Vascular Surgery
The Vascular Surgery course provides medical students with a comprehensive understanding of the surgical and clinical management of diseases affecting the arterial, venous, and lymphatic systems. As an integral component of the General Surgery curriculum, this course emphasizes both the basic science foundations—including vascular anatomy, hemodynamics, and pathophysiology—and the practical skills required to assess and manage vascular disorders in a clinical setting. Students are introduced to a broad spectrum of conditions, including peripheral arterial disease, aneurysmal disorders, venous insufficiency, deep vein thrombosis, vascular trauma, and lymphatic disorders. The course also covers emergent situations, such as ruptured aneurysms and acute limb ischemia, highlighting the importance of timely diagnosis, stabilization, and decision-making in critical cases. Pediatric and adult vascular pathologies are integrated, ensuring students develop a well-rounded perspective on the specialty. Emphasis is placed on clinical assessment, where students learn to perform focused vascular examinations, interpret non-invasive and imaging studies, and recognize early signs of ischemia, thrombosis, or compromised perfusion. Practical exposure includes outpatient clinic observations, bedside teaching, and operating room experience, where students observe procedures ranging from open surgical repairs to endovascular interventions. Core principles of vascular access surgery, graft management, and perioperative care are also introduced to provide a holistic understanding of patient management. By the end of the course, students are expected to: Demonstrate competence in vascular history-taking and examination. Understand the pathophysiology and natural history of major vascular diseases. Recognize and respond to vascular emergencies. Integrate knowledge of diagnostic imaging and laboratory investigations into clinical decision-making. Develop an awareness of multidisciplinary approaches, including collaboration with interventional radiology, cardiology, and intensive care teams. This course equips future physicians with essential competencies for both surgical and non-surgical specialties, ensuring they can provide safe, evidence-based care for patients with vascular conditions across a variety of clinical environments.
Vascular Surgery
Cardiology
This course provides a comprehensive understanding of cardiovascular diseases, integrating basic pathophysiology with clinical diagnosis, modern investigations, and evidence-based management. Students will gain hands-on experience in bedside cardiac examination, ECG interpretation, echocardiography, and management of common cardiac emergencies. The course emphasizes clinical reasoning, diagnostic skills, and a holistic approach to cardiovascular health and prevention. Course Objectives: By the end of the course, the student should be able to: Understand the anatomy, physiology, and pathophysiology of the cardiovascular system. Recognize clinical presentations of major cardiac disorders. Perform a full cardiovascular examination and interpret diagnostic findings (ECG, echo, X-ray, labs). Diagnose and manage ischemic heart disease, heart failure, valvular, congenital, and rhythm disorders. Understand the principles of hypertension, cardiomyopathies, pericardial diseases, and infective endocarditis. Manage cardiovascular emergencies (MI, arrhythmias, cardiac arrest, pulmonary edema). Apply preventive strategies and lifestyle modifications to reduce cardiac risk. Demonstrate professional communication and ethical responsibility in cardiac patient care. Course Contents (Summary of Modules): Introduction & Cardiovascular Diagnostics Ischemic Heart Disease & Myocardial Infarction Heart Failure & Cardiomyopathies Valvular Heart Disease & Rheumatic Disorders Hypertension & Hypertensive Emergencies Arrhythmias & Conduction Disorders Pericardial and Myocardial Diseases Congenital Heart Diseases Infective Endocarditis & Cardiac Infections Pulmonary Hypertension & Cor Pulmonale Cardiac Emergencies & Resuscitation (CPR/ACLS) Preventive Cardiology and Rehabilitation Teaching Methods: Lectures: theoretical foundation and disease mechanisms Clinical Rounds: bedside teaching in cardiac wards and outpatient clinics ECG & Echo Workshops: practical interpretation sessions Simulation & Case-Based Learning: emergency management and diagnostic reasoning Seminars & Presentations: student-led discussions on recent cardiology topics Assessment Methods: Written Exams: MCQs and essay-type questions (knowledge assessment) Clinical/Oral Exam: bedside case, ECG interpretation, and viva Practical Assessment: procedural and diagnostic skill evaluation Continuous Assessment: attendance, participation, case discussions, and presentations Skills Acquired: Measuring and interpreting blood pressure and pulse Reading and interpreting ECG and echocardiograms Detecting cardiac murmurs and extra sounds Managing cardiac emergencies (MI, arrhythmia, heart failure) Applying risk prevention and patient education techniques Clinical Rotation Structure: Duration: 4–6 weeks Departments: Cardiology wards, CCU, cardiac outpatient clinic, and emergency unit Activities: History taking & cardiovascular examination Bedside case discussion ECG & echo interpretation Exposure to cardiac procedures (catheterization, angiography) Recommended Textbooks & References: Braunwald’s Heart Disease: A Textbook of Cardiovascular Medicine Harrison’s Principles of Internal Medicine (Cardiology Section) Oxford Handbook of Clinical Cardiology ECG Made Easy – John R. Hampton Learning Outcomes: Upon completion, students will be able to: Identify and manage the most common cardiac conditions. Interpret diagnostic tests accurately and correlate them with clinical findings. Provide first-line treatment in cardiac emergencies. Demonstrate professionalism and teamwork in cardiology practice.
