Class Schedule

Click on a class below to begin the enrollment process:

Must be at least 18 years of age. Generally, the knowledge and skills required show the need for a high school education or equivalent. Ability to communicate verbally; via telephone and radio equipment; ability to lift, carry, and balance up to 125 pounds (250 with assistance); ability to interpret written, oral and diagnostic form instructions; ability to use good judgment and remain calm in high-stress situations; ability to be unaffected by loud noises and flashing lights; ability to function efficiently throughout an entire work shift without interruption; ability to calculate weight and volume ratios and read small print, both under life threatening time constraints; ability to read English language manuals and road maps; accurately discern street signs and address numbers; ability to interview patient, family members, and bystanders; ability to document, in writing, all relevant information in prescribed format in light of legal ramifications of such; ability to converse in English with coworkers and hospital staff as to status of patient. Good manual dexterity, with ability to perform all tasks related to highest quality patient care. Ability to bend, stoop, and crawl on uneven terrain; and the ability to withstand varied environmental conditions such as extreme heat, cold, and moisture. Ability to work in low light and confined spaces.

Advanced Emergency Medical Technician requires applicant to hold Emergency Medical Technician - Basic certificate from Texas Department of State Health Services or National Registry of Emergency Medical Technicians.

 

Advance Cardiac Life Support (ACLS) is a nationally recognized program designed by the American Heart Association (AHA) for healthcare providers involved in the resuscitation of a patient, whether in or out of the hospital. 

Through this course, providers will enhance their skills in the management and treatment of an adult victim of a cardiac arrest or other cardiopulmonary emergencies. The material will be covered in small group lectures, demonstrations, evaluation of case-based scenarios, and practice.

After completing this course, you will have learned:

Basic Life Support

  • Airway/Intubation
  • Emergency Cardiac Drugs
  • Algorithms
  • Rhythm Identification
  • Mega Code

This course is designed for healthcare providers who either:

  • have never attended an ACLS Provider course
  • are not comfortable with the ACLS content and skills
  • have an expired ACLS card

Pre-Requisite:
Participant must be current in Basic Life Support (BLS). You must present your BLS card during final registration on the first morning of class. No exceptions allowed.

Student Material:

http://ahainstructornetwork.americanheart.org/AHAECC/ecc.jsp?pid=ahaecc.studentlanding

To find out about any updates or corrections to this text, visit www.heart.org/cpr, navigate to the page for this course, and click on "updates".

To access the student website for this course, go to www.heart.org/eccstudent and enter the code acls15

 

 

The BLS For Healthcare Provider Course is designed to provide a wide variety of healthcare professionals the ability to recognize several life-threatening emergencies, provide high quality CPR, proficiently use an AED (Automated External Defibrillator), and relieve choking in a safe, timely and effective manner.

http://www.heart.org/HEARTORG/CPRAndECC/HealthcareProviders/BasicLifeSupportBLS/BLS-for-Healthcare-Providers---Classroom_UCM_303484_Article.jsp

 

 

Pediatric Advanced Life Support (PALS) is a nationally recognized program designed by the American Heart Association (AHA) to aid pediatric healthcare providers in developing the knowledge and skills necessary to efficiently and effectively manage critically ill infants and children. 

The material will be covered in small group lectures, demonstrations, evaluation of case-based scenarios, and practice.

  

This continuing education activity is approved by the American Heart Association, an organization accredited by the Continuing Education Coordinating Board for Emergency Medical Services (CECBEMS), for 14.50 Advanced CEHs, activity number 14-AMHA-F2-0239.

Pre-Requisite:
Participant must be current in Basic Life Support (BLS). You must present your BLS card during final registration on the first morning of class. No exceptions allowed.

 

PLEASE NOTE: It is your responsibility to prove that you have met the pre-requisite of the course. If you fail to present your BLS card on the first morning of class, you will NOT be allowed to join and will be considered a no-show.

Student Material:

http://ahainstructornetwork.americanheart.org/AHAECC/ecc.jsp?pid=ahaecc.studentlanding

 

Electrocardiograph (EKG) technicians are health care employees who perform diagnostic tests that help doctors identify cardiovascular problems in patients. The tests can help discover any irregularities in the heart that could lead to a heart attack or heart disease. They work mostly in hospitals but can also work in long-term specialty care facilities or private practices. The EKG technician explains the test to patients prior to conducting them. Once the patient is on the machine, the technician monitors heart performance and the patient’s blood pressure.

