Fire Systems Technology: Program Overview, Universities, Careers & Salaries

Program Overview

Fire Systems Technology prepares students to design, analyze, and implement advanced fire protection solutions within built environments. This program integrates engineering principles with real-world fire safety strategies to enhance resilience in structures and communities.

• Fire Hydraulics and Dynamics: Explores the physical behavior of fire and the movement of water through firefighting systems, enabling effective pressure and flow management during emergencies.
• Fire Protection Systems Design: Focuses on the planning and integration of automatic suppression systems, including sprinklers, alarms, and detection networks, tailored to specific building types and hazards.
• Fire Behavior and Combustion: Studies the chemical and physical processes of fire ignition, spread, and extinction, providing a scientific foundation for prevention and response strategies.
• Fire Protection Hydraulics and Water Supply: Addresses the infrastructure and engineering behind reliable water delivery systems, ensuring adequate supply for firefighting operations under varying conditions.
• Fire Protection Equipment and Systems: Covers the selection, maintenance, and operational use of essential tools and technologies, from handheld extinguishers to large-scale suppression apparatus.
• Building Construction for Fire Protection: Examines how structural materials, design standards, and compartmentation techniques contribute to fire resistance and occupant safety.
• Fire Apparatus: Provides insight into the operation, capabilities, and technical specifications of fire engines and other emergency response vehicles used in active fire scenarios.