This entry-level course covers key concepts in cardiovascular pharmacology and heart electrical function. Topics include myocardial cell functions, electrolyte movement, and electrical conduction, as well as primary and secondary prevention drugs, cardiac medications, and angiotensin hormones. Students will study arrhythmias, beta-blockers, antihyperlipidemic therapy, and the differences between antiplatelet and anticoagulant drugs. The course also addresses drug interactions, patient heart health, and terms like diastole, systole, and cardiac output. Additional content includes pacemakers, intrinsic firing ranges, and conduction abnormalities, providing foundational knowledge in cardiovascular pharmacology and electrical health.

This course provides an overview of cardiac physiology and pharmacology, focusing on the heart's structure, electrical and mechanical processes, and regulation of rhythm and output. Key topics include myocardial action potentials, the cardiac cycle, blood flow, hemodynamics, and pharmacological treatments for cardiovascular disorders. Emphasis is placed on understanding heart function and drug interventions for common heart conditions. By the end, students will have a foundational understanding of cardiac function and related pharmacology.

This entry-level course covers essential cardiovascular assessment and monitoring techniques. Students will learn HIPAA privacy laws, vital sign measurements, pulse oximetry, heart rate variability, and jugular venous pressure (JVP). Topics also include the ankle-brachial index (ABI), diabetes classifications, cardiac blood tests, and ECG fundamentals. Students will explore ECG theory, lead placements, and how to perform and document a 12-lead ECG. The course also covers patient consent procedures and assessment tools like SAMPLE and OPQRST. By the end, students will be equipped with foundational skills in cardiovascular diagnostics and monitoring.

This entry-level course students will learn to measure key ECG parameters, including duration and voltage, and gain an understanding of waveforms, including the isoelectric line and positive and negative wave reflections. The course covers Einthoven’s triangle and its waveforms, helping students differentiate between key terms such as interval, segment, complex, and wave. Learners will also acquire the ability to calculate heart rate, analyze common ECG rhythms, and identify artifacts. Emphasis will be placed on recognizing limb and precordial lead reversals, understanding normal R wave progression, and mastering the basics of ECG interpretation. This course is ideal for those new to ECG and electrocardiography.

This entry-level course covers the fundamentals of cardiac arrhythmias, including the major classifications and atrial arrhythmias. Students will learn to differentiate between premature junctional complexes and accelerated junctional rhythms, as well as identify the QRS complex differences in ventricular tachycardia and fibrillation. The course also explains pulseless electrical activity vs. asystole, pacemaker spike identification on ECGs, and the basics of pacemakers and implantable defibrillators. Additional topics include pacemaker malfunctions, stages of acute myocardial infarction (AMI), and emergency cardiac medications. Ideal for healthcare professionals new to cardiac rhythm analysis.

This course equips entry-level phlebotomy students with the essential knowledge and skills needed to meet NAACLS competencies, emphasizing ethical practices, patient rights, and legal responsibilities. Students will gain a deep understanding of phlebotomy procedures, quality assurance, and future trends, while also mastering communication, documentation, and computerization in a clinical setting. The course prepares students for professional certification, focusing on practical application through case studies and real-world scenarios related to clinical laboratory activities.

This course provides entry-level phlebotomy students with essential skills in infection control, safety, and an understanding of medical terminology and anatomy, aligned with NAACLS competencies. Students will learn procedures for infection prevention, emergency response, and safety in clinical settings, along with a thorough overview of major organ systems, the cardiovascular system, and hemostasis. Emphasis is placed on practical applications, ensuring readiness for professional practice in the phlebotomy field.

This course provides essential training for phlebotomists in recognizing and managing patient reactions, handling phlebotomy complications, and ensuring proper sample collection, preparation, and transport. Key topics include understanding how to address different patient responses during venipuncture, dealing with common phlebotomy complications that may result in failed collections, and identifying when samples need to be re-collected or rejected. The course also covers the best methods for preparing and handling samples, including special considerations for temperature-sensitive tests. Participants will learn how to prioritize sample collection, manage blood specimens from patients in special conditions such as those receiving anticoagulant therapy or those with damaged veins, and understand how preexamination errors can affect laboratory results. The course emphasizes safety, accuracy, and efficiency in the laboratory environment.

This course provides comprehensive training in blood collection techniques for entry-level phlebotomists, covering essential equipment, venipuncture procedures, and capillary blood collection. Students will learn about various blood collection tools, safety measures, and detailed procedures for effective and safe specimen collection. Emphasis is placed on practical skills, including patient preparation, equipment handling, and performing venipuncture and skin punctures accurately.

This course equips entry-level phlebotomists with essential skills for handling pediatric and geriatric patients, as well as performing specialized and point-of-care collections. Students will learn age-specific care considerations, techniques for collecting blood from various sources, and procedures for blood cultures and advanced testing methods. Emphasis is placed on practical applications, including handling IV lines, central venous catheters, and point-of-care testing for glucose and other parameters.

This comprehensive course is designed for students with essential knowledge and hands-on skills for mastering phlebotomy techniques, along with nonblood sample collection procedures. It covers the key competencies required to perform safe and accurate blood draws, while also addressing patient diversity and ethical considerations in healthcare settings. In addition to phlebotomy, this course includes in-depth training on nonblood sample collection, such as urine, semen, sputum, throat, fecal (stool), and breath tests, as well as specialized procedures for tuberculin skin tests, drug detection in newborns, and genetic testing.

Students will apply practical experience in an authorized medical facility as assigned and coordinated by the school.