PERFORMANCE-BASED DESIGN
Build Beyond The Limits
Advanced performance-based fire protection design enabling innovative architecture through rigorous engineering analysis.
Build What Others Say Can't Be Built
Performance-based design opens doors that prescriptive codes keep locked. Complex geometries, innovative materials, and groundbreaking spatial concepts all become possible when engineering analysis replaces one-size-fits-all regulations.
Summit Fire Consulting transforms “impossible” projects into approved realities. From soaring atriums that require unique smoke control assessments to mixed-use facilities with unconventional separations, we provide the analytical foundation that enables architectural innovation and enhances asset value while maintaining the highest level of fire and life safety.
We turn design intent into verified reality.
Engineering Solutions for Visionary Architecture
Our Fire Protection Engineers use advanced computational modeling to simulate real fire conditions in your specific building configuration. Using Fire Dynamics Simulator (FDS) and NIST-validated analysis tools, we predict how fire and smoke will behave in your unique space, providing the technical credibility necessary to gain AHJ acceptance while delivering solutions that meet or exceed prescriptive requirements.
The Summit Advantage: Powered by our proprietary, state-of-the-art high-performance computing infrastructure, Summit delivers Fire Dynamics Simulator (FDS) modeling at a level of speed, scale, and precision unmatched in the industry.
Advanced Performance-Based Design Services
Performance-Based Fire Safety Design
Fire Dynamics Simulator (FDS) Modeling
ASET/RSET Analysis
Third-Party Peer Review
Risk Assessment & Mitigation
Regulatory Coordination & Approval
Proven in the Field
See how performance-based design has helped our clients overcome roadblocks, win approvals, and protect their people and property with confidence.
Performance-Based Design Challenges We Address
- AHJ concerns when prescriptive requirements don’t account for unique building configurations.
- Permit delays when innovative designs don’t fit prescriptive occupancy, height, area, or construction assumptions.
- Cost-prohibitive prescriptive requirements where standard compliance demands expensive systems that performance analysis can optimize
- Design review comments requesting engineering justification for creative approaches that exceed typical code calculations
- Travel distance and egress conflicts that cannot be resolved through standard prescriptive methods
- Fire separation requirements that would compromise architectural vision while performance modeling can demonstrate equivalent safety
- Mixed-use or nontraditional occupancies where classification-driven occupant loads exceed prescriptive thresholds and egress modeling is needed to validate the design
- Structure fire resistance rating analysis to determine if spray applied fire resistive material or intumescent paint is required, even if stipulated by code
Performance-based analysis provides the engineering foundation to demonstrate safety equivalency when prescriptive approaches fail to provide clear pathways.
Integrated Project Delivery
Summit Fire Consulting connects seamlessly from performance-based design through system installation and ongoing maintenance when projects require comprehensive implementation.
Cutting-Edge Modeling Capabilities
- Fire Dynamics Simulator (FDS) for accurate fire behavior and smoke movement prediction
- High-powered computing infrastructure enabling complex modeling scenarios with faster results than cloud-based alternatives
- Pyrosim modeling software for advanced fire scenario development and visualization
- Egress modeling capabilities predicting occupant movement under changing emergency conditions
- V&V files for government projects ensuring regulatory compliance and acceptance
- Custom scenario development tailored to specific building configurations and operational patterns
- Visualization and reporting tools creating clear presentations for stakeholder understanding and AHJ approval
- Redundant, data center-grade backup systems engineered to ensure uninterrupted project execution and absolute reliability in meeting critical deadlines.
Industries Served
Warehousing & Distribution
Commercial & Office Buildings
Healthcare Facilities
Educational
Manufacturing & Industrial
Residential & Multi-Family
Hospitality & Entertainment
Aviation & Aerospace
Government & Military
Our Proven Approach
01
Feasibility Assessment & Goal Setting
We assess project goals, identify prescriptive code limitations, and establish clear performance criteria—life safety, property protection, smoke control, egress objectives—that guide the engineering approach.
02
Advanced Modeling & Analysis
Using validated tools such as FDS and advanced egress modeling software, our engineers simulate fire growth, smoke movement, and occupant evacuation to evaluate how the design performs under realistic scenarios.
03
Design Optimization & Safety Demonstration
We refine assumptions, test alternative design strategies, and develop engineered solutions that demonstrate safety equivalency—or superior performance—compared to prescriptive code requirements.