Active-Campus Healthcare Construction: How Architects Minimize Disruption

Active-campus healthcare construction requires more than a well-designed final space. Hospitals, clinics, pharmacies, imaging departments, and treatment centers often need to remain operational while renovation or expansion work occurs around them.

Patients must continue receiving care. Staff need safe and reliable access to clinical spaces. Critical utilities must remain functional, and visitors must be able to navigate the campus without unnecessary confusion.

Healthcare architects help bring these priorities together through careful field investigation, phased design, infection-prevention planning, construction logistics, utility coordination, and ongoing communication.

Understanding the Active Healthcare Campus

Before design begins, the project team must understand how the existing facility operates.

This process includes documenting existing conditions and identifying:

• Patient, staff, visitor, and service circulation
• Emergency and ambulance access
• Clinical workflows
• Public entrances and waiting areas
• Mechanical, electrical, plumbing, and medical-gas systems
• Infection-prevention requirements
• Noise- and vibration-sensitive departments
• Life-safety and emergency egress routes
• Departments that must remain operational

Field verification is particularly important during active-campus healthcare construction. Existing drawings may not reflect undocumented renovations, concealed utilities, equipment changes, or current operating conditions.

Early investigation allows the architect and engineering team to identify potential conflicts before they affect construction, patient care, or the project schedule.

ARCHSOL supports healthcare clients through planning, design, bidding, and construction administration services, helping projects move from early investigation through final completion.

Developing an Active-Campus Healthcare Construction Phasing Plan

Phasing is one of the most effective ways to minimize disruption.

A thoughtful phasing plan divides the project into manageable portions so that essential departments can continue operating. Depending on the facility, this may require temporary relocations, swing spaces, sequenced construction zones, temporary entrances, or carefully scheduled shutdowns.

Architects collaborate with owners, contractors, consultants, facilities personnel, infection-prevention teams, and clinical users to determine:

• Which spaces can temporarily be taken offline
• How long each phase can remain under construction
• Where displaced services will operate
• Which departments or infrastructure improvements must be completed first
• How patients, staff, and materials will move during each phase
• What temporary barriers and access routes are required
• When utility shutdowns can safely occur

Phasing plans should begin during design rather than after construction documents are complete. Early contractor participation can also help the team evaluate constructability, procurement requirements, temporary conditions, and scheduling options.

ARCHSOL’s work includes complex healthcare renovations and expansions, such as the Yuma Regional Medical Center Emergency Department expansion and renovation.

Protecting Patients and Staff During Construction

Patient and staff safety must remain the highest priority throughout healthcare construction.

Construction activity can introduce dust, airborne contaminants, noise, vibration, fumes, blocked pathways, and other risks into an occupied facility. Architects help establish clear separation between construction zones and operational areas.

Project documents and logistics plans may address:

• Temporary construction partitions
• Infection-control barriers
• Negative-air requirements
• Dust containment
• Construction entrances
• Protected pedestrian routes
• Temporary egress paths
• Fire and smoke barrier continuity
• Signage and wayfinding
• Material and equipment storage

The Centers for Disease Control and Prevention’s environmental infection-control guidance recommends completing an infection-control risk assessment before construction, demolition, renovation, or other activities that may generate dust or water aerosols.

The ASHE Infection Control Risk Assessment 2.0 tool also provides a structured method for identifying construction activities, patient risk groups, and required precautions.

These requirements should be coordinated with the healthcare organization’s infection-prevention, safety, facilities, environmental services, and clinical leadership teams.

ARCHSOL has also explored how healthcare materials and surface design can support improved infection-prevention processes.

Coordinating Critical Utility Shutdowns

Healthcare facilities depend on continuous access to power, water, HVAC, medical gases, communications, nurse-call systems, and other essential infrastructure.

Even a brief interruption can affect patient care, clinical equipment, medication storage, environmental conditions, or life-safety systems. Utility interruptions must therefore be identified and planned well in advance.

Architects and engineers help document existing systems, determine where new connections are required, and develop strategies to reduce downtime. These strategies may include:

• Temporary utility services
• Redundant systems
• After-hours work
• Early infrastructure improvements
• Isolation valves or electrical tie-in points
• Carefully sequenced shutdowns
• Testing and commissioning procedures

A shutdown plan should identify the affected systems, impacted departments, expected duration, temporary backup measures, responsible team members, testing requirements, and procedures for restoring service.

Clear planning gives facility personnel time to prepare and reduces the likelihood of an unexpected interruption.

Maintaining Access and Wayfinding During Active-Campus Construction

Construction can change how people enter, exit, and move through a healthcare campus. Hallways may close, entrances may relocate, parking may become limited, and familiar paths may no longer be available.

Architects help evaluate these impacts and create temporary circulation plans that remain safe, accessible, and easy to understand.

Temporary wayfinding should account for:

• First-time visitors
• Patients with mobility or vision limitations
• Wheelchair-accessible routes
• Emergency and ambulance access
• Public and staff entrances
• Loading and delivery areas
• Construction traffic
• Accessible parking
• Alternate routes to clinical departments
• Clear directional signage

Temporary routes should be evaluated from the patient’s perspective. A route that appears obvious on a logistics plan may still be confusing to a patient or family member arriving under stressful circumstances.

