Performance Based Fire Protection Engineering

Solving your fire protection and life safety challenges.

Website

About the firm

Performance Based Fire Protection Engineering (PBFPE) is a licensed fire protection engineering practice specializing in performance-based design, fire and egress modeling, smoke control, and life safety system design. It delivers custom fire protection solutions that meet or exceed prescriptive building codes, working with architects, developers, contractors, and other engineers across a wide range of occupancy types. PBFPE's team of licensed fire protection engineers uses computational modeling tools including FDS and Pathfinder to provide data-backed analysis and design.

Firm type
Fire Protection Engineering

People

David StacyFounder

Capabilities

Performance-Based Design

A pathway to code compliance achieved by demonstrating that a proposed building design meets or exceeds fire safety goals through advanced engineering analysis rather than strictly adhering to prescriptive code limitations.

  • Fire & Egress Modeling

    Advanced computational simulations utilizing tools like FDS and Pathfinder to predict fire behavior, smoke transport, and pedestrian evacuation behavior to verify occupant tenability.

  • Smoke Control

    Engineering and modeling of systems designed to manage smoke and heat movement within atriums, sports venues, tunnels, and other complex spaces to maintain safe occupant egress.

  • Hazard Analysis

    Detailed evaluation of fire fuel loads, heat release rates, and specific hazards to establish technical safety requirements for unique occupancies.

  • Alternative Means & Methods

    Developing Alternate Means and Methods Requests (AMMRs) under IBC Section 104.11 to propose creative, code-compliant solutions that preserve architectural vision.

Fire & Life Safety System Design

Designing active and passive protection systems integrated with building infrastructure to maximize occupant safety.

  • Fire Sprinkler Design

    Hydraulic calculations, hazard classification, and Revit-integrated design of high-performing wet-pipe, dry-pipe, and deluge sprinkler systems.

  • Fire Alarm Design

    Designing advanced alarm, detection, and emergency voice communication systems with precise specifications to ensure clear signaling and code compliance.

  • Special Hazard Fire Protection System Design

    Custom suppression systems for high-asset spaces, including clean-agent, gaseous, foam-water, and water mist systems.

  • Life Safety Plans

    Revit-based planning of passive fire safety elements, including egress routes, compartmentalization, and fire-resistance ratings.

Code Consulting

Navigating complex building codes to address design challenges, resolve deficiencies, and facilitate AHJ approvals.

  • Fire & Life Safety Narratives

    Comprehensive documentation of fire protection strategies, design criteria, and code compliance pathways for building department review.

Industries

Healthcare · Data Centers · Aviation · Defense · Government · Justice & Corrections · Industrial · Historic Preservation · Transportation · Sports & Recreation · Residential · Mission Critical Facilities · Senior Living · Multifamily Residential · Education · Laboratories · Public Safety · Federal · Arts & Culture · Hospitality · Religious · Energy Storage · Commercial · Renewable Energy

Projects

Data Center Code Consulting

Data Centers

Project details

Providing building code consultation and compliance analysis for mission-critical data center facilities.

Solving Building Code Challenges for Atomic Golf

Sports & Recreation · Client: Atomic Golf

Project details

Addressing complex fire protection and life safety code challenges for the Atomic Golf entertainment venue.

Assessing the Impact of Open Doors on Stair Pressurization Systems

Commercial

Project details

An engineering analysis utilizing computational fluid dynamics to evaluate how open doors affect the performance of stairwell pressurization and smoke control systems.

Megafactory Travel Distance Analysis

Industrial

Project details

An egress and fire modeling analysis to justify extended occupant travel distances in a large industrial manufacturing facility.

Performance Based Fire Protection Engineering - Engineering Firms