What Are Some Architectural Project Examples?

What Are Some Architectural Project Examples?

Architects work on a wide variety of projects across all industries. Their expertise covers everything from designing commercial buildings and preserving historic landmarks to planning large-scale mixed-use developments.

Designs must balance aesthetics, functionality, safety, and sustainability. The goal is to create buildings that not only look appealing but also perform well with their local communities, comply with safety standards, and incorporate environmentally responsible materials and systems for long-term durability. This includes thoughtful space planning, attention to user experience, code compliance, energy efficiency, and adaptability to future needs.

The architectural project team includes engineers, contractors, and clients, who rely on accurate as-built data to avoid costly errors, rework, or delays, and ultimately focus on what they do best. The architect’s role begins at the conception stage of each project’s lifecycle. By creating design concepts based on detailed as-built drawings and 3D BIM models, they provide the technical foundation needed to guide construction and ensure precision at every stage of the project.

‍

Specific Types of Architectural Projects

Here are a few examples of the widely varied work architects may be called on to do:

1. Commercial Buildings

Office Buildings

‍Architects develop design plans for new, renovated, and office-to-residential conversion buildings – ranging from single-story structures to high-rise towers – with a focus on optimizing layout, enhancing energy efficiency, and meeting all regulatory requirements. Since the COVID-19 pandemic, the trend of office-to-residential conversions (adaptive reuse) has experienced significant growth due to remote work. Major metropolitan areas like New York City, Washington D.C., and Los Angeles are at the forefront of this movement, implementing a range of strategic initiatives and policy-driven programs to facilitate and accelerate these conversions.
‍

Retail Stores

When working on retail spaces – whether shopping centers, boutiques, or large malls – architects design layouts that attract customers, enhance the shopping experience, and reflect brand identity. During the COVID-19 lockdown, many retail businesses were forced to close and there was a large push for online shopping, led in part by technically savvy Gen Z-ers. In response to the accelerating evolution of retail demands, project teams are prioritizing flexible, open-plan layouts that support rapid adaptation. Webber Studio states that highly versatile spaces enable seamless transitions between functions, like shifts from traditional in-store shopping to curbside pickup, that can be reconfigured as market conditions and consumer behaviors continue to evolve. According to Miller Zell, Inc., current retail design trends are:

• Sustainable Design
• Technological Integration
• Multi-functional Spaces
• Personalization

Hospitality Projects

For hotels, resorts, spas, restaurants, and bars, architects design spaces that are visually appealing, practical, and welcoming. They create layouts that improve guest comfort, support efficient staff operations, and comply with building and health codes. Contemporary hotel design, for example, is undergoing a strategic shift from compartmentalized, single-use configurations toward integrated, multifunctional spatial planning. Areas previously considered underutilized, which include oversized lobbies and redundant amenity zones, are now being reprogrammed to support diverse operational needs. Lobbies are evolving into multifunctional environments that accommodate food and beverage service, co-working, informal meetings, and social interaction. When it comes to working on hospitality projects, there can be a strict timeline, and project teams prefer to get accurate as-built documentation during the off-season.

GPRS was selected by Studio Troika to 3D laser scan the Gibbet Hill Grill restaurant. “Many buildings are unique and not as perfectly aligned as our drawings suggest. To address this, we selected GPRS to document the imperfections with point cloud scans, ensuring our clients receive results that minimize change orders and surprises during construction. We highly value the accuracy provided by these scans.” – Jordan Bradley, Associate Principal of Studio Troika
‍

‍

Mixed-Use Developments

In mixed-use projects, architects create integrated designs that integrate residential, retail, and office functions within a single structure or development. They plan the spatial layout to balance privacy, convenience, and shared amenities, while ensuring that building systems, which include HVAC, plumbing, and electrical, serve each use effectively. Their designs must also meet the distinct code and zoning requirements for each space type, all while maintaining a cohesive architectural vision.

‍

2. Cultural and Civic Structures

Government Buildings

Architects plan and execute the new construction and renovation of civic structures such as city halls, courthouses, post offices, and federal and state government buildings. Government projects demand strict adherence to security protocols, public accessibility standards (ADA), safety requirements, and government sustainability goals. Typically, these buildings need funding for renovations, which often happen in phases. Project teams work with stakeholders and regulatory bodies to ensure the project meets functional, symbolic, and sustainability needs, using energy-efficient systems, durable materials, and historic preservation strategies when necessary.