Cardiology
Pulmonology
This course provides medical students with a comprehensive understanding of diseases affecting the respiratory system, combining fundamental scientific principles with clinical practice. Students will learn the mechanisms, diagnosis, and management of respiratory disorders, including airway diseases, infections, interstitial and pleural diseases, pulmonary vascular disorders, and respiratory emergencies. The program emphasizes bedside learning, interpretation of respiratory investigations, and patient-centered care within a multidisciplinary clinical environment. Course Objectives: By the end of the course, students should be able to: Understand the structure, physiology, and pathophysiology of the respiratory system. Perform a detailed history and physical examination for patients with respiratory symptoms. Interpret key diagnostic tests such as chest X-rays, CT scans, pulmonary function tests, and ABG analysis. Diagnose and manage common respiratory diseases (asthma, COPD, pneumonia, tuberculosis, pleural effusion). Identify and treat acute respiratory emergencies and failure. Understand preventive, occupational, and environmental aspects of lung diseases. Communicate effectively and ethically with patients and healthcare teams. Course Modules (Summary of Content): Introduction & Diagnostic Methods Airway Diseases (Asthma, COPD, Bronchiectasis) Respiratory Infections (Pneumonia, TB, Lung Abscess) Interstitial & Occupational Lung Diseases Pleural Diseases Pulmonary Vascular Disorders (PE, PH, Cor Pulmonale) Lung Tumors and Neoplasms Sleep-Related Breathing Disorders Acute Respiratory Failure & ARDS Preventive and Community Pulmonology Teaching & Learning Methods: Lectures: Pathophysiology, diagnostics, and management of respiratory diseases Clinical Rounds: Bedside examination and discussion of inpatients Radiology Workshops: Interpretation of X-rays and HRCT scans Spirometry and ABG Practical Sessions Seminars and Case Discussions: Problem-based learning and interactive tutorials Simulation Training: Emergency airway management and mechanical ventilation principles Clinical Rotation Activities: Duration: 4–6 weeks Departments: Respiratory wards, ICU, outpatient clinics, and TB units Exposure: History taking and physical examination Interpretation of radiological and laboratory data Case presentation and differential diagnosis formulation Management planning and follow-up evaluation Assessment Methods: Written Examination: MCQs, short essays, and case-based questions Clinical/Oral Examination: Bedside case discussion and viva Practical Assessment: Spirometry interpretation, ABG analysis, X-ray reading Continuous Assessment: Attendance, case participation, and mini-clinical evaluation exercises (Mini-CEX) Skills Acquired: Competence in performing respiratory examination Ability to interpret chest imaging and pulmonary tests Recognition and management of respiratory emergencies Understanding of antibiotic and oxygen therapy principles Basic knowledge of ventilatory support Recommended Textbooks & References: Harrison’s Principles of Internal Medicine (Pulmonology Section) Murray & Nadel’s Textbook of Respiratory Medicine Kumar and Clark’s Clinical Medicine Chest X-Ray Made Easy by Jonathan Corne GOLD Guidelines for COPD and GINA Guidelines for Asthma Learning Outcomes: Upon completing this course, the student will be able to: Apply theoretical knowledge to clinical decision-making in respiratory medicine. Diagnose and manage patients with common and critical respiratory disorders. Interpret respiratory investigations accurately and correlate findings with clinical presentation. Implement preventive strategies for respiratory diseases in clinical and community settings. Demonstrate ethical, professional, and evidence-based medical practice.
