A direct pathway into the Bachelor of Pharmacy (Hons) degree. Students study core STEM subjects—maths, physics, chemistry, biology—alongside pharmacy‑relevant modules like Introduction to Pharmacy and Formulation Science. Elective topics such as biotech, food nutrition, digital health, and healthcare communication help broaden knowledge.

Many Students Choose Science (Pharmaceutical Sciences) Because:

• It provides a guaranteed progression into practical pharmacy degree programmes
• Offers early exposure to pharmacy-specific knowledge and lab skills
• Helps develop analytical thinking, critical reasoning, and communication skills
• Integrates pharmacy-related topics with core science subjects for a balanced foundation
  

Some Students Do Not Choose It Because:

• Requires strong prior knowledge in biology, chemistry, physics, and mathematics
• Demands consistent effort with lab work, coursework, and exams
• The pace is intensive, with a tight academic schedule over just one year
  

Lifestyle During Study:

• Campus-based full‑time study, with intakes available in January, May, and September (varies by campus)
• Balanced learning through lectures, labs, tutorials, and project-based tasks
• Typical structure: 50 % coursework and 50 % written assessments
• Modules include General Biology, Chemistry, Physics, Maths, Computing Essentials, English for Science, plus electives tied to healthcare topics
  

After Graduation:

• Seamless entry into Bachelor of Pharmacy (Hons) degree, and in some cases exemptions for early credit recognition
• Graduates emerge with strong readiness for rigorous university study in health sciences
• Early familiarity with healthcare terminology and lab protocols gives an edge during internships and practical sessions
  

What is Hard:

• High academic rigour, especially in science and maths modules
• Laboratory reports and project-based learning require precision and time management
• Managing overall time constraints due to the year‑long intensive schedule
  

What is Easy:

• Structured support through well‑defined modules and faculty guidance
• Collaborative learning, group assignments, and peer interaction help ease content digestion
• Practical lab sessions often make abstract theory more intuitive
  

This is for you if you like:

• Understanding how medicines are made and work
• Working in labs and handling experiments
• Analysing data, solving scientific problems, and writing reports
• Learning the basics of science alongside healthcare applications

Career Opportunities (After Degree):

• Pharmacist / Formulation Scientist
• Pharmaceutical Sales or Marketing Analyst
• Research & Development Associate
• Regulatory Affairs Specialist
• Medical Science Liaison
• Quality Control Analyst
• Clinical Trials Coordinator
• Healthcare Consultant
• Academia or Pharmaceutical Education
  

Relevant Certifications to Consider:

• Bachelor of Pharmacy (Hons) (mandatory for professional pharmacist registration)
• Additional pathways: CPhA, postgraduate qualifications in Pharmaceutical Science, Clinical Pharmacy, or Industrial Pharmacy