Company Overview: |
We're ISO - the leading source of information about risk. We supply data, analytics, and decision-support services for professionals in many fields, including insurance, finance, real estate, health services, government, and human resources. Our products help customers measure, manage, and reduce risk. Currently we have two excellent Fire Protection Engineer opportunities (Risk Engineering and Community Mitigation) at our Home Office location in Jersey City, NJ. We offer a competitive salary, a solid benefits package which includes medical, dental, life insurance, and a 401(k).
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Responsibilities: |
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Qualifications: |
5 years or more experience in the evaluation/design/review of fire protection systems including the concept of performance based design, with fundamentals of building construction and related resistance to fire and natural perils (wind, EQ, flood, etc.)
Degree in Fire Protection Engineering or Mechanical or Civil Engineering with some financial and accounting knowledge
Working knowledge or familiarization with national building codes and standards (ICC), knowledge and understanding of fire and life safety codes including NFPA and other national industry standards (FM)
Working knowledge of the basic processes of fire behavior, prediction of fire department, combustion of materials, effects on and performance of structures in a fire
Knowledge related to the principles of fire water supply and hydraulic analysis with the ability to predict needed fire flows, with knowledge of emergency response and fire service standards and procedures
Knowledge related to utility, validity, reliability, application and interpretation of AutoCAD and Computational Fluid Dynamic (CFD) fire models including Fire Dynamic Simulator (FDS) and Smokeview
Strong foundation in fire dynamics with knowledge of principles, methods, and practices of modern fire prevention, fire protection engineering, fire suppression activities, and new construction technology including fire protection and detection systems
Knowledge of risk analysis techniques including predictive and analytic procedures for the assessment of hazards and probabilities of potential fire incidents with statistical analytic ability
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