Pulmonology
Neurosurgery
The Neurosurgery course is designed for clinical phase medical students (4th–5th year) to provide a comprehensive understanding of surgical and clinical management of disorders affecting the central and peripheral nervous system. The course emphasizes the integration of neuroanatomy, neuropathophysiology, and surgical principles, enabling students to assess, diagnose, and manage neurosurgical patients, including trauma cases, tumors, vascular lesions, spinal disorders, and congenital anomalies. Students gain exposure to preoperative evaluation, perioperative management, minor procedures, postoperative care, and emergency neurosurgical interventions, with opportunities to participate in operative observations, clinical decision-making, and multidisciplinary team management. Practical and Clinical Training: The course incorporates hands-on and clinical training in: Neurological examination and patient assessment Preoperative evaluation and perioperative planning Bedside procedures such as lumbar puncture and ventricular access ICU and postoperative care monitoring Observation of operative techniques and participation in the OR Case-based learning, ward rounds, and multidisciplinary discussions Learning Outcomes: Upon completion of the course, students will be able to: Understand neurosurgical anatomy, pathophysiology, and operative principles. Assess patients for neurosurgical intervention, including trauma, tumors, and vascular disorders. Recognize and manage neurosurgical emergencies effectively. Participate in perioperative and postoperative patient care. Perform basic neurosurgical procedures safely under supervision. Apply evidence-based neurosurgical principles in clinical decision-making. Collaborate effectively within multidisciplinary neurosurgical teams. Key Topics Covered: Basic neurosurgical principles: asepsis, instrumentation, wound healing Neurotrauma: head injuries, spinal injuries, intracranial hemorrhage, trauma management Neuro-oncology: primary and metastatic brain and spinal tumors, surgical planning, postoperative care Vascular neurosurgery: aneurysms, AVMs, stroke interventions Pediatric neurosurgery: hydrocephalus, congenital anomalies, epilepsy surgery Spine and peripheral nerve surgery: degenerative disorders, trauma, nerve repair Minimally invasive and endoscopic neurosurgery techniques Recommended References: Youmans and Winn Neurological Surgery Schmidek and Sweet: Operative Neurosurgical Techniques Handbook of Neurosurgery – Mark Greenberg Oxford Handbook of Neurosurgery UpToDate articles on neurosurgical procedures, trauma, and postoperative care
Neurosurgery
Psychiatry
The Psychiatry course introduces medical students to the fundamental principles, core clinical skills, and essential knowledge required to understand and manage mental health conditions in clinical practice. This module bridges scientific foundations with real-world patient care, ensuring students gain the ability to recognize psychiatric presentations across all medical specialties. The course begins with an overview of mental health, classification systems (DSM-5 and ICD-11), and the structure of psychiatric assessment. Students learn how to perform a complete psychiatric history and Mental Status Examination (MSE), identify abnormal thought processes, assess cognition, and evaluate risk for suicide, violence, and self-harm. Emphasis is placed on developing clear communication skills, building rapport, and interviewing patients with complex or sensitive presentations. The module provides structured learning around major psychiatric disorders, including psychotic disorders, depressive and bipolar disorders, anxiety disorders, obsessive–compulsive and related disorders, trauma-related conditions, personality disorders, neurodevelopmental disorders, substance-use disorders, and neurocognitive disorders. For each category, students learn core diagnostic features, red flags, differential diagnoses, and basic management approaches. A key component of the course is the introduction to psychopharmacology. Students gain foundational understanding of the mechanisms, indications, and common side effects of antidepressants, antipsychotics, mood stabilizers, anxiolytics, and stimulants. Principles of psychotherapy—including cognitive-behavioral techniques, supportive therapy, and motivational interviewing—are also covered to help students appreciate the multidisciplinary nature of psychiatric treatment. Clinical exposure is an essential part of the training. Students rotate through outpatient clinics, inpatient psychiatric wards, liaison psychiatry units, and emergency services. Under supervision, they participate in patient interviews, case formulation, treatment planning, and multidisciplinary team discussions. Through these experiences, students learn to recognize psychiatric emergencies, manage acute behavioral disturbances, and understand indications for referral or admission. The course also highlights the interplay between mental and physical health. Students are trained to identify psychiatric symptoms in medical and surgical patients, manage delirium, and understand the psychological impact of chronic illnesses. Ethical considerations—such as confidentiality, informed consent, and capacity assessment—are integrated throughout the curriculum. By the end of the module, students are expected to demonstrate competence in conducting psychiatric assessments, recognizing common mental disorders, initiating first-line management strategies, and collaborating effectively with mental health professionals.