• Hiring a professional service provider to conduct 3D laser scanning provides precise, detailed as-built documentation of existing buildings, helping project teams to plan upgrades, ensure code compliance, minimize construction risks, and streamline coordination across agencies and contractors.
• GPRS is extensively trained and equipped to coordinate within the operational parameters of government facilities, including adherence to access restrictions and designated timeframes.

‍

Museums and Art Galleries

Designing or renovating museums and galleries requires a deep understanding of both visitor experience and collection preservation. Architects address climate control systems, light exposure management, and circulation flow to protect artifacts while enhancing engagement. Technical responsibilities include integrating security systems, coordinating with curators and exhibit designers, and designing flexible gallery layouts to accommodate changing exhibitions. Many times, decorative work and elements must remain untouched. Acoustic control, material selection, and lighting design all play critical roles in both conservation and user experience.

• Capturing accurate data needs to be done in the off-hours to avoid disturbing visitors.
• Digital twin reduces physical site visits and streamlines renovation processes.

‍

“I think we've all done hand measuring, but we needed the level of detail that was provided in the point cloud. The laser scan really created the foundation of all our documentation that we were able to supplement and do targeted assessments at the Rough Point Museum.” - Nealia Morrison, Senior Associate at DBVW Architects

‍

Stadiums, Theatres, and Event Spaces

For stadiums, arenas, theatres, and performance venues, architects develop comprehensive designs that prioritize functionality, safety, and immersive experience. This can include designing seating capacity, layout, acoustics, sightlines, accessibility, and environmental considerations, to create a memorable experience for the athletes, performers, and audience. Coordination with structural and mechanical engineers is critical to achieving large-span roof systems and complex lighting rigs.

• Traditional documentation methods are difficult for stadiums, theatres, and event spaces because of their complex geometry, large scale, hard-to-reach areas, and intricate architectural details that are time-consuming and challenging to measure accurately by hand.
• Whether upgrading aging stadium infrastructure or integrating advanced technologies, precise building dimensions and accurate site data are essential for informed decision-making and successful project execution.
  ‍

Libraries

Architects design modern libraries to include quiet study areas, collaborative spaces, and community zones like computer labs and multipurpose rooms. They create flexible layouts, support advanced technology, and use sustainable features such as natural lighting and ventilation. Project teams also ensure the building meets safety codes and reflects the library’s role as both a learning space and a community center.

• A dense layout with many bookshelves can present challenges and more manual measuring.
• Design teams often leverage cutting-edge 3D laser scanning services to document interiors much faster to keep the project on schedule.
  ‍

Community Centers

Designing community centers involves creating versatile, multi-use spaces that support recreation, education, social services, and events. Architects focus on modular spatial design, energy-efficient systems, and durable finishes that withstand high public use. Project teams also help manage budgets and construction planning to make sure the center meets the needs of people of all ages.
‍

‍

“We need a dedicated space for K-12 students to be in. We don’t want to interrupt them, and we need to continue doing our work and activities in the space.” – Rebecca Johnson, Executive Director of AIA Philadelphia

‍

Religious Buildings

For churches, mosques, temples, and other houses of worship, architects ensure the space is inviting, functional, and reflects the church's ministry vision, while also managing the project's financial resources and timelines. Many of these structures are historic and lack original as-built documentation, presenting significant challenges for accurate planning.

For example, the First Parish Church built in 1836 in Cambridge, Massachusetts, standing 138 feet tall lacked original as-built drawings, making accurate documentation essential yet difficult to achieve with traditional methods. Without digital documentation delivered by GPRS, scaffolding and manual measurements would have been time-consuming and posed safety risks, adding complexity to the restoration process.

‍

3. Schools and Universities

Schools

Architects design and upgrade K-12 campuses, including elementary, middle, and high schools, as well as public and parochial institutions – with a focus on safety, adaptability, and student-centered environments. They create flexible classrooms, improve natural lighting, control acoustics, and ensure safe student circulation with separated vehicle and pedestrian zones.

