A pharmacist is a specialist in drug varieties – and has in-depth knowledge of drugs. A pharmacist is involved in drug development, distribution, standardisation, supervision and evaluation, as well as pharmaceutical services.
This programme is also offered in Latvian.
Programme Fact File
The study programme aims to provide students with comprehensive knowledge of medicine and human health, preparing qualified and considerate professionals with a can-do attitude towards their work. After graduation of the study programme Pharmacy the students will have acquired skills and knowledge about:
- types of drugs, drug manufacturing, analysis and determination methods
- effects, metabolism, side effects, rational and safe use of drugs
- research of drugs, preparation principles and methods in pharmacies and drug manufacturing companies, turnover of medicinal products
- pharmaceutical care, the connection between pharmacy and other fields of healthcare, teamwork with other health care specialists
- planning and implementation of scientific research in the field of pharmacy.
Study environment and methods
- 1st study year
Cytology and genetics provide basic anatomic knowledge on the structure and form of cells and living organisms. Plant and animal biology is taught to recognise and classify plants and to highlight the importance of plant and animal products in medicine. The inorganic and organic chemistry classes as well as qualitative analysis are devoted to laboratory work where students acquire knowledge on the basic principles of chemistry and chemical processes, study the chemical structure and related properties of drug substances and acquire knowledge on the production of drug substances, methods for analysing and determining drug efficacy. Students pay visits to local pharmaceutical plants, the Latvian Institute of Organic Synthesis and during placement undertake various tasks in a pharmacy, gaining their first experience of working in a pharmacy.
- 2nd study year
In the second study year pharmacy students acquire physiology - the functions and processes of a living organism, pharmacognosy – the study of medical plants and biologically active substances; and microbiology – the study of microorganisms and illnesses caused by them.
- 3rd study year
The third study year is devoted to pharmaceutical subjects where students acquire knowledge on the efficiency, side effects, rational and safe use of drugs. Students also acquire the skills for preparing medications in a pharmacy.
- 4th study year
Students acquire such study subjects as: practical pharmacy, legal aspects of pharmaceutics which deal with the principles of pharmaceutical care and practical organisation of drug turnover in pharmacies and drug production companies; in social pharmacy and pharmaceutical care classes students acquire necessary skills for consulting a patient and study industrial drug production.
- 5th study year
The knowledge, skills and competences acquired in the previous study years are put into practice during six months of placement and writing a thesis. Upon successful presentation and defence of the thesis and passing of the state examinations, the student is awarded the degree of a Pharmacist.
- practical classses
- laboratory work
During studies at the Faculty of Pharmacy students have to carry out a large amount of laboratory work in groups and individually. Chemistry courses are devoted to synthesis analysis. In plant and animal biology, cytology, genetics and microbiology courses students use microscopes. When studying the technologies of drug preparation, students have to prepare drugs of various forms – capsules, pills, creams, ointments, and solutions. The study course Social pharmacy and legal aspects of pharmaceutics emulates real-life situations in pharmacy. The acquired skills in consulting clients are tested by the Objective Structured Clinical Examination (OSCE).
Course code Study course title Offered by Course leader Credit points/ETCS ZFTK_002 Biology of Plants and Animals Department of Dosage Form Technology Ludmila Baranova 4 / 6 SL_006 Biostatistics Statistical Unit Vinita Cauce 2 / 3 FKK_005 Chemistry and Cosmetics Department of Pharmaceutical Chemistry Aneka Kļaviņa 2 / 3 AURK_041 Civil Defence in Catastrophic Medicine and First Aid Department of Anaesthesiology and Intensive Care Viesturs Liguts 3 / 4.5 FLK_046 Clinical Pharmacology, Pharmacotherapy, Toxicology Department of Pharmacology Mārcis Zeibārts 2 / 3 FKK_018 Clinical Pharmacy Department of Pharmaceutical Chemistry Dace Bandere 2 / 3 ZFTK_048 Clinical Research Department of Dosage Form Technology Elita Poplavska 3 / 4.5 ZFTK_045 Dermocosmetics in Pharmacy Department of Dosage Form Technology Ludmila Baranova 2 / 3 FKK_028 Drug Development Department of Pharmaceutical Chemistry Reinis Vilšķērsts 2 / 3 AUVMK_037 Environmental Health and Environmental Defence Department of Occupational and Environmental Medicine Maija Eglīte 2 / 3 ZFTK_041 Food