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3/24/08 Course Outline Page 1 of 9

College of San MateoCourse Outline

New CourseUpdate/No changeCourse Revision (Minor)Course Revision (Major) Date: 11/18/08

Department: FIRE Number: 793

Course Title: Firefighter I Academy Units: 12.0

Total Semester Hours: Lecture: 144 Lab: 153 Homework: 288 By Arrangement: 0.0

Length of Course

Semester-long

Short course (Number of weeks )

Open entry/Open exit

Grading

Letter

Pass/No Pass

Grade Option (letter or Pass/NoPass)

1. Prerequisite (Attach Enrollment Limitation Validation Form.)

FIRE 715 or equivalent, plus three (3) additional units of Fire Technology coursework (excludingEMT), with a grade of "C" or better, or equivalent fire service experience.

2. Corequisite (Attach Enrollment Limitation Validation Form.)

None

3. Recommended Preparation (Attach Enrollment Validation Form.)

None

4. Catalog Description (Include prerequisites/corequisites/recommended preparation.)

FIRE 793 Firefighter I Academy (12.0)Minimum of 144 lecture and 153 lab hours per term. Prerequisite: FIRE 715 or equivalent, plusthree (3) additional units of Fire Technology coursework (excluding EMT), with a grade of "C" orbetter, or equivalent fire service experience. Pre-service instruction in basic fire fightingknowledge and skills. Lecture and manipulative instruction in all areas of responsibility for afirefighter. (Certificate of course completion issued by the Fire Technology Department withproof of EMT certification.)

5. Class Schedule Description (Include prerequisites/corequisites/recommended preparation.)

FIRE 793 Firefighter I AcademyMinimum of 144 lecture and 153 lab hours per term. Prerequisite: FIRE 715 or equivalent, plusthree (3) additional units of Fire Technology coursework (excluding EMT), with a grade of "C" orbetter, or equivalent fire service experience. Pre-service instruction in basic fire fightingknowledge and skills. Lecture and manipulative instruction in all areas of responsibility for afirefighter. (Certificate of course completion issued by the Fire Technology Department withproof of EMT certification.)

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6. Student Learning Outcomes (Identify 1-6 expected learner outcomes using active verbs.)

Upon successful completion of the course, the student will be able to:

1. Demonstrate the ability to make correct decision during critical situations2. Employ effective human relations techniques3. Discuss and demonstrate specific knowledge regarding fire protection4. Identify, compare and contrast the various aspects of communication5. Apply and evaluate appropriate problem solving techniques6. Discuss and demonstrate necessary physical skills appropriate to fire service needs

7. Course Objectives (Identify specific teaching objectives detailing course content and activities.For some courses, the course objectives will be the same as the student learning outcomes. Ifthis is the case, please simply indicate this in this section).

Apply the knowledge and skills necessary to perform the duties expected of a firefighter.

8. Course Content (Brief but complete topical outline of the course that includes major subjectareas [1-2 pages]. Should reflect all course objectives listed above. In addition, you may attacha sample course syllabus with a timeline.)

See attached Topical Outline

9. Representative Instructional Methods (Describe instructor-initiated teaching strategies thatwill assist students in meeting course objectives. Include examples of out-of-class assignments,required reading and writing assignments, and methods for teaching critical thinking skills.)If hours by arrangement are required by this course, indicate the additional instructionalactivity which will be provided during this time.

Reading assignmentsLectureLearning Activities and Role Play

Small group discussions and activitiesRequired Skills DemonstrationsWritten Examinations

10. Representative Methods of Evaluation (Describe measurement of student progress towardcourse objectives. Courses with required writing component and/or problem-solving emphasismust reflect critical thinking component. If skills class, then applied skills.)

See attached Methods of Evaluation

11. Representative Text Materials (With few exceptions, texts need to be current. Includepublication dates.)

IFSTA Essential of Firefighting, IFSTA (5th Ed.) - 2008

Prepared by:(Signature)

Email address: [email protected]

Submission Date:

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I. Introduction and OrientationA. Structure and objectives

1. Student Guidelines2. Course Content

B. Facilities and equipment1. College of San Mateo2. Specialized Training Facilities

II. Fire Service Organization and ResponsibilityA. Personnel and Functions

1. Fire Department Functions2. Duties and Personnel3. Personnel Development Programs4. Necessity for Obedience and Obligation to Duty5. Promote Esprit De Corps

