What components are included in a SIRS?

A SIRS evaluates major building components that require periodic repair or replacement and have a significant impact on the safety and functionality of the property.

Components commonly included in a SIRS include:

• Roof systems

• Structural framing

• Load-bearing walls

• Waterproofing systems

• Fireproofing

• Exterior painting

• Windows and glazing

• Balconies

• Parking garages

• Foundations

• Seawalls

• Plumbing systems

• Mechanical systems

• Electrical systems

• Elevators

• Swimming pools

• Recreational facilities

The specific components included depend on the building type, construction methods, governing documents, and applicable Florida statutes.

Are roofs included in a SIRS?

Yes.

Roof systems are one of the most important reserve components in a SIRS because they protect the building from water intrusion and have a finite service life.

The SIRS evaluates:

• Roof age

• Roof type

• Current condition

• Previous repairs

• Remaining useful life

• Estimated replacement costs

For many associations, roof replacement is among the largest reserve expenditures anticipated over the life of the building.

Are balconies included?

Yes.

Balconies are considered critical structural components and are frequently included in SIRS reports.

Engineers may evaluate:

• Structural slabs

• Waterproofing systems

• Surface coatings

• Railings

• Drainage

• Concrete deterioration

• Corrosion

Balcony repairs can become expensive if deterioration is not identified early, making reserve planning especially important.

Are parking garages included?

Absolutely.

Parking garages are among the most costly building systems to maintain because they are continuously exposed to:

• Vehicle traffic

• Water intrusion

• Chloride contamination

• Corrosion

• Thermal movement

The SIRS may evaluate:

• Structural slabs

• Columns

• Beams

• Expansion joints

• Drainage systems

• Concrete condition

• Corrosion levels

Associations often discover that parking garages represent one of their largest long-term reserve obligations.

Are windows included?

In many cases, yes.

Windows and glazing systems may be included when they are association-maintained components or when replacement costs are the responsibility of the association.

The SIRS may evaluate:

• Window age

• Seal failures

• Frame deterioration

• Hardware condition

• Water intrusion concerns

• Remaining useful life

Window replacement projects can involve millions of dollars for larger condominium buildings, making reserve planning essential.

Are seawalls included?

Yes.

For waterfront communities, seawalls are often among the most critical reserve components.

Engineers may evaluate:

• Structural condition

• Settlement

• Concrete deterioration

• Corrosion

• Marine exposure

• Tie-back systems

• Drainage performance

Because seawall repairs and replacements are costly, reserve funding is particularly important for waterfront properties.

Are elevators included?

Yes.

Elevators are complex mechanical systems that require:

• Routine maintenance

• Modernization

• Component replacement

• Eventual full replacement

The SIRS typically evaluates:

• Elevator age

• Modernization history

• Remaining useful life

• Replacement costs

Elevator reserve planning helps associations avoid large unexpected expenditures.

Are swimming pools included?

Often, yes.

Swimming pools and associated recreational facilities may be reserve components if they are owned and maintained by the association.

The SIRS may include:

• Pool shells

• Decks

• Mechanical equipment

• Pumps

• Filtration systems

• Coping

• Finishes

• Safety equipment

Although pools are not structural systems, they often represent substantial capital expenditures.

Are waterproofing systems included?

Yes.

Waterproofing systems protect the building from moisture intrusion and structural deterioration.

Common waterproofing components include:

• Balcony membranes

• Plaza deck systems

• Garage waterproofing

• Below-grade waterproofing

• Sealants

• Expansion joints

Waterproofing failures are a leading cause of structural deterioration in Florida buildings.

A properly funded reserve program helps associations replace waterproofing systems before failures become widespread.

Are mechanical systems included?

Yes.

Mechanical systems may include:

• HVAC equipment

• Cooling towers

• Pumps

• Ventilation systems

• Exhaust systems

• Chillers

• Boilers

Mechanical equipment has predictable service lives and often requires substantial capital expenditures during replacement cycles.

What useful life assumptions are used?

