Fire Protection) Engineer I/II/III
Job Summary
This posting is for one position which will be filled at the level commensurate with the successful candidate's education, experience, knowledge, skills and abilities. The following job summary represents the mid-level description (Fire Protection Engineer II) for this role. Required knowledge, skills, abilities and experience associated with each level is provided to clarify qualifications for each specific level.
This role is a specialty engineering position within the Corporate Risk Engineering team that performs risk and fire protection engineering. The engineer will be responsible for the specification, design review, construction review, commissioning, and ongoing support for all fire protection and loss control systems within the Company, including both capital projects and operating units. The role encompasses specialty engineering in industrial / high hazard occupancies including offshore, battery energy storage systems (BESS), solar, petrochemical / LNG, power generation, as well as traditional storage / commercial occupancies. The engineer will be knowledgeable in fire alarm and suppression, with an emphasis on special hazards system typically found in energy facilities. The role also leads other specialized risk engineering programs such as Company’s process safety program, jurisdictional boiler / pressure vessel inspection program, and Public Safety Education program.
As part of this role, the engineer will lead the external risk engineering inspections and surveys (both property and boiler / machinery) as well as conduct their own internal risk engineering surveys. The engineer will then scope and lead risk improvement projects that satisfy the recommendations from those surveys as well as internal risk engineering standards. The engineer will be embedded as a critical member of various project teams as the technical fire protection and risk engineering lead for complex projects, such as new generating, petrochemical / LNG, or renewable energy facilities. They will be expected to provide subject matter expertise that is critical for the execution of the project, and that may have significant impacts to the viability or constructability of the asset.
The engineer will provide technical direction and specification to outside designers and engineering technologists for the design of the company’s fire protection and risk management systems. They will also review the technical work products produced by those entities for compliance with building and fire codes as well as internal standards and provide approval for installation. Once the systems are constructed, the engineer will review the installed system for compliance with internal and external specifications, lead system commissioning, and ultimately accept the system on behalf of the Company.
Required Knowledge, Skills, Abilities & Experience
- Knowledge of fire protection engineering theories and principles.
- Knowledge of explosion mitigation systems (such as those installed in accordance with NFPA 68 & 69)
- Knowledge of IBC/IBC and NFPA codes, inclusive of those that are utilized in high hazard industrial applications
- Knowledge of industry / insurance standards such as those from FM, API, or DNV-GL
- Knowledge of gas, flame, and other safety related process control systems
- Knowledge of hand calculations or calculation software associated with water based fire suppression, clean agent fire suppression, fire dynamics, and deflagration venting
- Ability to evaluate risks within energy and high hazard industrial environments.
- Knowledge of property and machinery related failure modes and mitigations for large power generation equipment, LNG / petrochemical facilities, offshore facilities, and renewable technology such as battery energy storage systems (BESS) and hydrogen.
- Knowledge of Process Hazard Analyses including HAZOPs and LOPA’s
- Knowledge of cryogenic protection and passive fire protection for petrochemical applications
Education Requirements
- Candidate must meet one of the required engineering criteria listed below.
- Required discipline(s): Fire Protection Engineering
- Note: The requirement for the Fire Protection Engineer I includes applicants who currently possess or will possess an ABET accredited fire protection engineering degree by June 1, 2026.
- REQUIRED ENGINEERING CRITERIA:
- Possess a 4-year Engineering degree from an ABET accredited Fire Protection Engineering program based on the year that the Engineering program was accredited by ABET, OR:
- Possess a 4-year Engineering degree from an ABET accredited Engineering program based on the year that the Engineering program was accredited by ABET, and a Master’s Degree in Fire Protection Engineering, OR;
- Possess a 4-year degree in Engineering (non-ABET accredited), Physics, Chemistry, Math or Engineering Technology and a post-graduate Fire Protection Engineering degree from an institution where the undergraduate degree in the same Engineering discipline is ABET-accredited based on the year the Engineering program was accredited by ABET, OR;
- Holds or has previously held a valid U.S. Professional Engineer license in Fire Protection Engineering.