Designing the fire alarm and life safety systems for a high-rise tower is one of the most demanding assignments in fire protection engineering. This book turns that challenge into a clear, repeatable workflow. Following the fictional 45-story Skyline Tower Complex — a mixed-use high-rise combining office, residential, retail, parking, a Tier III data center, and an emergency command center — the guide walks through the complete fire alarm engineering lifecycle in seventeen phases, from the first AHJ meeting to long-term maintenance. Each chapter covers one engineering phase and includes the applicable code references, step-by-step tasks, design calculations, and the engineering drawings produced at that stage. You will work through: • Project initiation, code analysis, and AHJ coordination • Life safety, occupancy classification, and phased evacuation • Networked FACP architecture, SLC and NAC circuit design • Detection design, including VESDA for the data center • Notification, voice evacuation, and ADA-compliant strobes • Suppression interfaces and double-interlock pre-action control • Emergency communications, firefighter telephone, and in-building radio enhancement (IBRES/BDA) • Mass notification, smoke control, and emergency power • FACP programming, the cause-and-effect matrix, and BMS integration • Acceptance testing, commissioning, turnover, and closeout With 26 engineering drawings, worked calculations, and references grounded in NFPA 72, NFPA 101, NFPA 92, NFPA 13, and the International Building Code, this is a practical reference for fire protection engineers, fire alarm designers, life safety consultants, building owners, facilities managers, and students preparing to work on complex high-rise projects. Note: The Skyline Tower Complex is a fictional sample project created for instruction. The designs are simplified teaching examples and are not a code-compliant package for construction.