B. Laws and Regulations1. Government Organizations2. Personnel Regulations3. Retirement Systems and Workmans Compensation Laws4. Fire Service Agency Rules and Regulations

C. Professional Organizations1. National Fire Service Organizations2. State Fire Service Organizations3. Local Fire Service Organizations

III. Hoses, Nozzles and FittingsA. Hose Construction, Care and CouplingsB. Coupling and Uncoupling HosesC. Hose Rolls

1. Donut2. Twin Donut3. In Service4. Self-Locking Rolls

D. Drain and Carry and Working Line DragE. Spanners and WrenchesF. Nozzles, Fittings, Valves and other Hose DevicesG. Load Hose on Apparatus

1. Flat2. Accordion3. Horse Shoe

H. Fire Hydrant Operations

IV. Fire Hose and AppliancesA. Hose Appliances

1. Reducers2. Adapters

3. Hose Jackets4. Hose Clamps5. Flow Control Devices6. Hydrant Valves7. Hose Ramps and Bridges

B. Hose Lines1. One Firefighter Method2. Two Firefighter Method

C. Booster LinesD. Small, Medium and Large Hose Lines

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E. Replacing a Section of Burst HoseF. Retrieving a Loose Hose Line

V. Combustion and Extinguishment Theory/Behavior of FireA. Classes of FireB. Theory and Fundamentals of CombustionC. Theory and Fundamentals of Heat TransferD. Theory and Fundamentals of Ordinary Combustible SolidsE. Theory and Fundamentals of ExtinguishmentF. Fire Characteristics of Flammable and Combustible Liquids and GasesG. Products of CombustionH. Hazardous and Explosive MaterialsI. Effects of Extinguishing Agent Application

VI. Hose EvolutionsA. Handling Hose Lines

1. Pre-connected2. Non Pre-connected

B. Extending and Reducing Hose LinesC. Taking Hose Lines Aloft

1. Dry2. Charged

D. Hose Lays1. Forward (Lay In)2. Reverse (Lay Out)

E. Wye OperationF. Siamese OperationG. Making Hydrant Connections

VII. Overhaul and Property Conservation (Salvage)A. Purpose of Overhaul ProceduresB. Methods to Restore PremisesC. Detecting Hidden Fires

D. Salvage Cover OperationsE. Salvage Covers

1. Fold, Throw and Carry2. Spread and Hang3. Sweeping and Drying4. Tools and Water Removing Devices

F. ImprovisingG. Removing DebrisH. Testing and Maintenance of Salvage Covers

VIII. Ground LaddersA. Ladder TerminologyB. Fire Service Ladders

C. Ladder Construction, Maintenance, Design and TestingD. Proper Lifting, Lowering and Ladder PlacementE. Ladder Carries, Raises and PivotingF. Climbing, Locking In, Footing and Securing LaddersG. Ladder Safety PracticesH. Ladder Commands

IX. Fire ExtinguishersA. Identify Fire Extinguishers

1. Carbon Dioxide

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2. Dry Chemical3. Dry Powder4. Pressurized Water5. Halon6. Vaporizing Liquids

B. Characteristics of Pressurized Extinguishers1. Classes of Fire2. Discharge Time and Stream Reach3. Requirements of Freezing Protection4. Construction5. Operation Principles and Methods6. Service Requirements7. Safety Precautions

X. Building ConstructionA. Types of ConstructionB. Basic HazardsC. Effects of Fire on Common Building MaterialsD. Firefighting Hazards Related to Building Construction

XI. Ropes, Knots and HitchesA. Rope Safety and CareB. Types of Knots, Construction and CharacteristicsC. Knot TyingD. Hoisting Tools and EquipmentE. Safe Working Load and Principles

XII. Pre-Fire Plans, Mutual Aid and Disaster PlanningA. Developing Pre-Fire PlansB. Mutual Aid, Automatic Aid, Joint Response AgreementsC. Disaster Plans

XIII. Communications and Incident Command Systems

A. Communications Center Facilities and EquipmentB. Types of Fire Alarms SystemsC. How Alarms are Received and Dispatched by the Fire ServiceD. Clear Radio Text TermsE. Fire Department RadiosF. Basic Understanding of I.C.S Terminology and Implementation

XIV. Fire ControlA. Sizing -up an Emergency (Basic Considerations)B. Tactical Priorities at an Emergency SceneC. Exposure Tactics/Protecting ExposuresD. Ventilation MethodsE. Methods of Confining Fire