• LLB Architects and Pragmaticam engaged GPRS for our expertise in architecture-grade 3D laser scanning and modeling to support the Dexter Southfield Preparatory School. Leveraging our precise documentation services allowed LLB to concentrate fully on design, architectural development, and planning while relying on accurate, high-resolution spatial data as the foundation for their work.
• Ever since our first engagement occurred with Existing Conditions/GPRS back in 2011, we've consistently found that involving their services early in the planning, analysis, and study phases adds a crucial level of resource efficiency and fluidity in project trajectory. This approach has been essential for meeting client timeframe expectations and ensuring accuracy for the entire project team, especially when a project moves into design and construction. – Neal Bijlani, Principal of Pragmaticam

Colleges and Universities

Architects lead the design of academic and student facilities in higher education, including classrooms, research labs, libraries, dining facilities, residence halls, and student unions. They focus on accessibility, sustainability, and long-term adaptability, aligning new buildings with campus growth strategies.

• Getting accurate measurements over the summer is crucial since there will be fewer students on campus.
• Many times, measurements are completed from each building based on priority level.

‍

4. Healthcare Facilities

Hospitals

Architects help design hospitals with specialized areas like operating rooms, emergency departments, and patient wards. Their work focuses on creating efficient, code-compliant layouts that support patient care, staff workflow, and infection control. They coordinate complex systems such as HVAC, medical gas, and backup power, all while meeting strict health codes like FGI Guidelines. Designs also consider accessibility, durable materials for hygiene, and construction phasing to minimize disruptions during renovations or expansions.

• As-built drawings support clash detection for new system installations.
• Accurate building measurements aid ongoing facilities management in these active environments.

Medical Offices and Clinics

For outpatient centers, doctor’s offices, and urgent care clinics, architects design layouts that improve patient flow, protect privacy, and support staff efficiency. They ensure the spaces meet ADA requirements, healthcare codes, and infection control standards – while remaining functional, safe, and welcoming for patients and staff.

Specialized Facilities

Architects plan and design specialized healthcare spaces such as labs, imaging centers, mental health clinics, addiction treatment facilities, and hospice facilities. Biophilic design is increasingly being integrated into the renovation of specialized facilities. Transforming an outdated building into a modern, patient-centered environment requires more than aesthetic upgrades, it demands a comprehensive approach to enhance functionality and performance. By incorporating advanced heating, cooling, and ventilation systems, the facility can achieve improved energy efficiency and superior indoor air quality. This design strategy not only supports the delivery of high-quality care and extensive services but also creates a more welcoming and therapeutic environment for occupants.

Nursing Homes and Senior Living Communities

In senior care settings, architects design environments that prioritize resident comfort, accessibility, and safety. Projects follow healthcare and residential care codes, incorporating features like nurse call systems, ADA-compliant layouts, and efficient HVAC and lighting. Designs often include social areas, private or semi-private rooms, and flexibility to adapt to changing care needs – all while supporting a home-like atmosphere.

‍

‍

5. Industrial Projects

Facilities and Warehouses

Architects and engineers design manufacturing plants, warehouses, storage facilities, and distribution centers with efficient layouts that improve workflow, streamline production lines, and ensure employee safety. They plan for clear circulation paths, loading docks, equipment zones, and emergency egress while integrating lighting, ventilation, and fire safety systems to meet industrial code requirements.

• 3D laser scanning provides accurate, detailed as-built data that streamlines facility renovations by reducing measurement errors, improving design precision, and minimizing costly rework.

Data Centers

Designing a data center requires precise planning for cooling, power, and security. Architects create layouts that optimize server rack placement, airflow, and electrical distribution to prevent overheating and ensure 24/7 operation. They also incorporate structural reinforcements, backup power systems, and controlled access points to meet strict technical and security standards.

• Reliable 2D CAD drawings are crucial for asset management and space utilization.
• GPRS’ 3D laser scanning technology is safe for complex data centers and does not damage servers.

Energy Facilities

From power plants and water treatment plants to solar farms and refineries, architects support energy projects by designing scalable, safe, and durable facilities. They plan infrastructure for heavy equipment, energy storage systems, and utility access while allowing for future expansion. Their work ensures compliance with safety codes, environmental regulations, and operational needs across long facility lifespans.

