The Medical Laboratory Technology Course is a four-year integrated program comprising three years of academic instruction followed by one year of compulsory internship for hands-on clinical training. The course is affiliated to the Tamil Nadu Dr. MGR Medical University and aims to produce skilled laboratory technologists capable of working in diverse diagnostic environments.

Medical Laboratory Technologists are trained to perform a wide range of diagnostic tests in clinical laboratories including clinical biochemistry, hematology, microbiology, pathology, and molecular diagnostics. Their role is critical in the detection, diagnosis, and treatment of diseases.

• The Students are trained with sophisticated infrastructure

• Haematology and Clinical Pathology

  • The Haematology Lab at our institution provides students with deep clinical exposure to blood analysis and coagulation studies using cutting-edge instruments. The lab mirrors real-time hospital diagnostic environments, ensuring students gain both theoretical understanding and practical skills essential for modern haematology diagnostics.

• Key Equipment & Student Interaction

  • Automated Haematology Analyzer

    • Students operate this 6-part differential cell counter to assess CBC (Complete Blood Count) parameters. They learn sample loading, reagent handling, and interpretation of RBC, WBC, platelet indices, and histograms, along with flags and alerts used in pathology detection.

  • Coagulation Analyzer

    • Training includes performing PT, aPTT, INR, and fibrinogen tests. Students observe the importance of coagulation studies in pre-operative screening, liver disease, and anticoagulant therapy monitoring.

  • Immunohematology Analyzer

    • Students gain exposure to automated blood grouping, antibody screening, and crossmatching. This hands-on experience in transfusion medicine helps prepare them for working in NABH-standard blood banks and hospital transfusion services.

  • ESR Analyzer

    • Students use this system to conduct automated ESR tests, learning the relevance of ESR in inflammatory and autoimmune conditions.

  • Urine Analyzer

    • Though urine testing falls under clinical pathology, students perform dipstick analysis and automated urinalysis here to understand systemic disease reflections (like proteinuria, hematuria).

  • Remi Centrifuge & Bio-Rad Centrifuge

    • Used for plasma/serum separation, and other sample preparations. Students are trained in balancing, speed-time settings, and safe handling procedures.

  • Quantitative Buffy Coat Analysis

    • Students perform malaria detection with fluorescent microscopy, gaining knowledge of parasite screening using minimal sample volumes.

  • Binocular Microscopes

    • A vital part of haematology practice. Students manually examine peripheral blood smears, identify blood cell morphology, detect malarial parasites, and cross-verify automated results.

• HISTOPATHOLOGY

  • In our Histopathology Lab, students are trained on a comprehensive range of precision instruments that form the backbone of tissue diagnostics. The hands-on exposure allows students to understand the process of tissue preparation, sectioning, staining, and microscopic evaluation — critical skills in diagnostic pathology

• Key Instruments & Student Interaction

  • Cryostat

    • Students learn to section frozen tissue samples with the Cryostat, gaining essential skills in rapid intraoperative diagnosis (frozen section technique). Emphasis is placed on blade safety, tissue orientation, and temperature calibration.

  • Tissue Processor

    • This high-throughput automated tissue processor introduces students to the heart of sample preparation. They observe and assist in the fixation, dehydration, clearing, and infiltration stages, gaining a full understanding of tissue preparation protocols and reagent handling.

  • Microtome

    • This semi-automated microtome provides students with an excellent introduction to rotary microtomy. They gain precision-cutting skills, handling paraffin-embedded tissue blocks,and practicing ribboning techniques.

  • Grossing station

    • Providing Knowledge in the area of Grossing station that helps them understand both theory and practical usage.

• BIOCHEMISTRY

  • The Clinical Biochemistry Lab is a core component of the MLT program, where students receive practical training in analysing blood and body fluids for metabolic, hormonal, and electrolyte imbalances. With hands-on access to advanced analyzers and point-of-care devices, students learn to correlate test results with clinical conditions under expert supervision.

• Key Equipment & Student Learning Outcomes

  • Roche Integra 400 Plus – Fully Automated Biochemistry Analyzer

    • Students are trained to load samples, calibrate, and interpret biochemical parameters like glucose, urea, liver and kidney function markers. They understand concepts of photometry, quality control, and autoanalyzer workflow.

