Modules on the Bachelor’s Degree in Pharmacy: full curriculum

How long does the Bachelor’s Degree in Pharmacy take?

The Bachelor’s Degree in Pharmacy lasts 5 years, with 60 ECTS credits per year until a total of 300 credits is completed. Along with Medicine (6 years) and Dentistry (5 years), it is one of the longest university degree programmes in the healthcare sector in Spain.

This duration is justified by the breadth of knowledge required of a pharmacist: chemistry, biology, pharmacology, pharmaceutical technology, legislation and management. The fifth year also includes Supervised Placements (24 credits), which are compulsory for obtaining the official degree and practising the profession.

How is the curriculum for the Bachelor’s Degree in Pharmacy organised?

The programme follows a very clear progressive structure: from the most fundamental sciences to the most applied professional practice.

• FB = Foundation Year 
• OB = Compulsory
• OP = Optional

First year: the scientific foundations of Pharmacy

The first year is purely scientific. Chemistry, physics, biology and mathematics form the foundations upon which all pharmaceutical knowledge will subsequently be built.

Key first-year modules:

• Chemistry (10 ECTS): the module with the most credits in the first year. Chemistry is the fundamental language of Pharmacy: understanding the structure of molecules, their properties and their reactions is the essential foundation for everything that follows, from drug design to quality control.
• Botany (6 ECTS): at first glance, this might seem surprising in a pharmacy degree, but plants are the original source of many medicines. This module lays the foundations for Pharmacognosy and Phytotherapy, which you will study in your third year.
• Human Anatomy (6 ECTS): the human body as the final destination for medicines. Understanding its structure is essential for grasping how medicines work and why they affect some organs and not others.

Second year: advanced chemistry and introductory health sciences

The second year delves deeper into organic chemistry and biochemistry – the molecular basis of medicines – and introduces modules that link science to human health: physiology, pathophysiology and immunology.

Key second-year modules:

• Organic Chemistry (13 ECTS): the module with the most credits in the year and, for many, the most dreaded of the entire degree programme. You study the chemistry of carbon, with a very high level of rigour in reactions, mechanisms and stereochemistry.
• Biochemistry (12 ECTS): alongside Organic Chemistry, the most intensive module of the year. You study the chemical processes that take place within the body: metabolism, protein synthesis and cell signalling. This forms the basis for understanding how drugs interact with biological systems.
• Pathophysiology (6 ECTS): the bridge between basic sciences and clinical practice. You learn how diseases disrupt the body’s normal functioning, which is essential for understanding the purpose of each drug.

Third year: the heart of pharmaceutical sciences

The third year has the heaviest annual workload of the entire degree programme: three modules worth 12 credits each total 36 credits per year. This is the year in which the degree programme takes on its most distinctly pharmaceutical character.

Key third-year modules:

• Pharmaceutical Chemistry (12 ECTS): the most specifically pharmaceutical module on the degree programme. You will study the relationship between the chemical structure of drugs and their biological activity: the basis for the design and development of new medicines.
• Phytochemistry and Phytotherapy (6 ECTS): medicines of plant origin and their active ingredients. A module of growing clinical and commercial relevance, given the rise of herbal medicines and natural supplements.
• Nutrition and Food Science (12 ECTS): the study of food, its composition and its impact on health. In a context where diet and pharmacotherapy are increasingly interlinked, this module is key to providing comprehensive pharmaceutical advice.

Fourth year: pharmacology, technology and clinical practice

The fourth year forms the core of the degree programme’s most applied aspects: pharmacology (how medicines work), pharmaceutical technology (how they are manufactured) and an introduction to clinical practice and legislation.

Key modules in the fourth year:

• Pharmacology and Pharmacotherapy (15 ECTS): the module with the most credits in the whole year. You will study how medicines work in the body, their mechanisms of action, therapeutic indications, adverse effects and interactions. This is the module most directly related to day-to-day pharmaceutical advice.
• Pharmaceutical Technology (14 ECTS): how medicines are designed, formulated and manufactured. From tablets and capsules to controlled-release systems. This is the most technical and laboratory-based module in the fourth year.
• Biopharmacy and Pharmacokinetics (10 ECTS): this module examines what the body does with a drug: absorption, distribution, metabolism and elimination. It is essential for understanding why medicines are administered in specific doses and at specific intervals.

Fifth year: professional placement and specialisation

The final year is the most practice-oriented profession . Supervised placements and the Final Year Project take place in the second semester, whilst the first semester completes the clinical and management training.

Key modules in the fifth year:

• Supervised Work Placements (24 ECTS): the centrepiece of the fifth year. Compulsory for obtaining the official degree, these are carried out in , pharmacies and hospital pharmacy departments. Worth 24 credits, they provide the ultimate immersion in the profession.
• Pharmaceutical Care (3 ECTS): the pharmacist as a primary healthcare professional. You will learn to dispense medicines safely, carry out pharmacotherapeutic monitoring and provide high-quality pharmaceutical advice to patients.
• Monitoring and Management of Clinical Trials (3 ECTS): aimed at those wishing to pursue a career in the pharmaceutical industry or in clinical research. It covers the entire clinical trial process, from design through to regulatory monitoring.

What optional modules are available on the Bachelor’s Degree in Pharmacy?

In the fifth year, you must choose 12 optional credits (2 modules of 6 ECTS) from 15 available options:

With 15 optional modules available, there are a wide range of specialisation options. 

If you wish to specialise in hospital pharmacy: Hospital Pharmacy and Clinical Analysis. 

If you’re interested in the pharmaceutical industry: Drug Design and Synthesis, Biotechnology and Industrial Pharmaceutical Technology. 

And if you’re thinking of working in a community pharmacy: Cosmetic Pharmacy, IT Management in Community Pharmacies and Clinical Nutrition.

What is the most difficult subject in Pharmacy?

Pharmacy is a demanding degree programme from start to finish, but there are subjects that students consistently identify as the toughest:

• Organic Chemistry (2nd year, 13 ECTS): for many, the most dreaded module of the degree. The sheer volume of reactions, mechanisms and stereochemistry that must be mastered is enormous and requires a high level of abstract thinking.
• Pharmacology and Pharmacotherapy (4th year, 15 ECTS): with 15 credits and a vast number of drugs, mechanisms and indications to memorise and understand, this is the most demanding subject of the entire fourth year.
• Pharmaceutical Technology (4th year, 14 ECTS): this combines complex physico-chemical concepts with practical formulation. It is not enough simply to memorise; you must understand why a formulation works or fails.
• Biochemistry (2nd year, 12 ECTS): metabolic pathways, enzymes and their inhibitors, gene regulation. It is very dense and requires a deep understanding of molecular processes.

Summary

The Bachelor’s Degree in Pharmacy at UAX spreads its 300 ECTS credits over five years: the first two years lay the scientific foundations (chemistry, biology, physics); the third and fourth years delve deeper into the pharmaceutical sciences themselves (pharmacology, technology, microbiology, pharmaceutical chemistry); and the fifth year concludes with professional practice, the Supervised Work Placement (24 credits) and the Final Year Project. The most challenging modules are Organic Chemistry, Pharmacology and Pharmaceutical Technology. The 15 optional modules available allow for a highly specialised focus on hospital pharmacy, the pharmaceutical industry, research or community pharmacy.

Sources 

• Official Curriculum for the Bachelor’s Degree in Pharmacy — UAX
• Royal Decree 1393/2007 of 29 October, establishing the organisation of official university education. Official State Gazette
• General Council of Official Colleges of Pharmacists of Spain