• In this example, our client initiated a comprehensive mechanical rehabilitation of the water treatment plant pump station and selected GPRS to perform 3D laser scanning and develop a detailed Building Information Model (BIM) to accelerate project design and execution. Advanced, custom-built Revit families were developed with selective visibility to accurately represent the facility’s complex features, allowing the client to isolate and analyze specific systems throughout the design process.

‍

6. Renovation and Restoration

Historic Preservation

Preserving historic buildings is important in rural and urban areas. Architects restore and adapt historic buildings by carefully preserving their unique architectural features. They also integrate modern systems to meet safety codes, accessibility requirements, and energy efficiency standards, ensuring that the building remains functional while honoring its historical value. Historic buildings often have decades of corrosion and façade damage.

• 3D mesh models are a great option for restoring historic buildings.
• Accurate data can be communicated to a 3D printing firm to replicate historical details.

“The extensive data that GPRS gathered allowed us to collaboratively create a highly accurate digital model of The Little Building façade circa 1917, which was no easy task given the complexity of the highly ornate neo-gothic architecture. The ability to communicate the model data directly to the fabricator enabled us to have complete control over the outcome of the replicated façade elements." – Ross Cameron, Vice President of Elkus Manfredi Architects

Adaptive Reuse

For adaptive reuse projects, architects transform old structures like warehouses or churches into modern spaces like offices or apartments. They assess the existing building’s structure and systems to ensure they can support the new function, complying with current building codes and safety regulations. Architects develop strategies to maintain the building’s historic or architectural value while integrating modern infrastructure like HVAC, electrical, and plumbing systems. They also address energy efficiency, accessibility, and safety, managing the permitting process to create a sustainable, cost-effective solution.

• 3D laser scanning captures precise existing conditions, helping architects design adaptive reuse projects that fit within complex, aging structures while minimizing surprises and costly modifications.

Building Upgrades

Architects upgrade existing buildings by improving their façades, structural layouts, and MEP systems (mechanical, electrical, plumbing) to meet modern codes and enhance energy efficiency. These updates help bring older buildings into compliance with the latest standards, ensuring they are safe, functional, and modern. The benefits of having MEP/FP documentation are:

• Exact layout and dimensions
• Saves time and reduces rework
• System integration and sequencing
• Plan for future maintenance

‍

7. Urban Design and Planning

Master Planning

Master planning involves organizing land use and designing the layout of entire neighborhoods, cities, districts, campuses, and more. Architects help transform visions into reality by creating functional, aesthetic spaces that serve the community’s needs and comply with local regulations. This includes planning for everything from housing and parks to roads and utilities, ensuring that all elements work together to create a cohesive, sustainable environment.

• When conducting a master plan for an entire campus, for example, it can be time-consuming to measure the site using manual methods or basic tools.
• Utilizing a professional service provider to deliver accurate BIM models is crucial because they are accessible on the server and can be exported into the facility’s existing database management system.

“I am happy to say that GPRS’ 3D laser scans and as-built data have been at the center of our planning and efforts for the next decade of investment. The data helps us make informed decisions based on a more comprehensive understanding of our assets." – Keenan Chenail, Project Manager, Williams College

Transportation Design

Architects design transportation hubs like airports, train stations, and bus terminals with a focus on efficiency, user experience, and safety. They plan layouts that optimize passenger flow, integrate essential systems (like check-in counters, security checkpoints, and baggage handling), and ensure that the space meets transportation codes. Project teams also consider accessibility, future expansion, and technological integration to enhance security and sustainability. They address complex building systems like HVAC, lighting, and noise control, ensuring that the environment is comfortable and functional for both travelers and staff.
‍

‍

8. Residential Projects

Single-Family Homes

Architects play a crucial role in designing custom homes or home renovations that reflect the client’s personal style, spatial needs, and long-term lifestyle goals. They develop schematic designs and construction documents that define the structure’s layout, materials, and systems. Sometimes, there are strict rules and regulations depending on the neighborhood. For example, if the home is situated in a historic area, there needs to be prior approval before renovation begins.

GPRS collaborated with Emeritus to 3D laser scan the interior and exterior of the historic Monomoy Road Residence on Nantucket Island.

