The Fire Department offers training to individuals and local businesses in a wide variety of subjects, but we are most commonly asked to assist a business with becoming CPR certified, either to meet regulations required for that company or merely for the benefit of its employees. Our CPR program covers different levels of certification so that we can best meet your specific needs or those of your organization.

All of the CPR classes that we offer follow the American Heart Association guidelines and upon completion, all participants will receive a certification card from the AHA stating that they have successfully completed an AHA course and are certified to that level of CPR for which they received training. The certification is good for two years from the date of completion of the training. The cost listed below each course includes the necessary workbook, the certification card and any printed materials for the class, as well as the cost for the instructor.

CPR classes can be set up within your facility or can be conducted at our fire station. Scheduling is flexible and courses can be set up for any time and on any day of the week. We do ask that in order to efficiently conduct a class, please provide at least four students per class and please allow us three weeks lead time to schedule the class. We can accommodate classes that involve up to 12 students maximum, but additional scheduling time will be required due to the necessity for additional instructors. All training material is brought along with the instructor, which includes mannequins, videos and handouts. Because the courses are mostly video based, we ask that you provide a TV and DVD player for the class. Dependent on the size of the class, we also request that you provide ample space for individuals to perform the necessary skills comfortably.

If you wish to register for a class, or if you have additional questions regarding the training available, please contact Lieutenant Doug Eikens at the North College Hill Fire Department at 521-3950 or This e-mail address is being protected from spambots. You need JavaScript enabled to view it.

Classes may be cancelled or rescheduled due to holidays or minimum attendance.

We look forward to assisting you in becoming CPR certified and meeting your training needs.

Classes Offered

 

Heartsaver CPR

This class is suitable for businesses/individuals that require or desire a certification in adult and child CPR only. This is a basic class aimed at training individuals who may be the first to arrive at an emergency. The class participant will be taught the process of CPR as well as how to assist a choking victim.

Cost: $35/person 

Average Length: 2 to 3 hours    

Class Size: 4-8 people

*Optional Infant CPR module is available also by request for groups of 4 or more

 

Heartsaver First Aid

This class is designed to teach the participant how to manage illness and injuries in the first few minutes until professional help arrives. The course content includes General First Aid Principles, Medical and Injury Emergencies. Medical topics covered include management of chest pain, strokes, diabetic reactions, seizures, breathing problems and fainting, while injury topics include bleeding control, head and spinal injuries, bone, muscle and joint injuries, and burns. Optional modules are available to include CPR, use of the AED and Environmental Emergencies, such as stings and bites, heat and cold emergencies and poisonings.

Cost: $35/person

Average Length: 3½ to 6 hours   

Class Size: 4-8 people

 

BLS for Healthcare Provider

This course is offered to businesses in the medical setting, such as doctor and dentist offices. This course is usually required by students in a medical based program through universities or colleges.  This course offers training in Adult, Child and Infant CPR as well as relief of choking for all ages. It also includes training in the use of the AED and is very in-depth. Participants will also be trained to use a wide variety of barrier devices, which are necessary in the clinical setting to minimize exposure and to comply with OSHA guidelines.

Cost: $40/person 

Average Length: 4½  hours   

Class Size: 4-8 people

 

Classes Available Upon Request

 

Healthcare Provider Renewal

This class is for individuals or businesses that have already attended the Healthcare Provider course and are looking to renew their certifications. The class serves as a review of the basic principles and also covers new changes in the recommended guidelines. Participants must have completed a Healthcare Provider course previously and have a current BLS for Healthcare Provider card.

*Note: This course is also available on-line in a self-study format at www.americanheart.org. Skills completion can be done through NCHFD for a cost of $10/person to process the certification cards.

Cost: $45/person w/book, $35w/o book   

Average Length: 2½  hours            

Class Size: 4-8 people

 

Heartsaver Pediatric First Aid

This is a new course developed by the AHA for those businesses and individuals who provide childcare and who may be responsible to administer first aid initially in a workplace setting until professional help arrives. Topics include the basic first aid management of illnesses and injuries, environmental emergencies, Adult and Child CPR, and use of the AED. Optional modules are available to include additional Pediatric First Aid Topics and Infant CPR.

Cost: $35/person   

Average Length: 6½ to 7½ hours

Class Size: 4-8 people

Residential fires account for the majority of all fire fatalities. Fires occurring in the residential setting can be either smoldering or flaming types of fires. They can also begin slow smoldering and then rapidly progress to flames.

 

Manufacturers of smoke detectors now offer a combination of improved technologies so that residential homeowners can be better protected from fire. However, many older technologies are still being sold which provide a delayed response in certain fires and are prone to false alarms.

