material palette before construction begins, we can tailor our services to meet the needs of the project.

At Penney Design Group, we see interiors as an extension of architecture. The materials, lighting, textures, and spatial experience all work together to tell the story of a space, and we love helping clients bring that vision to life.

Driving Sustainability Forward: How Modern Dealership Design Is Evolving

May 6, 2026/ Automotive • Sustainability • Trends

Sustainability in automotive retail is no longer a niche ambition; it’s becoming a defining feature of forward-thinking dealership design. At Penney Design Group, we’ve seen firsthand how evolving client priorities, brand standards, and site constraints are shaping a new generation of high-performance, environmentally conscious facilities. Across our portfolio, sustainability takes many forms: from certified green buildings to innovative site strategies, operational efficiencies, and long-term performance considerations.

Rethinking the Dealership Footprint

One of the most impactful shifts in dealership design is the move toward vertical integration. Projects like Audi Bethesda and BMW of Rockville demonstrate how building upward, rather than outward, can significantly reduce land use while maintaining full program requirements.

Audi Bethesda’s three-story configuration consolidates showroom, office, and vehicle display into a compact urban footprint, maximizing natural light and spatial efficiency. The materials chosen help with increasing indoor air quality and reduce VOC off gassing. The project also aligns with broader Audi dealership design standards, which emphasize daylighting, spatial efficiency, and reduced energy use through their “terminal” concept.

Similarly, BMW of Rockville’s five-story facility integrates sales, service, and inventory parking into a single vertical structure. In addition, the project consolidated multiple dealership operations into one location, reducing redundant building systems and improving overall operational efficiency. While neither project pursued formal LEED certification, BMW Rockville did comply with International Green Construction code, and both reflect sustainable principles through land optimization, reduced site disturbance, and efficient space planning.

Brand Innovation Meets Sustainable Strategy

Luxury brands are increasingly embedding sustainability into their architectural identity. Mercedes-Benz of Bethesda, as the first U.S. implementation of the AH3 design concept, represents a shift toward modernized retail environments that prioritize efficiency and customer experience. This project was a partial demo and rebuild with a reduced footprint by approximately 4,000 SF, as well as a fool renovation. The rooftop boasts a 13, 768 SF green roof; these changes signal how adaptive reuse and thoughtful expansion can extend building life cycles, an often overlooked aspect of sustainability.

Porsche facilities further illustrate this evolution. While not all projects pursue certification, many incorporate sustainable strategies aligned with LEED standards. Porsche Tysons Corner and Porsche Chantilly respond to dense, high-value sites with innovative solutions like multi-level parking and integrated building systems. Notably, Porsche Chantilly achieved LEED BD+C certification, combining a large-scale dealership program with environmentally responsible construction and site development.

Beyond LEED: Expanding the Definition of Green

Sustainability isn’t limited to LEED certification, and some projects are pushing beyond it. The Jaguar Land Rover dealership in Alexandria offers a compelling example. As the first auto dealership to achieve BIT (Building Improvement Toolkit) certification through the Southface Institute, the project reflects a broader approach to sustainability, one that prioritizes long-term operational performance alongside construction practices.

By selecting BIT certification over more traditional frameworks, the project team aligned sustainability goals with real-world dealership operations, targeting measurable reductions in energy use and utility costs. This approach underscores an important shift toward lifecycle-based sustainability, where building performance over time is just as critical as initial design and construction.

This broader definition of sustainability is also evident in the Lindsay Lexus Volvo Campus in Alexandria, which was designed to meet LEED Silver standards. The campus is comprised of three buildings that align with LEED Silver principles, but what distinguishes the project is its sensitivity to the surrounding residential context. Rather than presenting as a typical spread of separate dealership structures, the design employs strategies such as stacked underground parking, vertically integrated service departments, and a green roof to reduce the overall site impact and mitigate heat island effects. Site lighting was designed to provide minimal disruption to neighboring buildings. This approach demonstrates how sustainable design can extend beyond building systems and materials to include thoughtful site integration and community responsiveness.