Other duties include:

  • Executing EKG services according to the hospital’s procedures
  • Maintaining EKG equipment and any required inventory needed to run tests
  • Performing related administrative tasks including recording results, filing and data entry
  • Attending additional training programs as required by the health care system, including safety procedures
  • Performing and scheduling EKG tests

Emergency Medical Technician—Basic is a preparation course for certification as an EMT—Basic. The course includes all the skills necessary to provide emergency medical care at a basic life support level with either an emergency service or other specialized service.

The student demonstrates professional standards/employability skills as required by business and industry. The student is expected to achieve employability skills standards such as attendance, on-time arrival, meeting deadlines, working toward personal/team goals every day, and ethical use of technology.

The student explores emergency care components such as life support and ambulance care. The student is expected to:

(A) recognize and define the Emergency Medical Services (EMS) systems available to patients; (B) differentiate the roles, scope of practice, and responsibilities of the EMT— Basic from other pre-hospital care providers such as fireman and law enforcement;

(C) describe the roles and responsibilities related to personal safety and the safety of the crew, the patient, and bystanders;

(D) identify the specific Texas statutes and regulations regarding the EMS system;

 (E) research the various methods used to access the EMS system in the local community;

 The student explores medical, legal, and ethical issues. The student is expected to:

(A) describe do not resuscitate (DNR) directives and the local and state laws regarding EMS application of DNR directives;

(B) define consent, including differentiating between expressed and implied consent;

(C) summarize methods of obtaining consent;

(D) determine the conditions necessary for an EMT—Basic to have a duty to act;

(E) investigate the importance, necessity, and legality of patient confidentiality;

(F) explain the actions that an EMT—Basic should take to preserve a crime scene; and

(G) indicate the conditions that require an EMT—Basic to notify local law enforcement officials.

The student gains an understanding of the human body. The student is expected to:

(A) define terms associated with human anatomy such as medial, lateral, proximal, distal, superior, inferior, anterior, posterior, midline, right and left, mid-clavicular, bilateral, and mid-axillary; and

(B) describe the anatomy and function of the major body systems including respiratory, circulatory, musculoskeletal, nervous, and endocrine.

The student recognizes the importance of basic life support and the priority of artificial ventilation and airway protective skills. The student is expected to:

(A) compare the signs of adequate and inadequate breathing;

(B) describe the importance of having a suction unit ready and demonstrate the techniques of suctioning;

(C) demonstrate proper techniques for securing air flow for patients including mouth to mouth, bag-valve-mask, Sellick maneuver, and pocket mask artificial ventilation; and

(D) demonstrate the skills of advanced airway techniques, such as nasogastric tube insertion for decompression of the stomach of an infant or child patient, choosing appropriate size endotracheal tube, and recognizing accidental esophageal intubation and orotracheal intubation of adults, infants, and children.

The student recognizes that patient assessment serves as the foundation for all treatment decisions. The student is expected to:

(A) evaluate a scene for potential hazards;

(B) determine the number of patients;

(C) determine if additional help is necessary;

(D) evaluate mechanism of injury or nature of illness;

(E) practice initial patient assessment by forming a general impression, determining responsiveness, assessing the airway, breathing, and circulation,

(F) demonstrate the ability to prioritize patients;

(G) describe and demonstrate methods of assessing patients' traumatic injuries, including the rapid trauma assessment;

(H) simulate in-take procedures on patients with medical complaints or signs and symptoms of medical need, including documenting medical history;

(I) recognize the patients initial health condition, recording changes in the patient's condition, and reassessing of interventions to assure appropriate on-going assessment and care;

(J) explain the components of communication systems, such as radio communications, interpersonal communication, and patient reporting; and

(K) explain the components of the pre-hospital care written report including aspects such as special considerations regarding patient refusal, the legal implications of the report, and the state reporting requirements.

