Available courses

🔬 Medical Imaging Course Overview

A Medical Imaging Course trains students to become competent professionals in producing images for diagnosing and treating medical conditions. This career blends cutting-edge technology with patient care.

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📚 Course Components (Select a section to expand)

    Foundational Sciences    
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  • Anatomy: Study of the body's structure.
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  • Physiology: Study of how the body functions.
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  • Pathology: Study of diseases.
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    ✨ Specialized Imaging Technologies    
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  • X-rays
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  • CT Scans (Computed Tomography)
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  • MRI (Magnetic Resonance Imaging)
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  • Ultrasound
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  • Nuclear Medicine
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🏥 Practical Training (Hands-on Experience)

The curriculum is heavily focused on real-world application, ensuring students are job-ready.

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  2. Hands-on Clinical Training in lab settings.
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  4. Clinical Placements in real healthcare settings (hospitals, clinics).
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🎯 Core Goal

To produce competent professionals who can effectively operate imaging equipment, work compassionately with patients, and assist in their overall care and management.

Kesihatan persekitaran adalah cabang kesihatan awam yang berkaitan dengan semua aspek alam sekitar—fizikal, biologi, sosial, dan psikososial—yang memberi kesan kepada kesihatan manusiaIa merangkumi pengawalan faktor persekitaran seperti kualiti udara dan air, pengurusan sisa, kawalan penyakit, serta memastikan keselamatan di tempat kerja dan kawasan bandar untuk melindungi kesihatan manusia pada masa kini dan masa depan

Internet of Things (IoT) in Health Science

**Course Description:** Explore the transformative role of IoT technologies in modern healthcare, covering topics from wearable sensors and remote patient monitoring to secure data management and ethical considerations.

This course introduces students to the fundamental principles and applications of epidemiology and disease surveillance in public health practice. It focuses on understanding the distribution and determinants of diseases within populations and the use of surveillance data to guide prevention and control measures.

Students will learn about different types of epidemiological studies, measures of disease frequency and association, data sources, and surveillance systems used at national and international levels. The course emphasizes interpreting and utilizing surveillance data for outbreak detection, trend analysis, and evidence-based decision-making.

Practical components include case studies, data interpretation exercises, and simulation activities to enhance students’ ability to identify, report, and respond to public health threats.

By the end of this course, students will be able to apply epidemiological concepts, design basic surveillance activities, analyze disease trends, and contribute effectively to the monitoring and management of communicable and non-communicable diseases in their communities.

This course provides students with the essential knowledge and practical skills required to manage communicable disease outbreaks effectively. It covers the principles of outbreak detection, verification, investigation, control, and prevention within public health systems. Students will learn the structure and operation of outbreak response teams, data collection and analysis methods, and risk communication strategies during public health emergencies.

Emphasis is placed on understanding the epidemiological approach to outbreak management, including case definition development, descriptive and analytical epidemiology, environmental assessment, and implementation of control measures. The course also integrates simulation exercises and case studies to strengthen decision-making and coordination skills in real-life outbreak scenarios.

By the end of this course, students will be able to apply outbreak investigation procedures, interpret surveillance data, communicate findings effectively, and contribute to the containment and prevention of infectious disease outbreaks at community and national levels.

Lab ClassThis course covers the fundamentals of laboratory instrumentation and emphasizes Good Laboratory Practices (GLP) in healthcare settings. Students will gain practical knowledge in equipment usage, maintenance, and adherence to regulatory standards.

✔️ Learn proper equipment usage and routine maintenance
✔️ Understand key regulatory and safety standards
✔️ Build practical, hands-on skills for real-world lab environments

The course is designed to give a basic physics knowledge on the current energy and environmental problems facing society and to give them a critical thinking to sort out potential solutions. From its pedagogical approach, students learn that a simple calculation based on first principles can often reveal the plausibility (or implausibility) of a proposed solution or new technology.

 

This course is required to equip students with physic‘s knowledge and skills to prepare them for their core roles and

functions within the Ministry of Health.

This course introduces the foundational knowledge and attitudes required of Emergency Medical Technicians. It emphasises the roles, professional behaviours, ethics, communication, and operational environment of emergency care providers. Students gain an understanding of what it means to work effectively within emergency care systems, how to interact with patients, families, other healthcare professionals, and how to maintain professionalism in high-stress situations.

This module enables the students to have an in-depth understanding of applied anatomy, physiology and pathophysiology of surgical and medical emergencies in patient management.

Introduce an algebraic expression for the first-semester student.

The course provides application of the environmental evaluation and health element to scientifically evaluate the risk of hazard in indoor or outdoor environment using acceptable professional standard. This course give overview of the environmental health monitoring principle to the student by anticipate, recognize, evaluate and control of occupational and environmental hazard in workplace and environment.

This subject allows trainees to learn the importance of sewerage and waste water disposal, in order to prevent the spread of communicable diseases. Trainees will understand terminologies, types of sewerage and waste water disposal systems, and describe methods of collection and disposal of sewerage and waste water from domestic, commercial and industrial buildings / areas without causing environmental health hazard to them.