Specialized Construction

Parking Structure Construction Bidding: Complete Contractor Guide 2025

Win parking garage and structure construction contracts with this comprehensive guide. Learn about precast vs cast-in-place, structural requirements, waterproofing systems, and how to bid on municipal and private parking projects.

BidFinds Team
December 19, 2025
14 min read

Parking Structure Construction Market

Parking Construction Quick Facts

Annual Market:

$8B+

US parking construction

Avg Cost/Space:

$25-40K

Structured parking

Municipal Share:

35%

Of total market

EV Charging:

15-20%

Spaces required

Parking structure construction remains a steady market segment driven by urban development, airport expansion, healthcare facilities, and mixed-use developments. While EV adoption is changing design requirements, the fundamental need for structured parking continues to grow.

Major Project Owners

Municipal/Government

Cities, counties, transit authorities, airports, and public universities. Usually lowest-bid procurement with prevailing wages.

Healthcare/Institutional

Hospitals, medical centers, and universities. Often negotiated contracts with phased construction around operations.

Private Development

Mixed-use developers, REITs, and parking operators. Focus on speed and aesthetics with value engineering.

Parking Structure Types

1
Precast Concrete

Advantages

  • • Faster construction (30-50% faster)
  • • Factory-controlled quality
  • • Reduced on-site labor
  • • Year-round construction capability
  • • Long span designs possible

Considerations

  • • Higher material cost
  • • Transportation limitations
  • • Joint waterproofing critical
  • • Requires skilled erection crew
  • • Limited site customization
2
Cast-in-Place Concrete

Advantages

  • • Design flexibility
  • • Monolithic construction (fewer joints)
  • • Local material sourcing
  • • Easier to accommodate changes
  • • Lower transportation costs

Considerations

  • • Longer construction schedule
  • • Weather dependent
  • • More on-site labor required
  • • Formwork costs significant
  • • Quality control more challenging
3
Post-Tensioned Concrete

Advantages

  • • Longer spans (60+ feet)
  • • Thinner slabs (more headroom)
  • • Reduced cracking
  • • More efficient steel usage
  • • Better waterproofing potential

Considerations

  • • Specialized labor required
  • • Higher initial cost
  • • Careful tendon layout required
  • • Grouting quality critical
  • • Future modifications limited
4
Steel Frame

Advantages

  • • Fastest erection time
  • • Long clear spans possible
  • • Lightweight structure
  • • Easy future expansion
  • • Good for poor soil conditions

Considerations

  • • Fire protection required
  • • Corrosion concerns
  • • Higher material costs
  • • Deck topping still needed
  • • Less common in parking

Critical Building Systems

Waterproofing Systems

Waterproofing is the most critical system for parking structure longevity. Chloride intrusion from deicing salts is the primary cause of structural deterioration.

Traffic-Bearing Membranes

  • • Polyurethane traffic coatings
  • • Epoxy overlays
  • • MMA (Methyl Methacrylate)
  • • 10-15 year lifespan typical

Below-Slab Protection

  • • Sheet membrane systems
  • • Bentonite panels
  • • Spray-applied membranes
  • • Drainage boards
Expansion Joints & Sealants

Joint Types

  • • Armored expansion joints
  • • Strip seal systems
  • • Compression seals
  • • Pourable sealants

Critical Locations

  • • Deck-to-wall transitions
  • • Precast panel joints
  • • Column penetrations
  • • Stair/elevator interfaces

Maintenance

  • • Annual inspections
  • • 5-7 year replacement cycle
  • • Critical for structure life
  • • Major warranty item
Electrical & Lighting

Lighting Requirements

  • • LED fixtures (energy code compliance)
  • • Daylight harvesting controls
  • • Emergency egress lighting
  • • CPTED security considerations
  • • Typical 5-10 fc at parking level

EV Infrastructure

  • • Level 2 charging stations (7-22 kW)
  • • DC fast chargers (50-350 kW)
  • • Electrical capacity for future expansion
  • • Load management systems
  • • Conduit for future buildout

Finding Parking Structure Projects

Project Sources by Owner Type

Municipal Projects

City/county purchasing portals, state procurement sites, and parking authority RFPs. Often require prequalification and bonding.

Airport Authorities

FAA-funded projects through airport websites. DBE participation often required. Long procurement cycles.

Healthcare Systems

Hospital construction managers and development teams. Often design-build or CM at Risk delivery.

Private Developers

Commercial real estate developers, parking operators like LAZ and SP+, and mixed-use project GCs.

Specialty Subcontractor Opportunities

High-Value Scopes

  • • Structural concrete
  • • Precast erection
  • • Post-tensioning
  • • Waterproofing/coatings
  • • Expansion joints

Specialty Systems

  • • Parking equipment (gates, PARCS)
  • • EV charging installation
  • • LED lighting
  • • Security/CCTV
  • • Elevator/vertical circulation

Winning Bidding Strategies

Cost Factors to Consider
Component% of TotalKey Variables
Structural System45-55%Precast vs CIP, spans, soil conditions
Foundations10-15%Soil conditions, depth to bearing
Facade/Enclosure8-12%Open vs enclosed, architectural requirements
MEP Systems10-15%Ventilation, fire protection, EV infrastructure
Waterproofing5-8%System type, climate, warranty requirements
Differentiation Strategies
  • Schedule Acceleration

    Offer accelerated schedules with precast or hybrid systems. Time is money for developers losing parking revenue.

  • Lifecycle Cost Analysis

    Present total cost of ownership including maintenance. Better waterproofing systems save money long-term.

  • Extended Warranties

    Offer extended warranties on critical systems like waterproofing. Demonstrates confidence in quality.

  • EV-Ready Infrastructure

    Include EV infrastructure provisions even if not specified. Forward-thinking approach impresses owners.

Best Practices for Success

Quality Assurance
  • Concrete Quality Control

    Specify low permeability concrete, proper curing, and adequate cover over reinforcement. Document with testing.

  • Waterproofing Installation

    Manufacturer supervision during installation. Flood testing before acceptance. Document surface preparation.

  • Joint Detailing

    Proper joint layout, sealant installation, and expansion joint detailing are critical for long-term performance.

Common Problems to Avoid
  • Inadequate drainage slope (minimum 1.5% recommended)
  • Poor cold weather concrete placement practices
  • Insufficient cure time before waterproofing application
  • Improper joint layout causing premature cracking
  • Underestimating electrical capacity for future EV charging

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