 

Research has demonstrated that photoelectric smoke detectors are more effective at warning people of smoke from smoldering fires than ionization smoke detectors. With earlier warning, people have more time to escape a burning structure.

 

Photoelectric smoke detectors contain a light source and a light-sensitive electric cell. Smoke entering the detector deflects light onto the light-sensitive electric cell, triggering the alarm.  This type of smoke detector is also less susceptible to nuisance alarms. To prevent nuisance alarms, citizens often disable smoke detectors and place themselves, other residents in a home or building and fire fighters at great risk.

 

Ionization smoke detectors have a small amount of radioactive material, and establish a small electric current between two metal plates, which sound an alarm when disrupted by smoke entering the chamber. Studies have shown that this technology while useful in detecting flaming type fires has proven less sensitive to large particles given off during smoldering fires -- the kind of fires that occur at night when people are asleep.

 

It is the position of the North College Hill Fire Department that all homes be protected with a minimum of both photoelectric and ionization type smoke detectors with additional emphasis on placement of specific smoke detector technology in areas subject to false alarms. Since false alarms of smoke detectors can result in the removal of batteries, which in turn renders the smoke detector inoperative, it is our position that photoelectric technology placement be considered in areas commonly associated with false alarms (i.e. kitchens and bathroom areas).

 

The remaining portions of all homes should be protected, at a minimum, by smoke detectors utilizing both photoelectric and ionization technologies. This is best accomplished by utilizing a combination of smoke detectors. Since the type of fire cannot be predicted, utilization of both technologies within a single smoke detector provides maximum protection and the earliest possible warning for the occupants.

 

It is imperative for the above recommendations be followed in their entirety. When a choice must be made, photoelectric smoke detectors should be chosen over ionization smoke detectors.

Fire Prevention personnel enforce City of North College Hill Ordinances, the Ohio Fire Code, and the Ohio Basic Building Code as it relates to fire prevention. These codes provide the tools necessary to achieve a fire safe environment in regulated occupancies. Maintaining safe exits, emergency lighting, fire protection systems (such as alarm and sprinkler systems), and other general precautions against fire are addressed.

Company level personnel certified as Ohio Fire Safety Inspectors perform most of the inspections with supervisory personnel become involved when violations found are not resolved at the company level or in response to referrals or complaints.

In conjunction with the Building Department, the Fire Prevention Bureau reviews building plans for fire protection and life safety concerns. Fire Prevention personnel assist Building Department and Code Enforcement inspectors in performing inspections of new or modified structures.

The existing occupancy program incorporates annual company inspections of most commercial occupancies to ensure that they are in compliance with State adopted Building and Fire Codes.

The Ohio Fire Marshal's Office inspects high hazard commercial occupancies, buildings with a high life loss potential, and other target hazards.

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Understanding the nature of fire injuries and fatalities for different age groups is critical when planning fire safety education programs. An age and cause approach is at the core of the NCHFD’s fire safety education school program. Research shows that children as young as five are capable of learning lifesaving techniques, such as smoke alarm maintenance, safe cooking practices, home fire escape and the “don’t touch” approach for matches and lighters.

Fire safety educators conduct training and provide lectures and fire safety demonstrations in schools free of charge. Throughout the school year, teams of fire safety educators are available to conduct classroom-to-classroom lectures City-wide. The classroom-to-classroom methodology, rather than a full-school assembly, is designed so children can have direct interaction with the educators.

Training sessions address the common causes of fire and fire injuries in the home, as well as provide information on how to prevent fires and what to do in case of fire.

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Carbon monoxide (CO) is a colorless, odorless, poisonous gas.  It is produced by incomplete combustion of solid, liquid, and gaseous fuels.  Carbon Monoxide is an invisible killer because you can’t see it, smell it, or taste it.  It can sneak up on you without you even knowing it.  For this reason, it is very dangerous.  Every year, over 200 people in the United States die from CO produced by fuel burning appliances in their home such as furnaces, ranges, water heaters, and clothes dryers.  Other sources include burning charcoal inside a home, garage, vehicle, or tent, and cars left running in an attached garage. 

What are the symptoms of CO poisoning?

The initial symptoms of CO poisoning are similar to the flu (but without the fever). They include:  headache, fatigue, shortness of breath, nausea, and dizziness.

What should you do to prevent CO poisoning?