Supplements in Pharmacy Viktorija Joņina Viktorija Joņina 2 / 3 FKK_035 Forensic Science Expertise and Expert Work 2 / 3 MK_052 Human Anatomy Department of Morphology Dzintra Kažoka 3 / 4.5 ZFTK_014 Industrial Dosage Form Technologies Department of Dosage Form Technology Ilze Bārene 9 / 13.5 FKK_007 Inorganic Chemistry Department of Pharmaceutical Chemistry Aija Gulbe 5 / 7.5 FKK_029 Integrated Pharmacy Department of Pharmaceutical Chemistry Inga Urtāne 2 / 3 ZFTK_052 Introduction to Health Economics and Pharmacoeconomics 2 / 3 ZFTK_038 Introduction to Pharmacy Baiba Mauriņa Baiba Mauriņa 1 / 1.5 CFUBK_047 Medical biochemistry Department of Human Physiology and Biochemistry Ināra Nokalna 5 / 7.5 ZFTK_023 Medical Care Commodity Sciences Department of Dosage Form Technology Venta Šidlovska 2 / 3 FKK_006 Medical Chemistry Department of Pharmaceutical Chemistry Reinis Vilšķērsts 2 / 3 FKK_016 Methods of Instrumental Analysis Department of Pharmaceutical Chemistry Inga Urtāne 2 / 3 BUMK_049 Microbiology Department of Biology and Microbiology Ingus Skadiņš 4 / 6 FKK_031 Organic Chemistry Department of Pharmaceutical Chemistry Māra Plotniece 9 / 13.5 PAK_021 Pathology Department of Pathology Andrejs Ancāns 4 / 0 ZFTK_011 Perspective Dosage Forms Department of Dosage Form Technology Ilze Bārene 2 / 3 FKK_002 Pharmaceutical Chemistry Department of Pharmaceutical Chemistry Dace Bandere 11 / 16.5 ZFTK_049 Pharmaceutical Information Department of Dosage Form Technology Elita Poplavska 2 / 3 FKK_033 Pharmaceutical Pharmacology Department of Pharmaceutical Chemistry Inga Urtāne 5 / 7.5 VC_114 Pharmaceutical Terminology in the English Language Language Centre Olga Voika 4 / 6 ZFTK_046 Pharmacognosy with Phytotherapy Course Department of Dosage Form Technology Edita Romāne 7 / 10.5 FKK_034 Pharmacotherapy in Pharmacist's Practice Department of Pharmaceutical Chemistry Inga Urtāne 5 / 7.5 ZFTK_001 Pharmacy Dosage Form Technology Department of Dosage Form Technology Venta Šidlovska 8 / 12 VC_035 Pharmacy Terminology in Latvian Language Centre Inga Kaija 2 / 3 VC_036 Pharmacy Terminology in Russian Language Centre Ludmila Jermakoviča 2 / 3 HZK_012 Philosophical Anthropology Department of Humanities Vija Sīle 2 / 3 FKK_032 Physical Pharmacy Liāna Orola Liāna Orola 3 / 4.5 ZFTK_030 Placement in Pharmacognosy Department of Dosage Form Technology Edita Romāne 1 / 1.5 SVUEK_036 Public Health and Epidemiology Department of Public Health and Epidemiology Lauma Spriņģe 2 / 3 FKK_003 Quantitative Analysis Department of Pharmaceutical Chemistry Inga Urtāne 4 / 6 ZFTK_050 Social Pharmacy and Pharmaceutical Care Department of Dosage Form Technology Elita Poplavska 4 / 6 ZFTK_020 Specific Drug Dosage Forms Department of Dosage Form Technology Venta Šidlovska 2 / 3 SUUK_091 Sports for Health Andris Eikens Andris Eikens 2 / 3 SUUK_135 Sports for Health 1 Department of Sports and Nutrition Voldemārs Arnis 2 / 3 SUUK_136 Sports for Health 2 Department of Sports and Nutrition Indra Vīnberga 2 / 3 FKK_012 Toxicological Chemistry Department of Pharmaceutical Chemistry Katrīna Sudmale 5 / 7.5
- RSU main building, 16 Dzirciema iela
- Medical Education Technology Centre, 26a Anniņmuižas bulvāris
- Institute of Anatomy and Anthropology, 9 Kronvalda bulvāris
- Pauls Stradiņš Clinical University Hospital
- Riga East Clinical University Hospital
Career opportunities following studies
The main work places for graduates are pharmacies, where pharmacists provide pharmaceutical care - counsel pharmacy customers, dispense prescription medications, prepare medication etc. Pharmacists also work in medical supermarkets and pharmaceutical manufacturing companies, medical products agencies, laboratories, scientific research institutions. Our graduates work in state institutions - Ministry of Health of the Republic of Latvia, State Agency of Medicines of the Republic of Latvia, Health Inspectorate, The National Health Service - in the public service at various levels, as specialists, inspectors.
Graduating from Riga Stradiņš University has helped be grow both profesionally, as well as an individual personality. I am proud to say that I have graduated from this university. I can't deny that the road to knowledge has not been the easiest, and no wonder there is an expression Per aspera ad astra (heading through thorns to reach the stars). Having completed my undergraduate studies in the Pharmacy study programme I decided to continue in the RSU Master's study programme Clinical Pharmacy as I know that I won't be disappointed with the knowledge transmitted by the teaching staff and the work completed with them.
Lāsma Mukāne, pharmacist at "Saules aptieka" Pty. Ltd.
Studies may be continued in the following RSU Master's programmes (only Public Health, Health Management are offered in English):
Head of Programme
Head of Study Programme, Industrial Pharmacy
Academic Staff, Pharmacy (LV)
Academic Staff, Department of Dosage Form Technology
Working hours:Mon 16:00–17:00