ÎåÒ»³Ô¹Ï¹ÙÍø

The BSc (Hons) Forensic Science at ÎåÒ»³Ô¹Ï¹ÙÍø University is a multidisciplinary programme that blends scientific investigation with real-world forensic application. Designed in line with the evolving needs of the forensic field, this degree equips students with in-depth knowledge in forensic biology, crime scene processing, digital forensics, pathology, psychology and criminal law ¡ª all underpinned by a strong foundation in chemistry, which makes up approximately 30% of the programme¡¯s content.

This chemistry-intensive structure empowers students to master critical techniques in analytical chemistry, forensic toxicology and instrumental analysis, enabling them to detect, identify and interpret trace evidence such as drugs, explosives, fibres and bodily fluids. These skills are essential in modern forensic investigations and widely applicable across crime labs, medical facilities and regulatory environments.

You¡¯ll be trained to handle and analyse evidence from collection to courtroom, with modules covering DNA profiling, blood pattern analysis, forensic pathology and cybercrime investigations. Through interactive case studies, mock crime scenes and courtroom simulations, students develop a sharp eye for detail, a strong ethical compass and the ability to apply scientific reasoning under pressure.

Learning is led by experienced academics and practicing forensic experts ¡ª including former investigators, forensic chemists and legal consultants ¡ª ensuring students are exposed to both foundational theory and industry realities. Fieldwork, professional workshops and industry placements further reinforce the programme¡¯s practical edge.

Assessment methods include laboratory-based evaluations, evidence interpretation reports, scene documentation, oral presentations, written exams and a capstone research project in forensic science. This holistic approach ensures graduates leave with the analytical, technical and communication skills needed in the forensic profession.

Graduates will be career-ready for roles in forensic laboratories, law enforcement agencies, toxicology units, DNA testing centres, regulatory bodies or private consultancy firms. The strong scientific base also opens pathways to postgraduate study in forensic science, biotechnology, criminology and analytical chemistry.

Examples of research areas:

• Detecting document fraud: Forensic analysis of altered official letters and certificates using digital and optical tools.

• Green nanotech for trace evidence: Rice husk¨Cderived carbon nanoparticles for enhancing latent fingermark detection.

• Unmasking scams: Forensic linguistic profiling of online scam communications in Malaysia.

• Enforcement agencies
• Analytical chemical industry
• Environmental science
• Health science
• Insurance companies
• DNA laboratories
• Pathology laboratories
• Cybersecurity companies
• Forensic laboratories
• Education and research

Graduates of this programme are eligible to register with the Malaysian Allied Health Professions Council (MAHPC).

Note:

• This is an estimated fee, as different countries have different visa processing charges and administrative fees. For more information, kindly refer to your region¡¯s counselor for the detailed fee breakdown.
• In accordance with the Malaysian government tax regulation, effective 1st July 2025, a 6% service tax will be imposed on non-Malaysian citizens.