Occupied Renovation: What Steps Owners Need to Know to Keep People Safe and Operations Moving

1. Phasing: Designing Construction Around Daily Operations

Owners often view phasing as purely a contractor logistics exercise. Phasing is an owner’s primary tool for protecting operations, safety, and reputation. This is true across several market segments Shook Construction serves:

Schools

In occupied schools, phasing is synchronized to:

• Accommodate limited space for staging materials and equipment
• Coordinate delivery schedules, debris removal, and contractor routing
• Accommodate academic calendars (testing windows, school events, summer shutdowns)
• Plan around student traffic patterns, peak movement times, and pick-up and drop-off times
• Ensure security protocols and background-check requirements are in place
• Minimize noise, vibration, and dust

Effective phasing strategies include isolated zones, early completion areas, temporary classrooms, and sequencing work to preserve continuous access to classrooms and essential services.

Key Owner Takeaway:
A phasing plan should answer: Can operations continue without students or faculty ever crossing or nearing active work zones?

Hospitals

In healthcare environments, phasing is inseparable from patient safety and continuity of care. Successful plans account for:

• Systems that cannot be interrupted (medical gas, power, HVAC, life safety, technology)

• Noise, vibration, dust, chemical/odor, and infection-control boundaries
• Startup, commissioning, and operational readiness — not just construction completion
• Removal of waste and delivery of materials
• Operating room schedules

Healthcare expertise is demonstrated by aligning construction phases to clinical workflows, not just available space to conduct work.

Key Owner Takeaway:
In hospitals, a phase isn’t complete until systems are tested, validated, and safe for patient and staff use.

Industrial / Manufacturing

In industrial settings, production uptime drives the phasing strategy. Key considerations include:

• Safety around operating industrial systems
• Access to the work areas with construction equipment
• Shutdown windows and allowable downtime
• Tie-ins to energized power and process systems
• Restart, stabilization, and contingency planning

Phasing must be designed backward to account for continued production, not construction convenience.

Key Owner Takeaway:
A viable phase plan protects production output first, construction progress second.

2. Safety Barriers: Separation, Not Just Compliance

Owners expect construction safety plans to focus on protecting their workers and students. In occupied environments, the greater risk is to non-construction occupants such as students, patients, staff, and production workers.

What ‘Good’ Looks Like Across All Sectors:

• Physical separation (secure fencing, temporary walls, controlled access points, security protocols)
• Defined pedestrian and vehicular routes
• Clear wayfinding and visual boundaries
• Controlled deliveries and material staging zones

The goal is for these measures to work throughout construction, not just at mobilization.

Sector-Specific Safety Focus:

Schools

• Secure fencing and access control to prevent unauthorized entry
• Crew background checks with visible identification
• Work scheduled to avoid high-traffic periods and instructional hours
• Separation of construction staff from student population

Hospitals

• Infection control risk assessment (ICRA)
• Isolation of dust, vibration, chemical and odors, and airflow impacts
• Redundant systems protecting life safety and critical care operations

Industrial

• Lockout/tagout discipline
• Controlled access in live-process environments
• Safety programs adapted to the client’s site-specific safety programs, energized systems, and confined spaces
• Often industrial owner’s site-specific safety programs are more stringent. We adapt our approaches to meet these specific needs.

3. Communication: Treat It as a Construction Deliverable

In occupied spaces, lack of information creates more disruption than the construction itself. Proactive and consistent communication prevents operational surprises.

Effective Communication Frameworks:

Schools

• Ongoing coordination with administrators and facility teams
• Advance notice for noisy or disruptive work
• Clear signage
• Regular updates for staff and families

Hospitals

• Regular communication with facility teams, clinical staff, and leadership
• Clear planning and timely communication for system impacts and traffic flow interruptions
• Documentation supporting regulatory confidence and accreditation readiness
• Clear and understandable signage directing patients and visitors

Industrial

• Daily coordination with plant managers and facility teams
• Visibility into shutdown timing, restart plans, and contingencies
• Integrated schedules covering procurement, installation, and commissioning
• Communication about the coordination of utilities and inspections

Key Owner Insight:
Owners should require communication plans that define who is informed, when, and how before construction starts.

4. What Owners Should Demand Before Moving Forward

• A phasing plan tied to operations and facility schedules, not just the building process
• Safety separation strategies specific to occupants and staff, not just construction workers
• A communication cadence aligned with stakeholder expectations and requirements
• Evidence of sector expertise in occupied spaces — not generic

The Shook Difference

Working in active environments requires a partner who understands the rhythm of your business or school day—and the responsibilities that come with projects in an occupied space. At Shook, we deliver high-quality facilities while protecting the safety, productivity, and peace of mind of the organizations we serve.

About the Author

Greg Leui is the lead Estimator with Shook Construction in the Central (Indiana) Region and specializes in cost estimation, bid preparation, risk analysis, and budget management across healthcare, advanced manufacturing, education, and industrial projects. As Lead Estimator, Greg works closely with vendors and trade partners across Indiana to plan and execute a variety of specialized construction projects. Greg holds an Associate of Science in Business from Ivy Tech.