F. Extinguishing MethodsG. Salvage and Overhaul Methods

XV. Self Contained Breathing ApparatusA. Self Contained Masks, Compressed Air Cylinder Type, Various SizesB. Inspection, Care and TestingC. Operating PrinciplesD. Main Line Valve, By-Pass and Purge Valves, Reading Cylinder and Regulator GaugesE. Safety and Emergency ProceduresF. Buddy Breathing and Emergency Breathing

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G. Changing and Filling CylindersH. Cylinder Markings

XVI. Rescue PracticesA. Search and Rescue Procedures in the Burning Building or Smoke-Filled RoomB. Rescue Carries and DragsC. Life Net OperationsD. Elevator Emergencies

1. Access2. Control3. Evacuation

E. Stokes Stretcher Rescues and OperationsF. Utilizing WebbingG. Heavy Duty Rescue

1. Situations2. Techniques3. Tools

XVII. Oral Interviews and ResumesA. Oral Interviews

B. Resumes

XVIII. Harassment in the Work Place/Affirmative Action ProgramsA. HarassmentB. Affirmative Action

XIX. VentilationA. Principles and ProceduresB. Ventilation EquipmentC. Smoke Blowers and EjectorsD. Utilization of Natural Openings for Vertical VentilationE. Roof TypesF. Procedures for Opening Roofs (By Type)

G. Horizontal VentilationH. Positive Pressure VentilationI. Opening Windows

XX. Cliff RescueA. Basic RepellingB. Use of WebbingC. Raising and Lowering SystemsD. Scene Safety Practices

XXI. Fire Streams/Water Supply/SprinklersA. Extinguishing Properties of WaterB. Pressure

1. Static2. Residual3. Flow

C. Water Streams1. Solid

a. Velocityb. Volumec. Reach

2. Fog or Spraya. Velocity

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b. Volumec. Reach

3. BrokenD. Water Supply

1. Gravity2. Direct Pumping3. Drafting

E. Testing and Maintaining of Water Mains and ValvesF. Water Hammer and Friction LossG. Basic Fire Service HydraulicH. Fire Hydrants

XXII. Wildland Firefighting TechniquesA. Ground Cover Fire BehaviorB. Parts of Ground Cover FireC. Utilizing Water on Ground Cover FiresD. Utilizing Hand Tools in Direct and Indirect AttackE. Fire ApparatusF. Fire Shelter DeploymentG. Safety Precautions

H. Basic I.C.S. for Wildland FirefightingI. Progressive Hose Lays

XXIII. Fire Prevention and Investigation/Fire Protection SystemsA. Cause and Origin Determination

1. During Fire2. After Fire

B. Collection and Preservation of EvidenceC. Incendiary Fires

1. Methods2. Motives

D. Arson Materials and EquipmentE. Fire Prevention Bureau

F. Codes and OrdinancesG. Fire Protection SystemsH. Sprinkler Systems and HeadsI. Operating Principles of Heat and Smoke Devices

XXIV. Forcible EntryA. Forcible Entry Tools and EquipmentB. Basic Building ConstructionC. Emergency Lighting Equipment

XXV. Vehicle ExtricationA. Scene SafetyB. Equipment and Tools

C. Equipment PlacementD. Patient Care

XXVI. Hazardous Materials/Flammable Liquids/FoamA. Flammable Liquids and GasesB. Extinguishing Agent ApplicationC. Foams

1. Chemical2. Protein3. Synthetic

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4. AFFF5. High Expansion

D. Foam Application1. Proportioners2. Educators3. Generators4. Pre-Plumbed

E. Hazardous MaterialsF. D.O.T. Emergency Response Guidebook

Methods of Evaluation

Outcome 1: Demonstrate the ability to make correct decision during critical situations

Evaluation Method: Learning Activities and Role Play; Small group discussions and activities;Required Skills Demonstrations; Written Examinations

Outcome 2: Employ effective human relation techniques

Evaluation Method: Learning Activities and Role Play; Small group discussions and activities

Outcome 3: Discuss and demonstrate specific knowledge regarding fire protection


Outcome 4: Identify, compare and contrast the various aspects of communication

Evaluation Method: Learning Activities and Role Play; Small group discussions and activities;

Outcome 5: Apply and evaluate appropriate problem solving techniques


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Outcome 6: Discuss and demonstrate necessary physical skills appropriate to fireservice needs

Evaluation Method: Learning Activities and Role Play; Required Skills Demonstrations

fire 793

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