  • Electrolyte Analyzer

    • Hands-on use of this compact system helps students evaluate critical electrolytes (Na?, K?, Cl?) using ion-selective electrode (ISE) technology, reinforcing emergency diagnostic importance.

  • Immunoassay Analyzer

    • Students gain experience in hormone assays (e.g., TSH, insulin), tumor markers, and infectious disease testing using electrochemiluminescence (ECLIA) technology. They learn sample handling, reagent loading, and result validation.

  • Immunofluorescence Analyzer

    • Exposure to this point-of-care system introduces students to cardiac markers (like troponin I), CRP, D-dimer, and fertility hormones. They learn about immunofluorescence principles and rapid diagnostics.

  • Cardiac Marker Analyzer

    • Students observe bedside testing of cardiac biomarkers, vital in acute myocardial infarction evaluation. The use of portable testing is emphasized for emergency settings.

  • Blood Gas Analyzer

    • Using this cartridge-based system, students understand comprehensive blood gas analysis, lactate testing, and real-time ICU monitoring. GEM systems reinforce automation and quality control in critical care diagnostics.

• MICROBIOLOGY

  • The Microbiology Lab offers students immersive training with both traditional culture-based methods and advanced molecular and automated systems. Through structured lab sessions, students explore microbial diagnostics, antibiotic resistance testing, and infection surveillance protocols — all under NABL-aligned safety standards.

• Key Equipment & Hands-On Learning

  • Automated Blood Culture System

    • Students learn to process and monitor blood culture samples using this high-throughput system. They are taught to interpret positive/negative growth signals and understand the significance in sepsis diagnosis.

  • Automated ID/AST System

    • Students observe and assist in microbial identification and antibiotic sensitivity testing (AST), gaining exposure to rapid, automated pathogen profiling critical for infection control.

  • Molecular Testing

    • Hands-on experience with Trueprep Auto for sample preparation and Truelab Uno Dx for real-time PCR-based pathogen detection helps students explore molecular diagnostics in tuberculosis, COVID-19, and other infectious diseases.

  • Immunoassay Analyzer

    • Students observe screening for infectious markers (e.g., HIV, Hepatitis) using automated immunoassay systems, understanding principles of chemiluminescence and clinical reporting.

  • ELISA Reader

    • Students learn microplate-based detection techniques, including the preparation of samples, adding reagents, washing, and interpreting absorbance values for pathogen detection or antibody levels.

  • VDRL Shaker

    • Used in serological testing for syphilis and related disorders, students gain experience in running and interpreting qualitative and quantitative results.

  • Bio-Safety Cabinet

    • Hands-on microbiological work (including Bacterial and Fungal cultures and high-risk organisms) is conducted under Class II biosafety cabinets, ensuring student safety and containment protocols.

  • Laminar Air Flow

    • Sterile workspace training is provided for aseptic techniques like media pouring, inoculation, and plate preparation.

  • Autoclave, Hot Air Oven & Hot Plate

    • Students sterilize media, equipment, and glassware, understanding dry and moist heat sterilization, pressure settings, and validation techniques.

  • Incubator

    • Students incubate bacterial and fungal cultures under specific temperature conditions, learning about colony morphology, growth time, and environmental requirements.

• BLOOD BANK

  • we provide MLT students with a robust, hands-on learning environment using latest technological improved blood bank equipment’s. This experiential learning approach ensures they are well-prepared to meet the demands of modern clinical laboratories.

• The students are trained in

  • Blood Donor Selection and Screening Criteria, counselling, and safety measures

    • for donor and recipient.

  • ABO and Rh Blood Group Systems

    • Learning the fundamentals and clinical significance of the blood groups.

  • Genetics in Blood Banking

    • Understanding the inheritance patterns of blood groups.

  • Red Cell Antigens and Antibodies

    • Study of other important blood group systems and their role in transfusion reactions.

  • Red Cell Compatibility Testing

    • Practical sessions on cross-matching and ensuring safe transfusions.

  • Coombs Test (Direct & Indirect)

    • Techniques and significance in diagnosing haemolytic disease conditions.

  • Antibody Identification

    • Advanced methods for detecting and identifying irregular antibodies.

  • Haemolytic Disease of the Newborn (HDN)

    • Diagnosis, prevention, and management.

  • Transfusion-Transmitted Infections (TTIs)

    • Lab diagnosis and preventive strategies of Transfusion-Transmitted Diseases.