Fire Protection Engineer Job Description

Fire Protection Engineers

Fire protection engineers provide technical support to other engineers, architects and contractors to strengthen fire protection. They create plans for fire detection tools. Their work helps designers evaluate a building's safety.

The construction plans that fire protection engineers put in place guarantee needed protection measures are present. Fire protection engineers are involved in the installation of fire safety devices. They coordinate safety activities within departments and direct the maintenance of fire prevention equipment.

Fire protection engineers look at deficiencies in buildings and construction sites to make sure they don't cause fires in the future. They are responsible for determining the causes of recent fires to find out how they could have been prevented. Fire protection engineers work with fire departments to prevent fires by drafting sprinkler design specifications, making calculations, and selecting fire pumps.

Fire protection engineers are responsible for conducting fire prevention workshops. They teach workers about construction and company policies. They suggest policy changes during fire prevention classes.

Fire Protection Engineer Jobs in the Spaces

Risk analysis done on homes and industrial facilities. The fire protection engineer works with architects to make buildings safe from fire. Specific projects can include high-rise buildings, stadiums, hospitals, and trains and ships.

Fire protection engineers work with space programs to find the safest materials and design fire prevention and control systems on the spaceship. Engineering for fire safety systems is a lucrative field with a lot of jobs. Depending on where one works, a fire protection engineer job description can vary.

One can work in a hospital, insurance company, or a high level engineering position at a major firm. An engineer can work with a forensics laboratory or work for an agency that enforces fire codes. An engineer can teach others at a college or university with the skills and knowledge required.

They may be in charge of making sure the right equipment is available in the right places forest firefighters. They may be tasked with procuring products and materials to help control fires. Purchasing jobs could be possible because of their knowledge of engineering systems.

They may work with health and safety engineers in urban environments. Fire Protection Engineers are required all over the place. They work in government.

They work for the government and usually work for National Parks and state parks in areas prone to wildfire. They may work in government buildings, promoting regulations of fire practice and ensuring that equipment is up to date. The Bureau of Labor Statistics salary figures and job growth projections for health and safety engineers are not school specific.

Fire Protection Engineers: What Can You Do?

The NIST study on the Charleston Furniture Store fire calls for national safety improvements was published in 2007, after nine firefighters died in a fire at the store. The reasons why the fire got out of hand quickly were reconstructed by investigators and fire prevention engineers. A panel of experts, including fire protection engineers, met to discuss what could be done to prevent catastrophes in the future.

A bachelor's degree in occupational health and safety can be used to work in the fire prevention and protection engineer field. Occupational health and safety careers can offer a chance to affect society in a positive way. Construction teams and similar projects can benefit from having a fire protection engineer.

They would have to rely on a mechanical engineer who might not have the most up-to-date knowledge of fire prevention and protection. Fire protection and mechanical engineer Mike Lehner, P.E., wrote in "Should You Have a Fire Protection Engineer on your Project Team" that a fire protection engineer can be the glue that holds it all together. A bachelor's degree in occupational health and safety is required for students to study how to become a fire protection engineer.

The Summary of Recertification Points Form

You need to be in the fire service to become a Fire Protection Engineer. You need at least 4 years of work experience to get a professional license. You can work under the supervision of an engineer.

Candidates need to get recertified after 3 years in order to keep their certificate active. Professionals who are certified by the CFPS must show their continuous participation in professional development activities in the field of fire protection and get at least 50 points. The Summary of Recertification Points Form is supposed to be returned by candidates if they have obtained 50 recertification points.

Fire Protection Engineer Salaries and Benefits

The cost of education can be a challenge for those about to start school. Fire protection engineering salaries and benefits can help those fears. The compensation fire protection engineers receive is gauged by a survey every three years.

The 19th survey was completed in 2019. The survey had 1100 participants from 52 countries, with a heavy majority of respondents in the United States. The median salary for a fire protection engineer is $110,100.

It pays to be a fire protection engineer. It provides competitive income and brings the personal satisfaction of making the world safe from fire. There are generous benefits to choose a career in fire protection engineering.

Fire protection engineers use science and technology to protect people and property. Fire protection engineers develop a plan for fire protection when designing new buildings. The Engineer and the Technician: Designing Fire Protection Systems is a statement on the role of the Fire Protection Engineer in the design of fire protection systems.

Fire protection engineers can make sure that security provisions in a building do not diminish fire safety. If access control to a building is not ensured, it will be more difficult to quickly exit a building in the event of a fire. Fire protection engineering is done through the application of standards.

For broad classifications of fire hazard, the codes and standards identify exactly how individual fire protection systems are to be designed, installed, tested, and maintained. The next step is selecting design strategies. Performance-based design uses the same fire protection strategies as applies to the prescriptive codes, such as detection, suppression, and fire endurance.

The entire building will not be designed on a performance basis. Most of the building will be designed using a certain set of codes, and for relatively simple buildings, most of the building will be designed using a different set of codes. Performance-based design can be used to achieve desired aesthetic or functional features in a building.

It ensures that the fire performance of the whole building will be considered more than a single system. It is not necessary to design from a performance-basis. It is necessary that the design of fire protection-related systems be coordinated with other building systems and the overall building design.