More broadly, this reflects an industry-wide movement toward future-ready facilities. Increasingly, dealerships are being designed to accommodate evolving technologies such as electric vehicle infrastructure, energy-efficient systems, and adaptable service environments that reduce the need for future retrofits.

Transforming Challenging Sites into Community Assets

Sustainable design also means making smart use of previously underutilized or environmentally compromised land. The Priority Toyota dealership in Springfield exemplifies this approach and was on the leading edge of LEED implementation; designed in 2012 with construction completed in 2015. Built on a remediated landfill site, the project achieved LEED Gold certification in 2017 while transforming a brownfield into a vibrant commercial and community space.

In addition to its environmental achievements, the development contributed to a turf soccer field for the local community, highlighting how dealership projects can deliver broader social value alongside environmental performance.

The Future of Sustainable Dealership Design

Across these projects, a clear pattern emerges: sustainability in dealership design is multifaceted. It includes certification programs like LEED and BIT, but also extends to site strategy, vertical design, adaptive reuse, operational efficiency, and long-term building performance.

At Penney Design Group, we approach each project with a tailored mindset, balancing brand standards, site constraints, and sustainability goals to create high-performing facilities that are built for the future. As the automotive industry continues to evolve, too will the spaces that support it. Increasingly, those spaces will be defined not just by how they look, but by how responsibly they perform.

Lindsay Automotive Campus: Rethinking the Automotive Dealership Experience

April 16, 2026/ Automotive • Trends

At Penney Design Group, long-term partnerships are at the heart of our work. Our collaboration with Lindsay Automotive Group spans over 20 projects, allowing us to develop a deep understanding of their brand, operations, and commitment to customer experience. The Lindsay Lexus Volvo Campus in Alexandria reflects that shared vision; bringing together thoughtful design, performance, and innovation.

Lindsay Automotive Group is known throughout the region for its customer-first philosophy and forward-thinking approach to the dealership experience. As the automotive industry evolves, so too do the expectations for these environments. This campus reimagines what a dealership can be; moving beyond a purely transactional space into a cohesive, welcoming, and community-conscious destination.

Bringing together three automotive brands across five buildings on a compact, residentially scaled site might seem unconventional. Rather than allowing the campus to become a typical spread of disconnected structures, the design focuses on cohesion, efficiency, and context. Sales and service functions are carefully integrated, while features like bike share, EV charging stations, and thoughtful landscaping create a more human-centered environment that feels connected to its surroundings.

What truly sets this project apart is its approach to sustainability. The campus achieved LEED v4 BD+C Retail Silver certification in March 2024, earning 56 points under the U.S. Green Building Council’s rating system. The U.S. Green Building Council LEED certification process evaluates projects across several categories, including energy performance, water efficiency, materials and resources, indoor environmental quality, and site sustainability. Achieving certification reflects a rigorous, holistic approach to design, construction, and long-term building performance.

While LEED certification in architecture often focuses on building systems and materials, this particular collection of buildings also exhibits site sensitivities to the contextual residential fabric. That is what separates this campus from the typical LEED-certified project. Rather than treating sustainability as a checklist, the design embraces a broader vision; one that considers how the campus fits into its neighborhood.

Additionally, the campus setting is unique in that the sales and service buildings are not presented as an urban sprawl or as five separate heat islands. Instead, strategies such as stacked underground parking, consolidated service departments, and a green roof reduce the site’s environmental footprint.

At Penney Design Group, we understand the unique balance required between brand identity, operational efficiency, and customer experience. From high-performance service bays to refined showroom environments, our work in the automotive sector is grounded in both technical expertise and a deep appreciation for how people interact with these spaces.

This project reflects our belief that good design is about more than meeting requirements; it’s about elevating everyday experiences and creating places that work better for people, businesses, and communities alike.

