This module introduces learners to the fundamental principles of respiratory pathology, including the anatomy, physiology, and histology of the respiratory system. Students will develop an understanding of normal lung structure and function as a basis for recognizing pathological changes. The module also covers basic concepts of disease mechanisms, tissue injury, inflammation, and repair processes affecting the respiratory tract.

This module focuses on laboratory methodologies used in respiratory pathology. Students will learn specimen collection, processing, staining techniques, cytological examination, histopathology procedures, and quality assurance practices. Emphasis is placed on maintaining diagnostic accuracy and laboratory safety.

This module examines infectious conditions affecting the respiratory tract. Students will study bacterial, viral, fungal, and parasitic respiratory diseases, their pathological manifestations, diagnostic approaches, and clinical significance. Correlation between microbiological findings and tissue pathology is emphasized.

This module explores inflammatory and obstructive pulmonary disorders, including asthma, chronic bronchitis, emphysema, and chronic obstructive pulmonary disease (COPD). Students will understand disease mechanisms, histopathological features, and diagnostic criteria used in respiratory pathology practice.

This module covers diffuse parenchymal lung diseases and occupational respiratory disorders. Students will learn about pulmonary fibrosis, pneumoconiosis, hypersensitivity pneumonitis, and other interstitial lung conditions. The relationship between environmental exposure and pathological changes is highlighted.

This module focuses on benign and malignant respiratory tract tumors. Students will gain comprehensive knowledge of lung cancer classification, molecular pathology, tumor grading, staging, and modern diagnostic techniques used in oncologic pathology.

This module addresses respiratory disorders occurring during infancy and childhood. Students will learn congenital anomalies, neonatal respiratory disorders, pediatric infections, and developmental abnormalities affecting the respiratory system.

This module provides advanced training in respiratory cytology and molecular diagnostic techniques. Students will learn the interpretation of respiratory cytology specimens and the role of genomic and molecular testing in modern respiratory pathology.

This module focuses on postmortem examination of respiratory diseases. Students will learn autopsy techniques, gross and microscopic examination of lung tissues, determination of disease cause, and documentation standards in respiratory pathology.

This module introduces current advances in respiratory pathology, including digital pathology, artificial intelligence, biomarker discovery, and translational research. Students will develop research literacy and understand future trends in diagnostic pathology.

This final module integrates knowledge gained throughout the diploma. Students will analyze complex respiratory pathology cases, develop diagnostic reasoning skills, participate in multidisciplinary discussions, and complete a capstone project demonstrating professional competency.