The student explores aspects of medical emergencies. The student is expected to:

(A) describe the signs and symptoms of heat and cold exposure;

(B) describe the medical care of bites and stings;

(C) demonstrate knowledge of pharmacology in order to recognize and list the medications carried and given by the EMT—Basic and identify the steps for assisting a patient with self-administration;

(D) identify various respiratory emergencies and describe treatment regimens for respiratory difficulty and emergency medical care, including the administration of inhalers;

(E) identify cardiovascular emergencies and describe signs and symptoms of cardiovascular disease;

(F) simulate the administration of a patient's prescribed nitroglycerin and the use of automated external defibrillators;

(G) identify a patient taking diabetic medications with altered mental status and list the steps in the emergency medical care, including the administration of oral glucose;

  1. H) recognize the signs and symptoms of an allergic reaction; check patient airway and describe the steps in emergency care, including administering a prescribed epinephrine auto-injector;

(I) identify the signs and symptoms of poisoning or overdose and list the ways that poisons enter the body;

(J) explain the emergency medical care for patients with suspected poisoning, including the administration of activated charcoal;

(K) identify, assess, and record the components of patient vital signs;

(L) demonstrate proper techniques for lifting and moving patients;

(M)list the signs and symptoms of water-related emergencies, including the complications and medical care of near-drowning victims;

(N) define behavioral emergencies;

(O) list the medical and legal considerations involved and reasons for psychological crises,

(P) describe the care of a patient in distress including techniques to safely restrain a patient exhibiting violent behavior;

(Q) identify the uterus, vagina, fetus, placenta, umbilical cord, amniotic sac, and perineum and describe anatomical and physiological changes that occur during pregnancy; and

(R) summarizing signs and symptoms of common gynecological and obstetrical emergencies and differentiate the emergency medical care for a patient with pre-delivery emergencies from medical care for a normal delivery.

The student explores aspects of trauma. The student is expected to:

(A) indicate how shock (hypo perfusion) affects the human body systems and demonstrate the care of patients exhibiting signs and symptoms of shock;

(B) describe the care of patients with internal and external bleeding by:

 (i) demonstrating methods of emergency care for external bleeding, including pressure points, direct pressure, and tourniquets;

(ii) differentiating between mechanism of injury and internal bleeding; and

(iii) listing the signs and emergency medical care of internal bleeding;

 (C) investigate types of soft tissue injuries and recognize and describe treatment of closed soft tissue injury;

(D) practice dressing, bandaging, and applying splints and tourniquets;

(E) identify the bones of the musculoskeletal system and their functions;

(F) identify the difference between open factures and closed factures as they relate to the implementation of proper musculoskeletal care;

(G) practice immobilization of the painful, swollen, deformed extremity including splinting; and

(H) analyze the relationship between the skeletal system and the nervous system, evaluate mechanism of injury, and demonstrate techniques for stabilization of the cervical spine.

The student analyzes the medical emergency response of the ill or injured infant or child. The student is expected to:

(A) differentiate between the emergency response care of infant or child versus that of an adult patient based on anatomy and physiology;

(B) demonstrate the techniques of foreign body airway obstruction removal in the child and infant;

(C) practice medical assessment, bag-valve-mask ventilations, and oxygen delivery for the infant and child; and

(D) describe the care management of seizures, respiratory emergencies, hypo perfusion, organ perfusion, and cardiac arrest in infants and children.

The student explores aspects of ambulance operations. The student is expected to:

(A) describe state laws relating to the operation of the ambulance;

(B) define cleaning, disinfection, high-level disinfection, and sterilization and describe how to clean or disinfect equipment following patient care to prepare the unit for next response;

(C) identify the equipment required by the EMT—Basic for personal safety;

(D) explain various methods of gaining access to patients by describing the purpose of extrication, defining the fundamental components of extrication, and distinguishing between simple and complex access;

(E) explain the role, describe the actions, and break down the steps of an EMT—Basic during a call involving hazardous materials;

(F) describe the criteria for a multiple-casualty situation; and(G) describe the criteria for a disaster operation and simulate performing triage given a scenario of a mass casualty incident.

 

The course emphasizes the use of scene size-up, history, interactive group discussion on potential treatment strategies, and physical exam to systematically rule out and consider possibilities and probabilities in treating patients’ medical crises. The course offers an initial assessment-based approach that progresses to a diagnostic-based approach to quickly develop the best treatment plan.