  • Make sure appliances are installed according to manufacturer's instructions and local building codes. Most appliances should be installed by professionals. Have the heating system (including chimneys and vents) inspected and serviced annually. The inspector should also check chimneys and flues for blockages, corrosion, partial and complete disconnections, and loose connections.
  • Install a CO detector/alarm that meets the requirements of the current UL standard 2034 or the requirements of the IAS 6-96 standard. A carbon monoxide detector/alarm can provide added protection, but is no substitute for proper use and upkeep of appliances that can produce CO.
  • Install a CO detector/alarm in the hallway near every separate sleeping area of the home. Make sure the detector cannot be covered up by furniture or draperies.
  • Never burn charcoal inside a home, garage, vehicle, or tent.
  • Never use portable fuel-burning camping equipment inside a home, garage, vehicle, or tent.
  • Never leave a car running in an attached garage, even with the garage door open.
  • Never service fuel-burning appliances without proper knowledge, skills, and tools. Always refer to the owner's manual when performing minor adjustments or servicing fuel-burning appliances.
  • Never use gas appliances such as ranges, ovens, or clothes dryers for heating your home.
  • Never operate unvented fuel-burning appliances in any room with closed doors or windows or in any room where people are sleeping.
  • Do not use gasoline-powered tools and engines indoors. If use is unavoidable, ensure that adequate ventilation is available and whenever possible place engine unit to exhaust outdoors.
What CO level is dangerous to your health?
The health effects of CO depend on the level of CO and length of exposure, as well as each individual's health condition. The concentration of CO is measured in parts per million (ppm). Health effects from exposure to CO levels of approximately 1 to 70 ppm are uncertain, but most people will not experience any symptoms. Some heart patients might experience an increase in chest pain. As CO levels increase and remain above 70 ppm, symptoms may become more noticeable (headache, fatigue, nausea). As CO levels increase above 150 to 200 ppm, disorientation, unconsciousness, and death are possible.
 
What should you do if you are experiencing symptoms of CO poisoning?
If you think you are experiencing any of the symptoms of CO poisoning, get fresh air immediately. Open windows and doors for more ventilation, turn off any combustion appliances, and leave the house. Call your fire department and report your symptoms. You could lose consciousness and die if you do nothing. It is also important to contact a doctor immediately for a proper diagnosis. Tell your doctor that you suspect CO poisoning is causing your problems. Prompt medical attention is important if you are experiencing any symptoms of CO poisoning when you are operating fuel-burning appliances. Before turning your fuel-burning appliances back on, make sure a qualified serviceperson checks them for malfunction.
 
What has changed in CO detectors/alarms recently?
CO detectors/alarms always have been and still are designed to alarm before potentially life-threatening levels of CO are reached. The UL standard 2034 (1998 revision) has stricter requirements that the detector/alarm must meet before it can sound. As a result, the possibility of nuisance alarms is decreased.
 
How should I install a CO Alarm?
CO alarms should be installed according to the manufacturer's instructions. CPSC recommends that one CO alarm be installed in the hallway outside the bedrooms in each separate sleeping area of the home. CO alarms may be installed into a plug-in receptacle or high on the wall because CO from any source will be well-mixed with the air in the house. Make sure furniture or draperies cannot cover up the alarm.
 
What should you do when the CO detector/alarm sounds?
Never ignore an alarming CO detector/alarm. If the detector/alarm sounds: Operate the reset button. Call your emergency services (fire department or 911). Immediately move to fresh air -- outdoors or by an open door/window.
 
How should a consumer test a CO detector/alarm to make sure it is working?
Consumers should follow the manufacturer's instructions. Using a test button, some detectors/alarms test whether the circuitry as well as the sensor which senses CO is working, while the test button on other detectors only tests whether the circuitry is working. For those units which test the circuitry only, some manufacturers sell separate test kits to help the consumer test the CO sensor inside the alarm.
 
What is the role of the U.S. Consumer Product Safety Commission (CPSC) in preventing CO poisoning?
CPSC worked closely with Underwriters Laboratories (UL) to help develop the safety standard (UL 2034) for CO detectors/alarms. CPSC helps promote carbon monoxide safety awareness to raise awareness of CO hazards and the need for regular maintenance of fuel-burning appliances. CPSC recommends that every home have a CO detector/alarm that meets the requirements of the most recent UL standard 2034 or the IAS 6-96 standard in the hallway near every separate sleeping area. CPSC also works with industry to develop voluntary and mandatory standards for fuel-burning appliances.
 
Should CO detectors/alarms be used in motor homes and other recreational vehicles?
CO detectors/alarms are available for boats and recreational vehicles and should be used. The Recreation Vehicle Industry Association requires CO detectors/alarms in motor homes and in towable recreational vehicles that have a generator or are prepped for a generator.