Medical Lab Technician

This course provides an overview of medical laboratory professionals and its role in healthcare. Students are introduced to functions of clinical laboratories, basic lab safety, fundamental laboratory techniques, and quality assurance. Topics include an introduction to major laboratory departments, specimen collection and handling, laboratory math, basic laboratory equipment, and professional ethics. Emphasis is placed on the responsibilities of the Medical Laboratory Technician and the importance of accurate results in patient care.

This course provides instruction in the analysis and interpretation of urine and other clinical body fluids. Students will study renal physiology, renal function testing, and routine urinalysis, including physical, chemical, and microscopic evaluation. Additional topics include the laboratory assessment of cerebrospinal, pleural, pericardial, peritoneal, synovial, seminal, vaginal, and fecal specimens, as well as cell counts using a hemocytometer. Emphasis is placed on laboratory techniques, quality control, and clinical correlation to support accurate diagnosis and patient care.

This course provides instruction in the principles and procedures of phlebotomy and specimen collection used in clinical laboratory settings. Students will learn vascular anatomy, infection control practices, and patient identification to ensure safe and accurate specimen collection. Emphasis is placed on proper collection techniques, including straight-needle and butterfly venipuncture, capillary puncture, and preparation of blood smears. Additional topics include order of draw, special collection procedures, point-of-care testing, and age-specific considerations for neonatal and geriatric patients. Students will develop competency in specimen collection, handling, and processing while applying quality assurance and safety standards to minimize pre-analytical errors.

This course introduces fundamental principles of immunology followed by an applicated of these concepts to immunohematology. The first portion of the course focuses on the immune system, including innate and adaptive immunity, antigen-antibody interactions, hypersensitivity reactions, and basic immunologic techniques. The second portion applies immunologic principles to blood banking practices, including red blood cell antigens and antibodies, ABO and Rh systems, and other blood group systems. Emphasis is placed on the correlation between immunologic theory and laboratory practice.

This course focuses on the study of clinically significant bacteria and their role in human disease. Emphasis is placed on the laboratory identification, classification, and characterization of microorganisms using microscopy, culture techniques, biochemical testing, and molecular methods. Students will apply principles of microbial pathogenesis, specimen collection, and antimicrobial susceptibility testing to the diagnosis and management of infectious diseases. Correlation of laboratory findings with clinical significance is emphasized. Mycology and parasitology are introduced in a subsequent course.

This course provides instruction in the principles and practices of clinical hematology at the medical laboratory technician level. Topics include hematopoiesis, hemoglobin, Complete Blood Count, blood cell morphology, routine hematologic testing, and coagulation. Laboratory exercises emphasize specimen handling, manual and automated procedures, and accurate microscopic evaluation of blood cells.

This course provides supervised, hands-on experience in a clinical laboratory setting. Students apply knowledge and techniques learned in previous coursework to perform routine laboratory procedures, interpret results, and participate in daily laboratory operations. Emphasis is placed on professional behavior, safety, quality control, and adherence to regulatory standards. Students are expected to demonstrate competency in technical skills, problem-solving, and communication while under the supervision of qualified laboratory personnel.

This course provides an in-depth study of immunologic principles as applied to transfusion medicine. Emphasis is placed on antibody detection and identification, compatibility testing, and the interpretation of laboratory results to ensure safe transfusion practices. Students will explore blood bank automation, direct antiglobulin testing, transfusion reactions, and hemolytic disease of the fetus and newborn. Laboratory skills are reinforced with practical exercises and clinical case correlations to integrate immunologic theory with real-world patient care.

This course provides an in-depth study of clinically significant fungi and parasites and their role in human disease. Emphasis is placed on the identification, classification, and characterization of yeasts, molds, dimorphic fungi, dermatophytes, zygomycetes, protozoa, and helminths. Students will learn laboratory techniques for culture, staining, and microscopic examination of fungi, as well as methods for detection and identification of parasites in clinical specimens. Correlation of laboratory findings with clinical presentation is emphasized to support accurate diagnosis and patient care.

This is an advanced course designed to expand student knowledge of hematologic and hemostatic disorders with an emphasis on clinical interpretation and laboratory correlation. Content includes a comprehensive study of anemias (microcytic, normocytic, macrocytic, and hemolytic), hemoglobinopathies, white blood cell disorders, and leukemias of both myeloid and lymphoid origin. Additional focus is placed on platelet function disorders and advanced coagulation processes, including both bleeding and thrombotic conditions. Emphasis is placed on integration of laboratory data with clinical presentation through progressive case studies and problem-solving exercises to prepare students for entry-level clinical laboratory practice.

This course provides instruction in the principles and practices of clinical chemistry at the medical laboratory technician level. Topics include instrumentation, carbohydrates, lipids, proteins, heme derivatives, non-protein nitrogen compounds, enzymes, and vitamins. Laboratory exercises emphasize specimen handling, manual and automated procedures, and visualizing molecules.

This course provides instruction in the principles and practices of clinical chemistry at the medical laboratory technician level. Topics include instrumentation, carbohydrates, lipids, proteins, heme derivatives, non-protein nitrogen compounds, and enzymes. Laboratory exercises emphasize specimen handling, manual and automated procedures, and visualizing molecules.

This course provides supervised, hands-on experience in a clinical laboratory setting. Students apply knowledge and techniques learned in previous coursework to perform routine laboratory procedures, interpret results, and participate in daily laboratory operations. Emphasis is placed on professional behavior, safety, quality control, and adherence to regulatory standards. Students are expected to demonstrate competency in technical skills, problem-solving, and communication while under the supervision of qualified laboratory personnel.

This course provides a capstone and professional preparation experience for Medical Laboratory Technician students. Emphasis is placed on reviewing key concepts from previous courses, preparing for board certification, understanding licensure and continuing education requirements, and completing a final project. The course is delivered in a flexible, online format to allow students to access review materials and ask questions as needed, with mandatory attendance for final presentations. Students are supported in applying their knowledge to practical scenarios and exam preparation while developing professional skills for post-graduation success.