Psychiatry
General Surgery
The General Surgery course is designed for clinical phase medical students (4th–5th year) to provide a comprehensive understanding of surgical principles, patient assessment, operative techniques, perioperative care, and management of common surgical conditions. The course emphasizes integration of surgical knowledge with clinical practice, enabling students to evaluate, diagnose, and manage surgical patients, including trauma cases, emergencies, and elective procedures. Students will acquire skills in preoperative assessment, postoperative care, wound management, minor surgical procedures, and operative techniques, with exposure to diagnostic and therapeutic decision-making in general surgery. Practical and Clinical Training: The course incorporates hands-on and clinical training in: Preoperative patient assessment and preparation Bedside surgical procedures and minor operations Suturing, knot-tying, and wound care Clinical case discussions and problem-based learning Exposure to operating room procedures, sterile technique, and intraoperative assistance Participation in surgical ward rounds, emergency cases, and multidisciplinary team meetings Learning Outcomes: Upon completion of the course, students will be able to: Understand the fundamental principles of surgery, asepsis, and operative techniques. Perform comprehensive preoperative and postoperative patient assessment. Manage common surgical emergencies and acute abdominal conditions. Conduct minor surgical procedures, including suturing and wound care, safely. Recognize indications for surgical intervention and referral. Apply infection control, aseptic technique, and perioperative safety measures. Collaborate effectively with surgical teams and other healthcare professionals for optimal patient care. Key Topics Covered: Basic surgical principles: asepsis, wound healing, hemostasis, surgical instruments Trauma and critical care: ATLS, blunt/penetrating trauma, burns, soft tissue injuries Gastrointestinal surgery: appendicitis, cholecystitis, hernias, colorectal and upper GI disorders, liver/biliary/pancreatic surgery Endocrine and breast surgery: thyroid, parathyroid, adrenal, and breast disorders Vascular surgery: peripheral vascular diseases, aneurysms, varicose veins Pediatric surgery: congenital anomalies, neonatal surgical emergencies Surgical oncology: tumor resection principles, staging, multidisciplinary care Surgical emergencies and perioperative management Recommended References: Schwartz’s Principles of Surgery Sabiston Textbook of Surgery Bailey & Love’s Short Practice of Surgery Oxford Handbook of Clinical Surgery UpToDate articles on common surgical procedures, emergencies, and perioperative care
General Surgery
Forensic Medicine
The Forensic Medicine & Toxicology course provides medical students with a comprehensive understanding of the application of medical knowledge in legal and judicial contexts. The course integrates principles of medicine, pathology, pharmacology, and law to enable students to examine, evaluate, and report on injuries, deaths, and toxicological cases. Students will learn to correlate clinical and post-mortem findings with legal standards, perform accurate medico-legal examinations, interpret injuries and toxic exposures, and provide reliable documentation for court proceedings or forensic investigations. The course combines lectures, practical sessions, clinical rotations, autopsy demonstrations, toxicology lab work, and case-based learning. Emphasis is placed on developing skills in injury assessment, cause-of-death determination, forensic documentation, legal reporting, and ethical conduct. Course Structure Semester 1 – General Principles and Medico-Legal Concepts Introduction to forensic medicine: history, scope, and medicolegal responsibilities Legal and ethical aspects of medical practice Clinical examination of living persons in legal contexts Documentation and medico-legal reporting Examination of assault victims: bruises, abrasions, lacerations, bite marks Sexual assault examination and evidence collection Age estimation (physical, dental, skeletal) and identification of deceased Classification of injuries: blunt, sharp, firearm, thermal, electrical Mechanism and timing of injuries, pattern injuries Causes of sudden, accidental, suicidal, and homicidal deaths Semester 2 – Specialized Forensic Topics and Toxicology Asphyxial deaths: hanging, strangulation, suffocation, drowning, chemical asphyxiants Firearm injuries: entry/exit wounds, gunshot residue, trajectory analysis Blunt force trauma and traffic accidents Poisoning and toxicology: drugs, chemicals, environmental toxins; clinical presentation and management Sexual offences and forensic gynecology: evidence collection and reporting Medico-legal documentation: report writing, evidence preservation, court testimony Forensic pathology and autopsy: objectives, procedures, external and internal examination, post-mortem changes, cause and manner of death Practical training: observing autopsies, case-based learning, toxicology lab demonstrations, mock court presentations Learning Outcomes Upon completion of the course, students will be able to: Conduct comprehensive medico-legal examinations and document findings accurately. Identify, classify, and interpret injuries in both living and deceased individuals. Understand the causes and mechanisms of death in accidental, suicidal, and homicidal cases. Recognize, manage, and document poisoning and toxicological exposures. Apply legal principles and ethical standards in forensic practice. Prepare professional medico-legal reports and testify effectively in court. Understand post-mortem changes and perform basic autopsy procedures under supervision. Integrate forensic knowledge with clinical practice, pathology, and public health initiatives. Integration and Relevance This course is closely linked with pathology, pharmacology, surgery, pediatrics, and emergency medicine, providing essential skills for clinical practice, forensic investigations, public health responsibilities, and postgraduate training in forensic or legal medicine.
