Fire Protection Engineer

Qualified candidates will have experience/familiarity in most of the following areas:

• Basic understanding of the use and application of fire modeling tools,
• Basic knowledge of building codes, fire codes, NFPA standards, FM Global datasheets, and refinery/industrial API guidelines a plus,
• Excellent written and verbal communication skills,
• Ability to work methodically and analytically in a quantitative problem-solving environment and demonstrated critical thinking skills,
• Excellent organizational skills,
• Proficient computer skills (e.g., Microsoft Office Suite),
• Strong attention to detail, facilitation, team building, collaboration, organization, and problem-solving skills, and
• Demonstrated leadership skills and ability to work independently with minimal oversight.

Minimum Qualifications

• Bachelor's degree in engineering from a recognized accredited program.
• EIT/FE certification in Fire Protection Engineering or a Professional Engineer license a plus.
• Minimum of 10 years related work experience.

BLUE is an e-Verify employer. Applicants will be required to provide proof of eligibility to be employed in the US (a US passport or a birth certificate and driver’s license are acceptable forms of identification.)  The successful applicant will also be required to pass a background check as a condition of employment.

Visit our website at https://www.blueengineeringandconsulting.com to learn more about us.

The team will look to you for tactical problem-solving for clients and development and review of fire protection deliverables. The ideal candidate will possess a BS or higher degree in fire protection engineering or equivalent.

Essential Functions and Job Responsibilities include:

• Perform fire protection evaluations for new and existing hydrocarbon processing facilities, with a strong focus on LNG facilities (occasional travel required).
• Develop flame and gas detection layouts using performance-based design principles.
• Design plant fire water systems and perform hydraulic calculations to specify fire water tanks, fire pumps, and other system components.
• Specify fire extinguishing systems using dry chemicals and clean agents, as well as other special hazard systems.
• Coordinate emergency response and training for plant personnel and local emergency responders.
• Perform hazard modeling for thermal radiation exposure from fires.