Every reserve component has an estimated useful life.

The engineer evaluates factors such as:

• Age

• Condition

• Exposure to weather

• Maintenance history

• Construction quality

• Previous repairs

For example:

• Roofs may last 20–30 years.

• Waterproofing systems may last 15–25 years.

• Windows may last 25–40 years.

• Elevators may require modernization every 20–30 years.

Actual service life depends on maintenance and environmental conditions.

How are replacement costs determined?

Replacement costs are estimated using:

• Historical construction costs

• Current market pricing

• Contractor pricing data

• Material costs

• Labor costs

• Similar completed projects

• Engineering experience

The goal is to develop realistic cost projections that associations can use for long-term budgeting.

How are repair costs estimated?

Repair costs are based on:

• Quantity takeoffs

• Existing conditions

• Anticipated construction methods

• Material costs

• Labor costs

• Project complexity

• Permit requirements

Engineering firms with restoration experience often provide more accurate repair estimates because they understand how projects are actually constructed.

What if a component was recently repaired?

If a component has been repaired or replaced recently, the engineer may adjust:

• Remaining useful life

• Future repair schedule

• Reserve contributions

• Replacement cost assumptions

Recent improvements may reduce future reserve requirements, but the component must still be evaluated based on its expected performance over time.

Can components be excluded?

Possibly.

Whether a component is included depends on:

• Florida law

• Association governing documents

• Ownership responsibilities

• Maintenance obligations

• Building type

Some components may be excluded if they are maintained by individual owners or are otherwise exempt.

How are reserve quantities measured?

Reserve quantities may be determined through:

• Field measurements

• Construction drawings

• Aerial imagery

• Existing records

• Engineering observations

Examples include:

• Square feet of roofing

• Linear feet of seawall

• Number of windows

• Square feet of waterproofing

• Number of elevators

• Area of parking garage slabs

Accurate quantities are critical for reliable cost estimates.

How are component conditions evaluated?

Engineers evaluate component condition using:

• Visual inspections

• Maintenance records

• Previous engineering reports

• Milestone Inspection reports

• Construction history

• Testing results

Condition assessments help determine remaining useful life and reserve funding requirements.

Does a SIRS include inspections?

Yes, although the extent of the inspection varies.

The engineer typically performs site observations to:

• Verify component existence

• Assess condition

• Identify deterioration

• Review previous repairs

• Confirm reserve quantities

The inspection is generally not as extensive as a Milestone Inspection, but it provides important information regarding long-term planning.

How detailed is the report?

A SIRS report is typically comprehensive and may include:

• Component inventory

• Condition assessments

• Useful life estimates

• Replacement cost estimates

• Reserve schedules

• Cash flow projections

• Funding recommendations

• Photographs

• Assumptions and methodologies

The report becomes an important planning tool for the Board and future association leadership.

What engineering experience is important when selecting a SIRS provider?

Associations should look for firms experienced in:

• Structural engineering

• Building envelope systems

• Concrete restoration

• Waterproofing

• Reserve studies

• Construction cost estimating

• Milestone Inspections

• Capital repair planning

An engineering firm that understands both building performance and reserve funding can provide more practical and accurate recommendations.

Why Choose RAS Engineering for Your SIRS?

RAS Engineering combines structural engineering expertise with practical restoration experience and reserve planning knowledge.

Our team helps condominium associations throughout South Florida:

• Identify reserve components

• Evaluate building conditions

• Estimate repair and replacement costs

• Develop cash flow projections

• Coordinate Milestone Inspections and SIRS requirements

• Prioritize capital improvements

• Plan for long-term financial stability

By combining engineering analysis with practical experience, RAS Engineering helps associations make informed decisions that protect residents, preserve property values, and maintain compliance with Florida law.

Schedule a SIRS Consultation

If your condominium association needs a Structural Integrity Reserve Study or would like to better understand which building components must be included, RAS Engineering can help.

Our team provides engineering-based reserve studies designed to support long-term planning, financial stability, and structural safety for condominium communities throughout South Florida.