Forensic Medicine
Gastroenterology & Hepatology
This course provides a comprehensive understanding of the gastrointestinal (GI) and hepatobiliary systems, combining basic scientific knowledge with clinical application. Students will learn the pathophysiology, diagnosis, and management of common and complex GI and liver diseases. The program emphasizes hands-on clinical experience, including abdominal examination, endoscopic observation, interpretation of laboratory and imaging results, and management of acute GI and hepatic emergencies. Students will also acquire knowledge of preventive strategies, nutritional considerations, and public health aspects of GI and liver disorders. Course Objectives: By the end of this course, students should be able to: Understand the anatomy, physiology, and pathophysiology of the gastrointestinal and hepatobiliary systems. Perform thorough history-taking and physical examination focused on abdominal and hepatic complaints. Interpret laboratory investigations (liver function tests, pancreatic enzymes, stool analysis) and imaging studies (ultrasound, CT, MRI, endoscopy). Diagnose and manage common GI diseases, including GERD, peptic ulcer disease, IBD, celiac disease, and functional disorders. Recognize and treat hepatic diseases, including viral hepatitis, NAFLD, cirrhosis, and liver failure. Manage pancreatic and biliary disorders such as pancreatitis, cholelithiasis, and cholangitis. Identify and respond to gastrointestinal and hepatic emergencies, including GI bleeding, acute liver failure, and perforation. Apply preventive measures, lifestyle interventions, and public health strategies to reduce GI and hepatic disease burden. Demonstrate ethical, professional, and effective communication skills in patient care. Course Content (Summary of Modules): Introduction & Diagnostic Techniques (Lab tests, imaging, endoscopy) Esophageal Disorders (GERD, achalasia, esophagitis, Barrett’s esophagus) Gastric Disorders (Peptic ulcer disease, gastritis, gastric cancer) Small & Large Intestine Disorders (IBD, celiac disease, IBS, infections, colorectal cancer) Liver Diseases (Viral hepatitis, NAFLD/NASH, cirrhosis, autoimmune liver disease, transplantation basics) Pancreatic & Biliary Disorders (Pancreatitis, pancreatic cancer, gallstones, cholangitis, ERCP) Gastrointestinal Bleeding (Upper & lower GI bleeding, endoscopic management) Malabsorption & Nutritional Disorders GI & Hepatic Emergencies (Acute liver failure, acute GI bleeding, perforation, obstruction) Preventive & Community Gastroenterology (Vaccinations, lifestyle, public health interventions) Clinical Rotations & Bedside Training Teaching Methods: Lectures: Core pathophysiology and management principles Clinical Rounds: Bedside teaching and ward-based case discussions Endoscopy Observation & Workshops Imaging & Lab Interpretation Sessions Case-Based Discussions & Problem-Solving Seminars Simulation & Emergency Management Training Clinical Rotation Activities: Duration: 4–6 weeks Locations: GI wards, liver unit, endoscopy suite, outpatient clinics Activities: Abdominal and systemic examination Case presentations and differential diagnosis formulation Interpretation of lab tests, imaging, and endoscopic findings Formulation of management and follow-up plans Assessment Methods: Written Exams: MCQs, short answer questions, case-based essays Clinical/Oral Exam: Bedside case discussion and viva Practical Assessment: Lab interpretation, imaging review, endoscopy observation Continuous Assessment: Participation in rounds, case presentations, mini-CEX Skills Acquired: Proficiency in abdominal and hepatic examination Interpretation of liver function tests, pancreatic enzymes, stool analysis Diagnostic interpretation of abdominal imaging and endoscopy Recognition and initial management of GI and hepatic emergencies Counseling on nutrition, lifestyle, and preventive health measures Recommended Textbooks & References: Harrison’s Principles of Internal Medicine – Gastroenterology & Hepatology Sections Sleisenger and Fordtran’s Gastrointestinal and Liver Disease Oxford Handbook of Gastroenterology & Hepatology Clinical Gastroenterology – Kumar & Clark Gastrointestinal…
Gastroenterology & Hepatology
Urology