“When GPRS explained how their process worked, it seemed incredibly appealing to me because it is one less task our staff has to worry about. Their accurate data is a great reference for the model without having to go on-site. Not only is it a time-saver, but it also allows staff members to focus on design, project management, and client communications.” – Matthew MacEachern, Principal, and Founder of Emeritus

Multi-Family Housing

For apartments, condominiums, duplexes, and townhouses, architects are essential in creating multi-unit building layouts that balance density with livability. They address vertical and horizontal circulation, acoustic privacy between units, fire-rated separations, and shared amenities. Design teams work closely with civil, MEP, and structural engineers to coordinate core systems (HVAC, plumbing, electrical, elevators) that serve multiple occupants efficiently. They also manage zoning constraints, such as floor area ratio (FAR) and open space requirements. Sustainable strategies, such as passive design, stormwater management, and high-performance façades, are often integrated to meet green building certifications (e.g., LEED, ENERGY STAR).

Luxury Residences

Designing luxury villas, estates, or penthouses involves a heightened level of detail, innovation, and customization. Architects oversee custom design elements such as wine cellars, home theaters, spa facilities, and custom millwork. They coordinate with interior designers, landscape architects, and smart home consultants to deliver cohesive, high-end living environments. Technical responsibilities include designing structural spans that allow open-concept layouts, incorporating automated building systems (lighting, security, HVAC), and specifying premium finishes.

Affordable Housing

According to the American Institute of Architects (AIA), the U.S. faces a severe affordable housing shortage, with no state or metro area where a full-time minimum wage worker can afford a standard two-bedroom rental, according to the National Low Income Housing Coalition. From 2019 to 2023, rents rose by 30.4% while wages grew only 20.2%, leaving tens of millions of households cost-burdened, as reported by Harvard’s Joint Center for Housing Studies and data from Zillow and StreetEasy. Architects develop cost-efficient, sustainable designs for low-income housing, public housing, subsidized housing, manufactured housing, and community housing initiatives. They utilize modular construction, standardized components, and value engineering techniques to reduce construction time and cost without compromising quality. Floor plans are designed for maximum space efficiency, incorporating shared amenities and adaptable living spaces. They also navigate funding requirements, public design review processes, and HUD/FHA design guidelines. Emphasis is placed on durability, low-maintenance materials, and energy-efficient systems to reduce long-term operating costs for residents. Many designs also pursue green building certifications, ensuring sustainability and environmental responsibility.

‍

How Can GPRS 3D Laser Scanning Services Aid Architectural Projects?

Architectural design requires a high level of detail and accuracy to prevent costly errors, rework, or delays. GPRS 3D Laser Scanning Services deliver precise, comprehensive as-built documentation of buildings and sites – far beyond the capabilities of traditional methods. From walls and windows to HVAC, electrical, plumbing, and structural elements, all visible components are captured with millimeter accuracy.

This technology supports every phase of the architectural process, including site analysis, design modeling, construction verification, and final as-built validation. GPRS' experienced team specializes in architectural scanning and model development, providing reliable point cloud data that reduces the need for repeated site visits and accelerates project timelines.

By integrating 3D laser scanning into their workflows, architects gain accurate, real-world data to inform design decisions, improve coordination, and eliminate guesswork – resulting in better outcomes for both new construction and renovations.

‍

‍

What are the Benefits of 3D Laser Scanning for Architectural Projects?

3D laser scanning offers several valuable benefits for architects, helping streamline design processes and improve project accuracy.

• Captures the exact dimensions and geometry of existing buildings quickly and accurately
• Saves time and money to allow architects to focus on their designs
• Provides highly detailed 3D Revit models, 2D CAD drawings, and point clouds, streamlining the design process and enhancing project efficiency
• Enables architects to visualize spaces, assess design fit, and identify potential challenges
• Delivers precise architectural, mechanical, and electrical designs for accurate renovations
• Reduces the risk of design errors due to outdated or inaccurate plans
• Facilitates collaboration with engineers and contractors using the same reliable data via virtual site visit platforms like WalkThru3D, TruViews, and SiteMap^®
• Minimizes rework, change orders, and construction delays by ensuring accuracy
• Offers detailed, verifiable models that support planning submissions and permit approvals
• Supports building maintenance and future renovations with a valuable digital twin reference

‍

What Customized Deliverables Can Be Created for Architectural Projects?

