Master en sciences pharmaceutiques - labo

Overview

To gain an in-depth understanding of drugs and their effects on living organisms—and, in particular, on humans—you will learn to master the physical, chemical, and biological processes essential to the pharmaceutical approach.

Pharmaceutical-specific topics (pharmaceutical chemistry, studies of active plant compounds, the interaction of therapeutic substances with the human body, etc.) quickly become a central focus of your training, as does the use of laboratory and analytical equipment. 

Throughout your studies, you will gain in-depth knowledge of diseases and therapeutic strategies and learn to manage the human dimension of the pharmacist-patient relationship. 

The scientific curriculum incorporates ethical considerations and enables you to play a major role as public health advisors, contributing to the improvement of our health and quality of life. 

Medecine études

You're off to a good start

  • You are thorough, organized, and detail-oriented;
  • you are observant;
  • You have strong interpersonal and communication skills;
  • you have a solid scientific foundation in mathematics, physics, chemistry, and biology.

Teaching Methods

Scientific concepts are introduced starting from their fundamentals, while concepts already covered in high school are presented in a more concise manner.

Through lectures, seminars, labs, and practice sessions, we do everything possible to ensure you master the concepts.

Organized in small groups, the labs and practice sessions introduce you to the techniques specific to each discipline. Interactive whiteboards, forums, online quizzes, and more are available to make it as easy as possible for you to connect with your professors. 

In our final year of the bachelor’s program, we completed an integrated project in small groups. This project allowed us to understand the journey of a drug from its discovery through to its commercialization and current use. This literature review helps foster a scientific mindset and familiarize students with all the tools of evidence-based therapeutic management.

Laure, Associate Professor

Bachelier en sciences pharmaceutiques

Support for Success

Succeeding in a year of university studies involves many challenges. 

To help you overcome them, UNamur supports you in developing your academic, methodological, and interpersonal skills—with the help of many professionals. 

Preparatory courses, personalized assistance…

After a bachelor's degree: a master's degree

Medecine études

The University of Namur is offering:  

directly accessible after earning your bachelor’s degree in pharmaceutical sciences.

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Jury

Dogne Jean-Michel
Chair of the Examination Panel
Kirschvink Nathalie
Secretary of the Examination Panel
Métiers des pharmaciens

Pharmacy Careers

The dispensary is the historic and traditional domain of pharmacists. For a long time, all of a pharmacist’s duties were concentrated there. As medication preparers, following the doctor’s prescription, they would prepare “compounded medications,” tablets, pills, syrups from substances of biological or mineral origin, most of which were themselves prepared and analyzed in the dispensary. They then dispensed these medications to patients, assuming full responsibility for them.

Scientific and social developments, particularly the emergence of pharmaceutical specialties, have shifted the balance of these roles. Adapting to this new situation means that, faced with an increasingly complex and diverse therapeutic arsenal, the primary role of pharmacists today is to have a thorough understanding of the medications they dispense and their effects. More than ever, they are the last line of defense between the medication and the patients, whom they must be able to guide and advise on its use.

Approximately 70% of graduates pursue careers as community pharmacists. Consulted twice as often as doctors and enjoying a high level of trust among the public, community pharmacists are frontline public health professionals. Their role as advisors in dispensing medications, providing pharmaceutical follow-up, and supporting patients is essential. 

Fulfilling this mission requires solid knowledge of pharmacology and medical conditions, as well as strong listening, communication, and teaching skills.

Pharmacists can also play an important role in a wide variety of other fields that are difficult to categorize. For example, pharmacists apply their expertise in toxicology, hygiene and environmental protection, food analysis, cosmetology, dietetics, and herbal medicine, as well as in the fields of research and higher education. 

In the pharmaceutical industry, industrial pharmacists play a key role in research and development (drug development, formulation, analysis, etc.), contribute to clinical trials, are involved in regulatory affairs concerning, among other things, drug registration, and are responsible for drug production, quality control (QC), and quality assurance (QA). Finally, certain key positions must be held by industrial pharmacists.

In a hospital setting, hospital pharmacists manage and oversee the pharmacy department. They are responsible for the manufacturing, control, analysis, sterilization, and dispensing of medications, as well as the management of the hospital pharmacy. As specialists in medications and medical equipment (prosthetics, surgical equipment, etc.), they are in constant contact with healthcare staff (doctors, nurses, etc.).

In hospitals, clinical pharmacists are part of the healthcare team. They also interact with patients, and their goal is to optimize medication use (rational selection, adverse effects, cost, etc.).

Clinical laboratory scientists manage private or hospital-affiliated clinical laboratory (or medical testing) facilities. They are responsible for the quality of the tests as well as their interpretation. Through the information they provide, they contribute, in collaboration with physicians, to establishing a diagnosis of the disease. Clinical biology comprises three main fields: medical chemistry (analysis of chemical and biochemical components, toxicology, etc.), hematology (analysis of blood cells and proteins, immunology, etc.), and microbiology (analysis of bacteria, viruses, parasites, etc.).

Radiopharmacists, for their part, are responsible for the production and control of radioisotopes for diagnostic (medical imaging) and therapeutic (radiotherapy) use.

A number of government agencies and organizations rely on the expertise of pharmacists. These include public authorities (e.g., the Federal Agency for Medicines and Health Products, which oversees the Pharmacy Inspectorate), the military (Health Service), public agencies (INAMI, mutual insurance companies), professional organizations (Belgian Pharmaceutical Association, Medicines Control Service, etc.), and humanitarian organizations (Pharmacists Without Borders).