The Urology course provides medical students with a comprehensive understanding of the surgical and clinical conditions affecting the urinary system and male reproductive tract. As an integrated component of the General Surgery curriculum, the course introduces students to the essential anatomical, physiological, and pathological foundations required to diagnose and manage common urological disorders encountered in clinical practice. Students gain exposure to a balanced blend of theoretical knowledge and practical skills that prepare them for real-world hospital environments. Throughout the course, students explore key topics such as urinary tract obstruction, stone disease, urological infections, male reproductive disorders, pediatric urology, functional bladder disorders, and urological oncology. Emphasis is placed on recognizing clinical presentations, interpreting common investigations, and understanding the indications for surgical versus conservative management. The course also highlights the importance of early identification of urological emergencies—such as acute urinary retention, testicular torsion, and obstructive sepsis—to ensure timely and effective patient care. Practical learning is a central element of the course. Students participate in clinical rounds, outpatient clinics, and operating theatre observations where they learn how to perform basic urological examinations, interpret imaging studies such as ultrasound and CT scans, and understand principles of endoscopic and minimally invasive procedures. They also develop foundational skills in communication, case presentation, and multidisciplinary collaboration. By the end of the course, students are expected to demonstrate a clear understanding of common urological conditions, perform focused urological examinations, recognize red-flag symptoms, and contribute effectively to the initial assessment and management of urological patients. The course equips future physicians with essential competencies needed for both surgical and non-surgical specialities, ensuring they can provide safe, informed, and timely care in a variety of clinical settings.
Urology
Dermatology
The Dermatology & Venereology course provides clinical-phase medical students with a thorough understanding of the diagnosis, management, and prevention of skin, hair, nail, and mucocutaneous diseases. The course integrates foundational knowledge of skin histology and immunology with practical clinical exposure, preparing students to evaluate both common and complex dermatological conditions in outpatient, inpatient, and procedural settings. Students are introduced to the fundamental sciences of the integumentary system, including the structure and function of the epidermis, dermis, and hypodermis, the biology of hair follicles and glands, and the immune mechanisms that protect the skin. These foundational concepts are applied to understanding the pathophysiology of inflammatory, autoimmune, infectious, neoplastic, and genetic skin disorders. The curriculum emphasizes the recognition of primary and secondary skin lesions, accurate dermatological assessment, and systematic documentation using standard descriptive terminology. A major component of the course is clinical dermatology, covering inflammatory disorders such as eczema, psoriasis, lichen planus, urticaria, and autoimmune blistering diseases. Infectious skin diseases, including bacterial, viral, fungal, and parasitic infections, are explored in detail, with particular attention to their systemic implications and management principles. Students also study pigmentary disorders, hair and nail diseases, acne and sebaceous gland disorders, dermatologic manifestations of systemic diseases, and cutaneous emergencies such as drug eruptions, SJS/TEN, and anaphylaxis. The venereology component equips students with the knowledge to recognize and manage sexually transmitted infections, including bacterial, viral, fungal, and parasitic pathogens, as well as counseling and prevention strategies. Integration with dermatology allows students to understand the cutaneous manifestations of these diseases, diagnostic approaches, and treatment modalities. Practical training is central to the course, including hands-on experience in outpatient clinics, dermoscopy, basic biopsy techniques, interpretation of laboratory and imaging results, and bedside case discussions. Students observe procedural interventions, learn to apply topical and systemic therapies appropriately, and acquire fundamental skills in patient counseling, skin examination, and lesion documentation. By the end of the course, students are expected to demonstrate clinical proficiency in diagnosing and managing common dermatological and sexually transmitted conditions, formulate evidence-based treatment plans, recognize dermatologic emergencies, and communicate effectively with patients. This comprehensive foundation prepares students for further specialization in dermatology, internal medicine, or related fields, ensuring safe, effective, and patient-centered dermatologic care.
Dermatology