Designing for Well-Being: Integrating WELL Principles into Multi-Family Communities

April 8, 2026/ Sustainability • Trends

As expectations for residential living continue to evolve, multi-family housing is no longer just about providing shelter; it’s about creating environments that actively support residents’ health, comfort, and well-being. At Penney Design Group, we approach multi-family design through this broader lens, integrating strategies aligned with the International WELL Building Institute’s WELL Building Standard to enhance the everyday experience of the people who live, work, and gather in these spaces.

While not every project pursues formal WELL certification, many of its core principles are deeply embedded in our design process. From material selection to amenity programming, our goal is to create communities that feel as good as they look.

What is WELL Design?

The WELL Building Standard is a performance-based system focused on human health and wellness within the built environment. It emphasizes key categories such as air, water, nourishment, light, movement, thermal comfort, sound, materials, mind, and community.

In multi-family housing, these principles translate into thoughtful decisions that support both physical and mental well-being, from improved indoor air quality to spaces that foster connection and relaxation.

Designing for Healthier Living Environments

Air, Materials, and Indoor Quality

A foundational aspect of WELL design is ensuring that interior environments promote clean, healthy air. In our multi-family projects, this often includes:

Selecting low-VOC paints, adhesives, and finishes
Prioritizing durable, non-toxic materials
Designing layouts that support proper ventilation and airflow

Projects like Tapestry Annapolis and The Sheffield at Englewood South reflect this approach through carefully curated finish palettes that balance aesthetics with environmental responsibility.

Light, Comfort, and Sensory Experience

Access to natural light and a comfortable indoor environment plays a significant role in resident well-being. We incorporate:

Maximized daylighting in common areas and units
Layered lighting strategies to support different uses and times of day
Thoughtful acoustic considerations to reduce noise and enhance privacy

At The Mark and Vivian Apartment Building, amenity spaces are designed to feel bright, open, and calming, encouraging residents to spend time outside of their units in shared environments.

The Vivian Apartments, 75 Sterling Blvd., Englewood, NJ

Movement and Active Living

Encouraging movement is another key pillar of WELL. In multi-family settings, this goes beyond fitness centers to include:

Inviting stair design and circulation paths
Walkable site planning and connections to outdoor spaces
Amenity programming that promotes active lifestyles

Community-focused projects such as Potomac Green Clubhouse and Spring Hill Community Center emphasize movement through flexible, activity-driven spaces that support both structured and informal use.

Community and Social Connection

A strong sense of community is essential to overall well-being. Our designs prioritize:

Welcoming, multi-functional gathering spaces
Indoor-outdoor connections that bring residents together
Flexible layouts that accommodate events, co-working, and social interaction

At projects like Pinnacle at Waypointe and Norwalk Retail, mixed-use environments create opportunities for connection not just within residential buildings, but across the broader neighborhood.

Mental Wellness and Sense of Place

Beyond physical health, WELL design also addresses emotional and psychological well-being. This is reflected in:

Calming, cohesive material palettes
Biophilic elements and connections to nature
Spaces that feel intuitive, comfortable, and human-scaled

From leasing environments like Foxchase Leasing Center to residential communities such as Burke Shire Commons, Bent Tree, Shenandoah Crossing, and Windsor Park, our work focuses on creating spaces that feel grounded, welcoming, and restorative.

A Holistic Approach to Multi-Family Design

At Penney Design Group, integrating WELL principles is not about checking boxes; it’s about designing with intention. Whether it’s a clubhouse, leasing center, mixed-use development, or full residential community, we aim to elevate the resident experience through thoughtful, human-centered design.

Projects like Parc Reston Community Center and Sagebrush Treatment Center further demonstrate how these strategies can be adapted across a range of program types, reinforcing our commitment to wellness-driven environments.

