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$64.79-$78.74 Hourly / $11,230.00-$13,648.00 Monthly / $134,758.00-$163,774.00 Yearly
According to Civil Service Commission Rule 109, the duties specified below are representative of the range of duties assigned to this job code/class and are not intended to be an inclusive list.
1. Reviews fire protection plans and systems, equivalency proposals, permit applications, subdivision and parcel maps, etc., to ensure compliance with applicable codes, ordinances, and standards; reviews site permits, architectural, mechanical, electrical, and plumbing plans and specifications for code compliance; ensures that fire code provisions are included where hazardous processes and/or dangerous chemicals or radioactive materials are involved; and submits recommendations to the Fire Marshal for approval or disapproval of plans or specifications.
2. Advises and provides training to Fire Department personnel regarding applicable codes, technical engineering aspects of fire prevention work, plan review, and technical research; prepares technical documents as appropriate; and assists the Chief, Division of Fire Prevention and Investigation (Fire Marshal) in the training of Fire Department Personnel.
3. Inspects and witnesses acceptance tests for fire protection systems; and participates in inspections of buildings and other structures periodically during the course of construction to ensure compliance with approved fire protection plans and testing procedures.
4. Interacts with members of the public (contractors, architects, engineers, building mangers, and owners, etc.) and other government agencies regarding fire code, standard, and ordinance issues; gives lectures and arranges life-safety demonstrations; and represents the Fire Department on fire code and technical issues as necessary.
5. Reviews codes, ordinances, and fire protection standards from other jurisdictions for possible local applications; assists in the development of new codes and ordinances; assists in the revision of codes, ordinances, standards, and Fire Department Administrative Bulletins;, and reviews new products, listings, materials, fire protection systems and equipment for use in local fire prevention applications.
6. Provides professional, technical guidance and assistance to the department in the design, testing, and potential of proposed new fire-fighting apparatus and equipment as well as fire-retardant materials.
7. Investigates sites of fires and makes determinations regarding possible structural, mechanical, alarm, fire extinguishing, or other safety system failures; prepares reports as required.
8. Evaluates performance-based analysis to determine whether proposed fire protection systems are acceptable with regard to the intent of codes, standards, and ordinances; evaluates conditions as necessary to ensure that a proposed performance-based design is acceptable; communicates acceptability of performance-based designs to Fire Department officials; and performs and analyzes results of hydraulic water flow tests.
9. May act for the Senior Mechanical Engineer in his/her absence.
Knowledge of: fire protection engineering methods and practices; installed fire extinguishing/alarm and other fire protection systems; safety practices to be followed in structures where hazardous solids, liquids, or gases are to be manufactured, used or stored; firefighting equipment, its uses, capabilities, and limitations; the California Building Code as it relates to fire protection and life safety; National Fire Protection Association Codes and Standards; the California Fire Code; the Health and Safety Code and Title 19 as each relates to fire protection; effective methods of training; correct grammar, spelling, and syntax to write coherent reports and correspondence; computer modeling and engineering analyses to evaluate proposed performance-based designs; the principles of hydraulics related to water supply delivery; computer software such as Microsoft Word, Microsoft Excel, Microsoft Access, PowerPoint, etc.; statistics regarding testing and performance of fire protection and life safety systems; structural fire protection; the nature and characteristics of fire and related hazards; how fires originate, develop, and spread; fire prevention practices; different types of elevator systems; manual and automatic fire detection systems; fire protection systems and practices; the effects of fire and fire effluents on buildings, fire prevention and detection systems, and human behavior; the practical difficulties faced in implementing the provisions of codes, standards, and regulations; the hazards and risks associated with fire; the methods and practices of performance-based analysis; engineering standards, calculation methods, and other forms of scientific information appropriate for performance-based application and methodology; the sources, methodologies, and data used in fire-modeling analysis and performance-based design; the extent of acceptance in the professional community of system/ performance evaluations; the correct documentation of methods of mathematical modeling; and statistics regarding performance-based design.
Ability and Skill to: evaluate engineering, sprinkler, architectural, mechanical, electrical, and plumbing plans, designs, and specifications to ensure compliance with applicable codes, ordinances, and standards; evaluate construction materials to ensure compliance with applicable codes, ordinances, and standards; evaluate smoke control analysis reports to ensure compliance with applicable codes, ordinances, and standards; perform hydraulic water flow test and analyze the results of the test; work effectively with engineering and fire protection professionals; make critical decisions in stressful situations; communicate effectively with peers, supervisors, and members of the public from different cultures and backgrounds; make public presentations regarding fire protection, inspection, and investigation; write technical reports, memos, and letters using correct grammar, spelling, and syntax; analyze and creatively resolve conflicts between code and operational and economic concerns; be tactful in dealings with higher authorities regardless of whether the authority is technically or organizationally higher; interpret federal, state, and local codes, ordinances, and standards pertaining to fire protection; work efficiently with minimal supervision to complete assigned tasks expeditiously; establish and maintain effective working relationships with other governmental agencies; understand and articulate the goals and objectives of the Department regarding building construction and alteration; identify fire hazards and risks in order to take corrective action; identify regulatory compliance issues; perform and communicate with Department personnel regarding the acceptability of performance-based analyses; verify the implementation of performance-based designs via construction documents and field observations; evaluate conditions necessary to ensure that a performance-based design will function effectively over the life of the building; correctly document methods of mathematical modeling, and recognize the limitations of modeling and calculation, and to understand resulting implications; determine whether various methods of performance-based design are based on sound scientific principles; determine whether proposed applications are within the scope and limitations of the supporting information, including the range of applicability for which documented validation exists; evaluate the performance criteria that will be used to judge trial designs; and evaluate fire design scenarios; and assess whether a particular design meets the a priori performance criteria.
Possession of a baccalaureate degree in fire protection, mechanical, electrical, chemical, or civil engineering, or a related engineering field, from an accredited college or university.
Six (6) years of professional experience in fire protection analysis including building design, specification writing, construction inspection, and plan review (including reading and interpreting architectural plans, computer fire modeling, and review of fire protection and life safety systems such as sprinkler and fire pump systems, smoke removal systems, fire resistive construction, means of egress, etc.)
License and Certification:
A valid California Driver License.
Possession of a valid Fire Protection Engineer license issued by the California Board of Registration for Professional Engineers
A degree in fire protection engineering from an accredited college or university may be substituted for one (1) year of the required experience.
A valid registration as a Fire Protection Engineer from another state (which is transferable to the State of California) may substitute for the required Fire Protection Engineer license.