AMLS is a sixteen-hour program that consists of interactive lectures, teaching and evaluation stations. The interactive/case based lectures include the following topics: altered mental status and neurologic disorders, respiratory dysfunction, shock, cChest discomfort, eEndocrine, metabolic and environmental disorders, abdominal discomfort, iInfectious disease, and toxicologic emergencies, hazardous materials and weapons of mass destruction. Teaching stations follow the associated lectures each day. 

AMLS is endorsed by the National Association of EMS Physicians (NAEMSP). It is accredited by the Continuing Education Coordinating Board for Emergency Medical Services (CECBEMS) and is recognized by the National Registry of EMTs (NREMT). Students who successfully complete the AMLS course will receive a certificate of completion that is valid for four years.  

 

The All Hazards Disaster Response (AHDR) course teaches students how to respond to the many types of disaster scenarios they may encounter, including natural disasters and infrastructure failings, fires and radiological events, pandemics, active shooter incidents, and other mass casualty events. AHDR educates participants on how to analyze potential threats in their area, assess available resources, and create a response plan that will save lives.

Features of a medical response plan covered in the course include:

 Communicating effectively during disasters.

  • Mutual aid and interoperability.
  • Managing resources such as supplies, medications and equipment.
  • Triage and transportation strategies and challenges.
  • Patient tracking and evacuation.

At the start of the course, participants conduct a “hazards vulnerability analysis” to assess features of their environment, both natural and man-made, that pose risk along with assessing the needs of vulnerable populations, such as assisted-living residents or hospital patients that need special consideration during such an event.

Content is presented in the context of realistic scenarios, culminating with a large-scale mass casualty activity.

AHDR is appropriate for all levels of EMS practitioners. This course is offered in the classroom and provides 8 hours of CAPCE credit and NREMT recognition.

The Emergency Pediatric Care (EPC) course focuses on critical pediatric physiology, illnesses, injuries and interventions to help EMS practitioners provide the best treatment for sick and injured children in the field.  The course stresses critical thinking skills to help practitioners make the best decisions for their young patients.

Topics covered include:

 

  • The pathophysiology of the most common critical pediatric emergency issues, and critical thinking skills to help practitioners make the best decisions for their patients.
  • Application of the Pediatric Assessment Triangle (PAT), a tool to help EMS practitioners rapidly and accurately assess pediatric patients.
  • The importance of family-centered care.
  • Understanding and communicating with children.
  • Airway management, breathing and oxygenation.
  • Cardiac emergencies.
  • Recognizing child abuse and neglect.
  • Hypoperfusion and shock.
  • Newborn resuscitation.

 

EPC is appropriate for EMTs, paramedics, emergency medical responders, nurses, nurse practitioners, physician assistants, and physicians. EPC is accredited by CAPCE and recognized by NREMT.

NAEMT’s EMS Safety course teaches students how to protect themselves and their patients while on the job. It promotes a culture of safety and helps reduce the number of on-the-job fatalities and injuries. EMS Safety is the only national, comprehensive safety course for EMS practitioners. Its interactive format features real-life case studies and compelling discussions on current safety issues, and provides participants with a forum to share their own experiences. Critical thinking stations help build participants’ risk assessment and decision-making skills.

 Participants are taught:

 To identify and manage the hazards that can appear during daily tasks, from offensive drivers to violent encounters to chronic stress.

  • Practical strategies that they can apply in the field, from situational awareness to defensive driving to verbal deflection.
  • How to strengthen their resiliency skills in order to combat both chronic and critical incident stress.

 Topics covered include:

 

  • Applying crew resource management in EMS.
  • Utilizing situational awareness and defensive driving for safe emergency vehicle operations.
  • Employing multi-agency pre-planning, vehicle and practitioner visibility techniques, and defensive staging practices at roadside incidents.
  • Utilizing lift assist teams, lifting and moving equipment, and behavioral controls to protect both EMS practitioners and patients from injury.
  • Employing situational awareness to continually assess for the potential of violence on the scene and verbal and physical techniques to deescalate potential threats.
  • Practicing infection and contagion control to protect both EMS practitioners and patients from emerging threats.
  • Strengthening resiliency skills to help EMS practitioners cope with daily and critical incident stress.
  • Ensuring personal readiness for the daily challenges and hazards of working in the field through optimal personal health.