This emphasis on dignity, access, and clarity complements ARCHSOL’s approach to patient-centered healthcare design.

Planning Healthcare Construction Around Clinical Workflows

Successful active-campus construction begins with understanding how care is delivered.

Architects engage clinical users to determine how construction could affect staff movement, supply delivery, equipment access, patient transfers, emergency response, medication distribution, and daily departmental operations.

Different clinical environments require different strategies.

Construction adjacent to an infusion center may require increased attention to noise, privacy, patient comfort, pharmacy access, and medication-support functions.

Imaging projects may require coordination of equipment delivery paths, structural support, shielding, temporary services, and equipment downtime.

Pharmacy renovations may require temporary compounding operations, controlled access, environmental monitoring, and highly coordinated construction sequencing.

ARCHSOL’s HonorHealth Deer Valley Medical Center Oncology project included the renovation and shell buildout of an outpatient pharmacy and infusion center, demonstrating the coordination required among architecture, infrastructure, clinical operations, and patient care.

Using Visualization to Improve Active-Campus Construction Planning

Three-dimensional models, mockups, and real-time visualization help stakeholders understand how temporary and permanent project conditions will affect an active campus.

These tools allow project teams to evaluate:

• Temporary circulation routes
• Construction barriers
• Department access
• Room layouts
• Equipment clearances
• Staff visibility
• Patient movement
• Utility and supply access
• Future construction phases

Visualization is especially valuable for clinical users and stakeholders who may not regularly interpret architectural drawings. It gives team members a more intuitive way to experience a proposed solution, identify conflicts, and provide meaningful feedback.

ARCHSOL’s real-time visualization process allows healthcare teams to review critical design and construction decisions within an immersive environment.

stablishing Clear Communication During Healthcare Construction

Active-campus healthcare construction requires consistent communication among the owner, architect, contractor, engineers, facilities personnel, clinical departments, infection-prevention staff, and other stakeholders.

Useful communication tools include:

• Phasing diagrams
• Shutdown schedules
• Two- or three-week construction look-ahead plans
• Construction impact notices
• Department-specific coordination meetings
• Updated logistics plans
• Progress photographs
• Decision logs
• Responsibility matrices
• Contact and escalation protocols

Communication should be timely, specific, and understandable to the people affected by the work.

For example, a notice stating that “construction will occur next week” provides limited operational value. A useful notice identifies the location, date, duration, expected noise or vibration, affected routes or utilities, responsible contacts, and any actions required from facility personnel.

Responding to Unforeseen Conditions on an Active Healthcare Campus

Healthcare renovation projects frequently reveal conditions that were not visible during design.

Hidden utilities, undocumented construction, structural conflicts, hazardous materials, deteriorated systems, and inaccessible infrastructure can all affect the project.

Early field investigation reduces these risks but cannot eliminate every unknown. Architects help the team document unforeseen conditions, evaluate alternatives, coordinate consultants, and communicate schedule or cost implications to the owner.

An experienced healthcare project team remains flexible and establishes a clear process for resolving field conditions quickly without compromising patient safety or operational continuity.

Coordinating Active-Campus Construction Logistics

Construction logistics influence more than the contractor’s immediate work area. They affect parking, deliveries, public circulation, emergency access, noise, cleanliness, and the overall patient experience.

Architects collaborate with contractors and healthcare owners to evaluate:

• Construction fencing
• Material staging
• Crane and equipment locations
• Delivery schedules
• Waste-removal routes
• Worker access
• Temporary parking
• Ambulance circulation
• Public entrances
• Emergency egress
• Loading docks and service areas

The Facility Guidelines Institute publishes guidance used in the planning, design, and construction of hospitals, outpatient facilities, and other healthcare environments.

Regulatory requirements provide an important foundation, but each campus also requires a logistics strategy tailored to its clinical services, physical layout, infrastructure, and patient population.

Maintaining Focus on the Patient Experience

Patients may already be experiencing stress, discomfort, or uncertainty when they arrive at a healthcare facility. Construction should not create avoidable confusion or anxiety.

Thoughtful active-campus planning can help preserve patient dignity, privacy, comfort, and access by:

• Maintaining clear arrival sequences
• Limiting disruptive work during treatment hours
• Protecting views into clinical areas
• Reducing unnecessary noise and vibration
• Providing advance notice of route changes
• Maintaining comfortable waiting and treatment environments
• Separating patients from construction workers and materials

Patient experience should remain part of every phasing, logistics, and construction-impact discussion.

The Value of an Experienced Healthcare Architect

Minimizing disruption during active-campus healthcare construction requires more than producing architectural drawings.

It requires an understanding of healthcare operations, infection prevention, clinical workflows, building infrastructure, life safety, construction phasing, logistics, communication, and patient experience.

An experienced healthcare architect helps bring these priorities together. By engaging stakeholders early, documenting existing conditions, coordinating shutdowns, developing practical phasing plans, and maintaining clear communication, the architect helps protect both the construction process and continuity of care.

At ARCHSOL, healthcare is in our DNA. Our team delivers client-focused, technology-forward healthcare design for renovations, expansions, equipment replacements, and complex projects throughout Arizona.

Explore ARCHSOL’s healthcare architecture portfolio or contact our team to discuss an upcoming active-campus project.