Corporate Photography, Political Photography, PR Photography

Looking Ahead

As the industry continues to shift toward health-conscious design, WELL principles will play an increasingly important role in shaping multi-family housing. At PDG, we are excited to continue evolving our approach; creating spaces that not only meet the needs of today’s residents but also support their well-being for years to come.

From Sketch to Space: Why Design Starts by Hand

March 5, 2026/ Trends

Before a project becomes a set of construction drawings, a rendering, or a polished presentation, it begins somewhere quieter: on trace paper.

At Penney Design Group, sketching is not nostalgia or decoration; it is a critical design tool. Hand drawing allows architects to think freely, test ideas quickly, and explore relationships that are difficult to discover when starting directly in software. Good buildings and interiors do not begin as construction documents: they begin as conversations between hand, eye, and imagination.

The early sketches for the NAR art studio illustrate this perfectly. The drawings are not about perfection; they are about discovery. In these studies, the design team works through circulation, storage, sightlines, and daily use long before anything is locked into CAD. Elements like sliding panels, millwork organization, and flexible work zones emerge through sketching as designers ask: How will this space actually function?

Sketching as Problem-Solving

Freehand drawings are less about drafting and more about thinking. They allow designers to test spatial relationships, adjacencies, proportions, and ergonomics in real time. When working by hand, architects can shift elements, exaggerate ideas, or layer multiple options on a single sheet without the friction of software constraints.

In the NAR kitchen studies, for example, early sketches explore how a back wall should operate visually and functionally. Decisions about pantry access, appliance placement, and material continuity are explored simultaneously. The exhaust hood enclosure is intentionally aligned with the island face to create visual cohesion; an idea that emerges clearly in sketch form before it becomes a precise digital detail.

NAR kitchen backwall

These drawings capture design intent: balance, hierarchy, and rhythm. They communicate the why behind the layout, not just the dimensions.

Details Are Designed, Not Assembled

Hand drafting is equally important at the detail scale. Cabinetry reveals, toe kicks, backsplash transitions, and panel systems are not arbitrary; they are designed relationships between materials.

The island elevation studies show how even a single millwork element benefits from early exploration. Edge profiles, waterfall conditions, and alignment of drawers and panels are worked out through quick, iterative sketches. By resolving these ideas early, the design team understands how materials meet and terminate before translating the concept into formal construction details.

This process prevents the common mistake of assembling details reactively. Instead, every component is part of a deliberate visual language.

Early Sketching Reduces Downstream Revisions

Time invested in sketching saves time later. Working through layouts, storage logic, and user ergonomics by hand resolves many issues before they reach the construction document phase. When a design has been tested conceptually, the transition to AutoCAD and Revit becomes a process of documentation rather than discovery.

The result is clearer production drawings, fewer revisions during construction, and stronger coordination between disciplines. Sketching is not an extra step; it is a risk-reduction strategy.

A Tool for Collaboration

Hand sketches are also powerful communication tools. They are intuitive and accessible in a way that highly resolved digital drawings often are not. Clients, contractors, and consultants can read a sketch quickly and respond to the idea rather than getting distracted by finish-level precision.

Because sketches feel flexible, they invite conversation. They signal that the design is evolving and that feedback is welcome.

Not Everything Needs to Be Perfect

The value of a sketch lies in its openness. These drawings are working documents: places to test ideas, ask questions, and note assumptions. They allow architects to think without prematurely locking decisions into a rigid format.

Perfection comes later; exploration comes first.

From Sketch to Construction

Hand sketches are not an alternative to construction drawings; they strengthen them.

In early design phases; freehand studies allow architects to test spatial flow, material relationships, and functional logic quickly. Once the design intent is clear, these ideas are translated into fully coordinated AutoCAD and Revit documents where dimensions are finalized, systems are aligned, and details are documented with the precision required for permitting and construction.

