2019-2020 Program Guide 2019-2020 | Page 406

Offered at the Green Bay campus. For information: (920) 498- 5444. Toll-free: (888) 385-6982. This program is fully eligible for nancial aid. Your passion for helping others is matched only by your ability to stay calm in times of crisis. Making a difference is what moves you. You have found your purpose - become a re medic. As a graduate of this two-year program, you'll be cross-trained in re protection/suppression and emergency medical services (EMS) at the advanced life support/paramedic level. You'll be prepared for employment in re-based EMS agencies such as rural and urban re departments, airport public safety departments, and industrial/ re safety teams. Plus, you'll be trained to respond to out-of-hospital medical/trauma emergencies, re or HAZMAT emergencies, mass casualty incidents and/or special rescue operations in a community served by a full-time re department. A graduate of the program will have the potential for employment as a Fire Medic, Fire Fighter, Paramedic, Emergency Room Technician, EKG Monitoring Technician, Advanced Cardiac Life Support Technician, Cardiac Catheter Lab Technician, Fire Apparatus/Equipment Specialist, Industrial Fire Technician, Industrial Safety Technician, Fire Insurance Investigator, Industrial Fire Inspector, or additional careers applicable to healthcare provision and/or re sciences related occupations. • These additional courses may enhance your eligibility for employment: 10-503-158, Fire Science Internship 10-531-102, EMT 10-503-191, Principles of Emergency Services 10-503-143, Building Construction 10-503-750, Fire Inspector I - Certi ed • Graduates of the Fire Medic associate degree who complete the following courses with a "C" or higher, meet the program benchmark scores for the Nursing-Associate Degree program, AND successfully complete the General Studies courses for the Nursing-Associate Degree program may apply to that program for advanced standing: 10-543-127, Paramedic to ADN Theory 1, 3 cr. 10-543-128, Paramedic to ADN Theory 2, 3 cr. 396