Nguyen, KateAlHabdan, Ahmad2024-12-172024https://hdl.handle.net/20.500.14154/74276This study investigates the most frequent electrical malfunctions leading to residential fires. Key findings highlight faulty wiring, circuit overloads, and arcing as primary causes, particularly in aging infrastructure. Seasonal demand spikes and environmental factors exacerbate risks. The research emphasizes preventive measures such as regular inspections, protective devices like AFCIs and GFCIs, and retrofitting outdated systems. Recommendations aim to enhance fire safety standards, address socioeconomic barriers, and integrate smart technologies for proactive fire risk management.26enResidential FiresElectrical MalfunctionsFire Risk AssessmentFaulty WiringCircuit OverloadsElectrical SafetyAging InfrastructureFire PreventionRetrofittingEnvironmental ImpactSmart TechnologiesThesis