Online Fire Protection & Safety Engineering Technology Program of Study
The ABET-accredited Fire Protection & Safety Engineering Technology program prepares you to use your knowledge of fire prevention and suppression to design and recommend equipment to assist organizations in safeguarding life and property against fire, explosion and related hazards.
Major Requirements/Core Courses: 48 hours
Supporting Course Requirements:41 hours
CHE 101/101L General Chemistry I/Lab
CHE 102/102L General Chemistry II/Lab
CON 303 Statics & Strength of Materials
CON 322 Construction Structural Design
MAT 234 Calculus I
MAT 224 Calculus II
PHY 201 University Physics I
PHY 202 University Physics II
PHY 375 Thermodynamics
TEC 190 Technical Graphics
Some supporting courses will count toward the General Education Requirements and are counted above.
General Education and University Graduation Requirements: 40 hours
Total Curriculum Requirements: 120 hours
A. An introduction to fire and safety related codes;
Fire prevention methods; mechanical systems; and engineering solutions for hazards. An in-depth look at the Life Safety Code, the function and testing of fire related building components.
A. Introduction to the chemistry and dynamics of fire; including basic terminology and concepts that are applied to the physical and chemical properties of the development and spread of fire in a structure; hazardous materials and the Computer Fire Analysis.
A. Cross-listed as OSH 200. Analytical and statistical concepts and procedures for the treatment of fire and safety related data. Includes quantitative and qualitative techniques, descriptive and inferential statistics.
A. A review of the analysis of building construction methods and terminology. A systems approach to designing building fire safety; the Life Safety Code; the function of and testing of rated building components, evaluating plans for code compliance.
A. Prerequisite: FSE 101, FSE 120. Introduction to fire detection, protection, control systems and extinguishment. Fixed and portable systems of the following types will be studied: automatic sprinklers, standpipes, dry chemical, foam, halogenated agents, fire alarm systems and diction.
Prerequisite: FSE 101 and FSE 120. Examine current and past research on human behavior, systems models, life safety education and building design to determine interactions emergency situations. Develop a best practice building life safety system.
A. Prerequisite: ENG 102 and FSE 200. Develop oral and written communication skills specific to the public emergency service sector’s needs. Focusing on the technical aspects involved in supporting public initiatives operating within the legal system and learning the specific requirements for submitting documentation to various technical committees.
A. Prerequisite: FSE 120. Cross-listed with OSH 305. Study of hazardous material problems in transportation, storage, and use. Chemical properties relating to specific reactions, engineering controls, and control in an emergency situation. Emphasis on the role of pre-emergency planning, combating, coordinating, and controlling a hazardous materials incident.
A. Prerequisite: FSE 221. Analysis and evaluation of specific code requirements related to the design, inspection, testing and maintenance of fire protection systems. Design projects will be included.
A. Cross-listed with OSH 349. Prerequisite: departmental approval. Work in placements related to academic studies. One to eight hours credit per semester or summer. Total hours: eight, associate; sixteen, baccalaureate. A minimum of 80 hours employment required for each semester hour
A. Prerequisite: FSE 120. An in-depth study in the analysis of fire, arson, and explosion scenes. Emphasis will be placed on the principles and techniques of scene preservation and analysis, management of investigative functions, documentation of the scene, and determination of the cause and origin of fire.
A. Prerequisite: CHE 101(or higher), FSE 120, and MAT 107(or higher). An introduction to fire-related measurement techniques, advanced fire and combustion concepts and associated terminology. This courses includes basic numerical methods for understanding fire dynamics.
A. Prerequisite: FSE 120 and MAT 107 or higher. A study of water at rest and in motion, Bernoulli’s and Pascal’s theorems; water distribution systems, velocity, friction loss, pump and nozzle pressures required for fire protection.
A. Prerequisite: FSE 355. Examines principles involved in structural fire protection: behavior of materials and design considerations for each material in regards to a structure’s design under fire attack and resistive protection methods.
A. Prerequisite: FSE 101 and FSE 120. Fire scenario analyses for industrial installations using test data, loss experience and simplified theoretical modeling focusing on warehousing, storage of flammable liquids and safety of electrical equipment and computers.
Comprehensive project emphasizing a team approach to the design process. Problem formulation; project management; drawings and specifications; cost estimating; and various project components.
A. History of the development of occupational safety and health. Methods of accident prevention and hazard control. Introduction to safety programs, workers’ compensation, emergency preparedness and accident investigation.
Information is based on the 2015-2016 EKU Undergraduate Catalog and is subject to change. View the catalog here for additional course descriptions and other information.