By investing in sketching upfront, the construction drawings that follow are more intentional, efficient, and coordinated; resulting in fewer revisions and a finished project that reflects the original design vision.

reROOT: PDG Team Explores Resilient Micro-Living in the MICROHOME 10 Competition

February 24, 2026/ Sustainability • Trends

In October 2025, a team from Penney Design Group proudly entered the 10th Edition of the MICROHOME Architecture Competition, an international challenge celebrating small-scale architecture with a huge impact.

Hosted by Buildner in collaboration with Kingspan, this milestone edition invited architects and designers to rethink compact, sustainable housing. This year’s competition introduced an exciting opportunity: one winning design will be selected for construction by Hapi Homes, alongside a €15,000 prize awarded to its designer.

The challenge?
Design an off-grid modular dwelling under 269 sq.ft. for a young professional couple, redefining what compact, efficient, and sustainable living can look like.

Our team responded with a bold and meaningful proposal: reROOT.

reROOT: Rebuilding, Rerooting, Resilient Living

reROOT envisions a future where language, culture, and environment converge to shape disaster-resilient housing anchored to a tropical hillside.

As global temperatures rise and extreme weather events intensify, reROOT addresses a critical question:

How can we rebuild communities in ways that are stronger, more adaptive, and more joyful than before?

Rather than replicating structures lost to natural disasters, the proposal introduces a modular prototype designed to rebuild, reroot, and sustain. The architecture expresses protection, resilience, and endurance — marrying time-tested traditional wisdom with innovative contemporary strategies.

It is not just shelter.
It is the calm after the storm.

Site Context: Tagaytay City, Cavite

The team selected Tagaytay City along the Tagaytay Ridge in the Philippines, a location defined by panoramic views of Taal Lake and Volcano.

Tagaytay embodies both beauty and vulnerability.

It’s hot, humid climate and elevated terrain make it one of Southern Luzon’s most desirable destinations. Yet it also faces significant risks from typhoons, seismic activity, and volcanic events. Rapid urban and tourism growth further underscores the need for adaptive, sustainable design.

For the PDG team, this setting became an opportunity:
to transform environmental risk into architectural innovation.

Redefining Resilience

reROOT expands the meaning of resilience beyond resistance. It proposes architecture that adapts, evolves, and thrives within dynamic conditions.

Key Strategies

Passive Design
Maximized natural ventilation, daylight access, and thermal comfort reduce energy demand in a hot, humid climate.
Water Systems
Integrated rainwater harvesting and greywater reuse support off-grid functionality.
Local Materials
Regionally sourced, low-carbon materials reduce environmental impact while honoring local craftsmanship.
Landscape Integration
Native vegetation, green buffers, and contour-sensitive planning stabilize slopes and enhance biodiversity.
Structural Resilience
Flexible systems designed to withstand seismic and wind loads, with elevated modular configurations adaptable to hazard conditions.
Community Spaces
Multi-use areas that serve as both social hubs and safe zones during emergencies.

A Vision for Future Communities

The project envisions a community that mirrors Tagaytay’s essence — peaceful yet powerful, rooted in nature yet forward-looking.

Through careful site analysis and thoughtful architectural response, reROOT demonstrates that:

Safety and beauty can coexist.
Sustainability and comfort are not mutually exclusive.
Compact design can deliver expansive impact.

More than a competition entry, reROOT is a prototype for future communities facing increasingly frequent and intense climate events. It positions architecture as both protection and partnership with nature.

Celebrating Our Team

We are incredibly proud of our PDG team for their innovation, research, and dedication in developing this concept. Participating in MICROHOME 10 reflects our commitment to advancing sustainable, resilient design on a global stage.

Small footprint.
Big vision.
Lasting impact.

CLICK HERE to see the full presentation boards.

Select Auto Imports: How an Independent Used Car Dealer Competes with the Big Corporations

February 12, 2026/ Automotive • Trends

In a market dominated by large-scale auto dealership chains, standing out can be a major challenge for independent dealerships. At the same time, great architecture offers one of the most powerful ways to differentiate. That’s exactly what happened at Select Auto Imports in Alexandria, Virginia.