For effective project planning, GPRS can provide the following as-built information to an architect:

• Point Cloud Data or Raw Scan Data
• 2D CAD Drawings – Site plans, floor plans, sections, elevations
• 3D BIM Models – For visualization, clash detection, and coordination in BIM environments
• 3D BIM MEP Systems – Existing mechanical, electrical, and plumbing infrastructure, including HVAC layout, electrical panels, piping, and fixtures
• 2D CAD Floor Plans – Dimensions and layout of walls, doors, windows, and openings
• 2D CAD Elevations and Sections – Vertical relationships, building heights, façade details, and materials
• 2D CAD Structural Details – Location and dimensions of beams, columns, foundations, and load-bearing elements
• 2D CAD Roof Plans – Slope, drainage, mechanical equipment placement, and structural elements
• 2D CAD Ceiling Plans – Reflected ceiling plans (RCPs) showing ceiling height, lighting, HVAC diffusers, and soffits
• Site Conditions – Topography, landscaping, utilities, property lines, and access points
• 3D Photogrammetry – Visual reference of interior and exterior conditions
• TruViews, WalkThru3D, or SiteMap

GPRS data and deliverables ensures architects can design accurately, avoid surprises, and align the new design with existing conditions.

Learn more about GPRS 3D Laser Scanning Deliverables.

‍

What Modeling Software Can Be Used for Architectural Projects?

• Autodesk Recap
• Autodesk Revit
• Autodesk 3DS Max
• Autodesk Navisworks
• Autodesk AutoCAD Civil 3D
• AutoCAD Map 3D
• Bentley MicroStation
• Bentley Descartes V8i
• ClearEdge 3D Edgewise
• PointSense Kubit
• Leica Cyclone

Learn more about GPRS Modeling Software.

‍

With GPRS, clients can rest assured that our rigorously trained Project Managers use state-of-the-art technology to deliver the most accurate information. GPRS leads the industry – providing outstanding service – to keep your projects on time and reduce risk.

GPRS has an unmatched nationwide service network making it easy to find an expert Project Manager in your area. Please contact your local GPRS Project Manager for information, pricing, and scheduling needs.

To request a quote from GPRS contact us here.
‍

Frequently Asked Questions

What is the theory of adaptive reuse?

Adaptive reuse in architecture is a sustainable design strategy that involves repurposing existing buildings for new functions, while retaining their historical, cultural, or architectural significance. This strategy promotes the conservation of resources, reduction of waste, and preservation of cultural heritage.

What is a Point Cloud?

A point cloud is the digital dataset captured with a 3D laser scanner. A laser scanner is equipped with LiDAR (Light Detection and Ranging) technology, which scans an object or environment by bouncing laser beams off surfaces to record a 3D digital representation of the space. Each point, containing X, Y, and Z coordinates along with additional data such as color, intensity, or classification, is plotted within a three-dimensional coordinate system.

What is Scan-to-BIM Used For?

Scan-to-BIM is a process that uses 3D laser scanning to create a building information model of a building or site. BIM models provide a comprehensive view of a building that can be used throughout its lifecycle – during the design phase, construction phase, and operation phase of the building. The BIM model can be used during the design and planning stages of a project from design changes to material selection, and cost estimation. During the construction phase, the model can be used to coordinate and manage different trades and ensure the building is constructed according to the design intent. During the operation phase, the model can be used to manage maintenance and repairs, track the performance of the building, and plan for future improvements.

How is CAD different from BIM?

CAD is technology and software designed to produce precise technical drawings —replacing manual hand-drawn and drafting techniques with a digital process. 2D CAD drawings are used in many fields, including architecture and engineering, to create accurate and efficient representations of sites.

BIM, or Building Information Modeling, is a process of visualizing a digital representation of a physical asset via the 3D model and includes richer levels of data, including information on materials and equipment. Architects, engineers, and construction managers can track and monitor a building through its entire lifecycle, from initial design to construction, operations, and maintenance. Project teams can collaborate, share information, and monitor project costs using BIM.