How does the programme differ from other applied health sciences programmes in Malaysia?
Our programme stands out due to its comprehensive approach, offering specialisations in four distinct areas, along with an emphasis on integrated practical training and a holistic understanding of healthcare.
How is the programme keeping up with advancements in applied health sciences and technology?
The curriculum is developed in collaboration with industry experts, ensuring it remains current and relevant. Students are exposed to cutting-edge technologies and emerging trends.
Can students choose multiple specialisations or switch between them?
The programme is designed to allow students to focus on one specialisation; however, there may be opportunities for interdisciplinary projects or elective courses to explore other areas.
Can graduates pursue advanced degrees in their chosen specialisations?
Yes, graduates have the option to pursue advanced degrees such as master's or doctoral programmes in their specific specialisations or related fields.
How does the Applied Health Sciences programme differ from Biomedical Science?
While both programmes share foundational elements, Applied Health Sciences offers specialisations in Genetics, Neuroscience, Embryology, and Nutrition, providing a more focused and diverse approach to basic healthcare. Biomedical science is a disease-oriented discipline; thus, the Biomedical Science programme is recognised for registration under the Malaysian Allied Health Professions Council (MAHPC)
Can you explain the key specialisations in the Applied Health Sciences programme compared to Biomedical Science?
Applied Health Sciences offers specialisations in Genetics, Neuroscience, Embryology, and Nutrition, allowing students to delve deeper into these specific areas, while Biomedical Science provides a broader overview of various biomedical disciplines.
- Genetics Specialisation: Gain insights into the genetic basis of diseases, genetic counselling, and cutting-edge genetic technologies. Opportunities abound in healthcare, research institutions, pharmaceutical companies, and academia, where you can contribute to breakthroughs in personalised medicine and unravel the genetic components of diseases.
- Neuroscience Specialisation: Explore the intricacies of the human brain, studying neural pathways, synaptic transmission, brain-behaviour relationships, and neurological disorders. Prepare for careers as neuroscientists or neuropsychologists, engaging in groundbreaking research, patient care, and neuroscience education to advance brain health.
- Embryology Specialisation: Delve into the miracle of life through in-depth courses on embryonic development, prenatal care, and reproductive technologies. Open doors to careers in embryology, reproductive medicine, and stem cell research, contributing to advancements in reproductive health and human development.
- Nutrition Specialisation: Investigate the impact of nutrition on health and wellbeing, exploring dietary requirements, metabolism, and disease prevention. Prepare for roles as nutritionists, public health advocates, or dietary consultants, promoting healthy lifestyles and addressing global nutrition and food security challenges.
Is there a significant difference in the curriculum content between the two programmes?
Yes, there are differences. The Applied Health Sciences curriculum is tailored to each specialisation, providing in-depth knowledge, while Biomedical Science covers a broader spectrum of biomedical disciplines.
Are the career prospects different between the two programmes?
Yes, the career prospects differ. Applied Health Sciences graduates may find opportunities in genetic counselling, neuroscience research, embryonic development, and nutrition science, while Biomedical Science graduates may have a broader range of options in disease-orientated disciplines within biomedical research, clinical laboratories, and healthcare management.