By collaborating with our architecture team, Select Auto Imports transformed their facility into a 17,000-square-foot, three-story automotive sales and service landmark, a space built to reflect the luxury quality of their pre-owned inventory, elevating the customer experience, and competing head-to-toe with big-brand showrooms.

Before & After: A Site Transformed

Located on a narrow, irregular lot along South Van Dorn Street, the site presented unique constraints: limited frontage, tight circulation, and bordering commercial neighbors. Our design strategy turned those challenges into opportunities.

The building uses a vertical stacking approach to optimize showroom, office and service functions in a compact footprint.
Engineered vehicle access and pedestrian flows were carefully choreographed to ensure seamless use on the tight site.
Structural features such as the stairwell’s expressive interior cross-bracing serve both seismic/structural purposes and act as bold architectural statements.

In short: what used to be a standard dealership lot has become a modern, refined destination that both customers and the surrounding community take notice of.

Design That Elevates Brand & Experience

Architecture is more than just walls and roofs, it’s a strategic tool for brand communication. For Select Auto Imports, the building was crafted to reflect trust, professionalism, and sophistication.

Exterior & Façade Highlights

A sleek façade composed of smooth architectural panels, high-performance glazing and metal screening creates a modern identity with clean lines and bold geometry.
The black and silver palette offers a restrained elegance letting the luxury vehicles inside become the stars of the show.
At the entrance, a tall vertical glass volume serves as a beacon from South Van Dorn Street announcing the stair tower and inviting visitors into the space.

Interior & Customer Experience

Inside, expansive glazing floods the space with natural daylight, creating a bright and welcoming environment.
Glass-front sales offices promote transparency and openness, while warm woods and textured finishes introduce richness and depth.
The “coffee stop” area is clad in a textured black wave tile offering a tactile moment of hospitality that feels more boutique than transactional.
Even the restrooms are designed with hospitality-level detailing, featuring full-height doors and contemporary tilework, an unexpected touch that reinforces quality at every turn.

Location Advantage: Across from JLR Alexandria

One of the strongest marks of strategic location planning comes from the fact that Select Auto Imports sits directly across the street from another landmark project designed by our firm: JLR Alexandria. Together these two dealerships anchor Alexandria’s automotive corridor, each with its own identity but sharing a common design language that elevates the neighborhood.

Where JLR Alexandria channels the precision and polish of a global luxury brand, Select Auto Imports proves that independent businesses can match that same visual and operational performance through design.

Competitive Advantage Through Architecture & Function

What makes this project especially powerful is how it combines aesthetics and performance:

The facility does more than look good: it is engineered to support efficient operations for both sales and service, ensuring that vehicle display, customer walk-through, and back-of-house functions all sync seamlessly.
Sustainable design principles were embedded throughout: although not formally certified, the project uses an urban infill site (reducing land consumption), high-performance glazing and efficient lighting systems, and low-maintenance long-life materials.
Attention to site drainage and stormwater management helped ensure that the building meets local environmental expectations with another layer of design sophistication.

All of which means that Select Auto Imports doesn’t just claim to compete with large corporations, it architecturally proves it.

Why This Matters for Independent Dealerships

In a dealership world where brand scale often dominates, independent operators need every tool they can get to level the playing field. A well-designed facility provides:

Higher perceived value and trust from customers
A premium environment that encourages longer visits and better engagement
Differentiation from the standard “used-car lot” model
A facility that works hard for business growth—not just looks good

If your business is striving to stand out from large chains and elevate your facility into a brand asset, this is what great architectural partnership looks like.

Ready to Elevate Your Space?

Our firm specializes in automotive retail architecture, helping independent dealers, luxury brands, and service centers achieve spaces that look premium, work efficiently, and drive business results.

If you’re ready to transform your building into a competitive tool—let’s talk. Contact us today for a consultation.