Bachelor of Biomedical Sciences (Hons)

The Bachelor of Biomedical Sciences (Hons) offered at SEGi University is an extensive 3-year programme designed to meet the growing demand for skilled scientists and researchers. This programme aims to produce well-equipped graduates to contribute significantly to the scientific community. ​
SEGi University's Bachelor of Biomedical Sciences (Hons) stands out for its experienced lecturers, who bring a wealth of knowledge and expertise to their teaching. The university's close collaboration with the industry is another significant advantage, leading to a 100% employability rate for its graduates. The programme is thus a perfect blend of academic excellence and practical industry exposure. ​
Curriculum and Learning Outcomes: The curriculum is comprehensive, covering various medical sciences, including human anatomy, physiology, genetics, medical biochemistry, microbiology, immunology, diagnostic pathology, pharmacology, and more. Advanced topics such as haematology, transfusion science, biostatistics, epidemiology, and public health are integral to the curriculum. ​
The programme is unique in its incorporation of a personal development programme. This includes communication skills, psychology and behavioural science, entrepreneurship, and business ethics courses. These courses are designed to enhance students' interpersonal and professional skills, preparing them for the challenges of the modern world. ​
In addition to theoretical knowledge, the programme places a strong emphasis on practical skills. Students will engage in a research project and industrial training, allowing them to apply their knowledge in real-world settings. They also study technology in medical methods and equipment, ensuring they are abreast with the latest advancements in the field. ​
Industry into the Classroom: A standout feature of the programme is SEGi University's 'Industry into the Classroom' initiative. This approach transcends traditional academic-industry collaborations by integrating real industry projects into coursework and assignments. Students can work on these projects under the mentorship of both academic lecturers and industry practitioners, providing them with invaluable real-life experience while learning. ​
Student Diversity and International Exposure: SEGi University is home to a diverse student population, with individuals from over 75 nationalities. This multicultural environment offers students the chance to network and learn from various cultures and backgrounds, providing them with a global perspective that is increasingly valuable in today's interconnected world. ​
Accreditation and Recognition: The programme is accredited by the Malaysian Qualifications Agency and the Ministry of Higher Education Malaysia, ensuring it meets the highest educational standards. ​
Comprehensive Subject Matter: The Bachelor of Biomedical Sciences (Hons) programme offers a rigorous and extensive curriculum that covers a wide spectrum of subjects crucial for a profound comprehension of the biomedical field. Starting with Human Anatomy and Physiology, students understand the human body's structure and functions, examining the complexity of various organ systems. Medical Biochemistry focuses on the molecular processes that underlie human physiology, encompassing metabolism and genetic expression. Microbiology introduces students to microorganisms, their role in health and disease, and the immune response. Hematology delves into blood-related studies, addressing blood components, diseases, and the principles of transfusion medicine. ​
The programme also explores the fascinating realms of Medical Parasitology and Entomology, studying disease-causing parasites and vectors. The field of Genetics guides students through the principles of heredity and genetic variation. At the same time, Health Informatics merges IT and healthcare, teaching students to manage health data to improve patient outcomes. Diagnostic Pathology and Immunology courses provide insights into disease diagnosis and the workings of the immune system, which is essential for understanding disease defence mechanisms and treatment strategies. Pharmacology arms students with knowledge about drug actions and interactions within biological systems, an essential aspect of medical sciences. Lastly, Forensic Toxicology bridges chemistry and forensics, training students to detect and analyse the effects of toxins and drugs, a skill critical for legal and clinical scenarios. ​
SEGi University's multifaceted approach ensures that students emerge well-equipped with both a theoretical framework and practical skills. This breadth of study is academically enriching and professionally empowering, preparing graduates for a diverse range of careers in the biomedical sciences field.​
Practical Training and Placements: Practical training is a cornerstone of the programme. This includes laboratory management, biomedical science laboratory placement, and industrial training. These experiences are designed to develop students' diagnostic, analytical, managerial, and research competencies. ​
Career Opportunities: Upon completion, graduates have a wide array of career opportunities in various industries. These include roles as biomedical scientists, research scientists, scientific journalists, health informaticians, bioinformaticians, patent advisors, clinical biochemists, immunologists, microbiologists, toxicologists, medical underwriters, academicians, and more. The programme prepares students for roles in pharmaceutical companies, hospitals, community health centres, biotechnology companies, universities, research institutes, laboratories, medical/clinical diagnostics laboratories, blood banks, the education industry, and many others. ​
The Bachelor of Biomedical Sciences (Hons) at SEGi University is an academic programme and a comprehensive educational journey. It equips students with the necessary skills, knowledge, and real-world experience to excel in various biomedical science careers. The robust curriculum, practical training, industry exposure, and a multicultural learning environment make this programme an excellent choice for aspiring biomedical professionals.​