 

EMS Safety is offered as an 8-hour classroom course and is appropriate for all levels of EMS practitioners, other medical professionals providing prehospital patient care, and EMS supervisors and administrators. Students who successfully complete the course receive a certificate of completion and a wallet card good for 4 years. EMS Safety is accredited by CAPCE and recognized by NREMT.

First on the Scene (FOTS), developed by NAEMT and the International Association of Fire Chiefs (IAFC), provides instructors with a toolkit to teach the general public basic emergency response to life-threatening emergencies until EMS arrives on the scene. Through lesson presentations and hands-on skill stations, participants will learn how to access help in the event of a life-threatening emergency and what to do until EMS arrives. 

Geriatric Education for EMS

GEMS provides EMS practitioners at all levels with the skills and knowledge to address the unique medical, social, environmental and communications challenges of older adults. Developed by NAEMT, in partnership with the American Geriatrics Society, GEMS empowers EMS practitioners to help improve medical outcomes and quality of life for geriatric patients.

GEMS features case-based lectures, live action video, hands-on skill stations, simulation and small group scenarios to fully engage students in the learning experience. GEMS covers the following topics:

  • Changes with age
  • Assessment of older adults
  • Pharmacology and medication toxicity
  • Psycho-social emergencies
  • Elder abuse
  • End-of-life care issues
  • Cardiovascular and respiratory emergencies
  • Trauma
  • Neurological emergencies and altered mental status
  • Mobile integrated healthcare
  • Special considerations for older adults in disaster response
  • Skin and wound care
  • Medical devices frequently used by older adults

Two GEMS courses are offered - a core and advanced course.  They may be offered separately or sequentially.  Both courses are appropriate for EMTs, paramedics, emergency medical responders, nurses, physician assistants and physicians. GEMS is accredited by CAPCE and recognized by NREMT.

8 hours of CAPCE credit

 

The 2nd edition of NAEMT's Tactical Emergency Casualty Care (TECC) course teaches EMS practitioners and other prehospital providers how to respond to and care for patients in a civilian tactical environment.

The course presents the three phases of tactical care and integrates parallel EMS nomenclature:

  • Hot Zone/Direct Threat Care that is rendered while under attack or in adverse conditions.
  • Warm Zone/Indirect Threat Care that is rendered while the threat has been suppressed but may resurface at any point.
  • Cold Zone/Evacuation Care that is rendered while the casualty is being evacuated from the incident site. 

The 16-hour classroom course includes all new patient simulations and covers the following topics:

  • Hemorrhage control including immediate action drills for tourniquet application throughout the course;
  • Complete coverage of the MARCH assessment;
  • Surgical airway control and needle decompression;
  • Strategies for treating wounded responders in threatening environments;
  • Caring for pediatric patients;
  • Techniques for dragging and carrying victims to safety; and
  • A final, mass-casualty/active shooter event simulation.

NAEMT's TECC course is endorsed by the American College of Surgeons Committee on Trauma, is consistent with the current guidelines established by the Committee on TECC (Co-TECC), and meets all of the updated National Tactical Emergency Medical Support Competency Domains. This course is accredited by CAPCE for 16 hours of continuing education credit, and recognized by NREMT.

NAEMT is a recognized education partner of the Co-TECC. The Co-TECC establishes guidelines for the provision of prehospital care to injured patients during a tactical incident. The Co-TECC neither creates curriculum for the prehospital provider, nor does it endorse the curriculum of other organizations.

Phlebotomists are responsible for efficiently and accurately performing blood draws and transfusions on blood donors and patients, depending on their specific facility. Some of their typical daily duties include the following:

 

  • Preparing patients before drawing blood
  • Explaining blood draw procedures to patients and answering any questions about the process
  • Following all health and safety protocols and procedures to maintain sanitary work areas
  • Gathering medical testing materials, including needles, sample vials, blood storage bags and test tubes
  • Verifying patient information and labeling blood samples properly
  • Accurately updating patient information in the organization’s database
  • Helping nervous or frightened patients remain calm during blood draws
  • Working with supervising Physicians and following their directions at all times