During the Polytechnic in Medical Lab Technician (MLT) diploma, you will gain a thorough understanding of both the theoretical and practical aspects of medical laboratory science. The course is designed to equip you with the essential knowledge, technical skills, and professional practices needed to work confidently in healthcare and diagnostic settings.
The learning journey begins with anatomy and physiology, which provide a solid foundation by helping you understand the structure and functions of the human body. This knowledge is crucial for accurately analysing samples and understanding disease processes. You will then study clinical biochemistry, which focuses on analysing body fluids like blood and urine to detect chemical changes linked to diseases.
Microbiology is another key subject, where you will learn to identify and study bacteria, viruses, fungi, and other microorganisms that can cause infections. Alongside, haematology will train you in examining blood, understanding its components, and diagnosing blood-related disorders. Pathology will teach you about the causes and effects of diseases, helping you understand how abnormalities in tissues and organs affect the body.
A significant part of the diploma is blood banking, which covers procedures for safe blood collection, storage, and transfusion. You will also learn sample collection and handling, ensuring that specimens are collected safely and maintained correctly for accurate testing. This is followed by training in diagnostic tests, where you perform routine and specialized laboratory procedures that are critical for patient diagnosis and treatment planning.
During the Polytechnic in Mechanical Engineering College in Panipat, students learn a wide range of subjects that form the core of mechanical engineering. This includes Engineering Mechanics, which teaches the principles of forces, motion, and equilibrium; Manufacturing Technology, which covers production processes, machining, and fabrication methods; and Thermodynamics, which explains energy, heat, and work in mechanical systems. You also study Fluid Mechanics to understand the behavior of liquids and gases, and Machine Design, which trains you to design mechanical components and systems. Modern tools like CAD/CAM are taught to help students create digital models and assist in manufacturing. Other subjects include Material Science (understanding metals, polymers, and composites), Workshop Practices (hands-on experience in machining, welding, and fitting), and Maintenance & Safety Practices in industries. The course combines theory with practical labs and projects, ensuring students gain both technical knowledge and real-world skills. By the end of the diploma, you are prepared to work in mechanical industries, manufacturing units, or continue your higher studies in engineering.