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Cosmetic Chemistry
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Summary of the Profile
General Description:
Objective(s) of the study programme:
The aim of the programme is to prepare specialists in cosmetic chemistry who will possess knowledge and research skills in the field of chemistry, life and health sciences necessary to develop, manufacture, analyse and certify innovative cosmetic materials and products.
Learning outcomes:
Subject-related competences of the study program:
The graduates
1.1. Will be able to characterize chemical phenomena on the basis of the knowledge of fundamental theories, terminology and facts of various branches of chemistry, mathematics, physics, life and health sciences.
1.2. Will be able to combine knowledge acquired from different subjects in solving routine qualitative and quantitative problems in cosmetic chemistry.
1.3. Will be able to evaluate and interpret information and data on the properties of chemical and bioactive substances and their impact on human organism.
1.4. Will be able to collect, analyse, and evaluate information sources as well as systematize and present the obtained data in a form of numeric description in Lithuanian and English.
2.1. Will be able to formulate the aim and objectives of the research when planning problem-solving strategies.
2.2. Will be able to select the appropriate methodology of the research when effectively planning the required resources.
2.3. Will be able to apply the theoretical knowledge and practical skills acquired in different subjects, perform laboratory, scientific and experimental development research, analyze and evaluate their results.
2.4. Will be able to summarize the results of laboratory, scientific and experimental development research and formulate conclusions.
3.1. Will be able to carry out standard laboratory tests using laboratory equipment and devices, work with chemical substances in compliance with all regulations of labour safety and bioethics.
3.2. Will be able to select and conduct qualitative and quantitative research into the chemical and bioactive substances used in cosmetics and interpret the obtained results.
3.3. Will be able to develop innovative cosmetic substances and products and evaluate the impact of used chemicals and bioactive substances on human organism.
3.4. Will be able to make reliable measurements, document and analyse their results using computer software, ensuring conformity with validation principles and quality control requirements for cosmetics.
The general competences (social and personal skills) of the study programme:
4.1. Will be able to work in a multidisciplinary team reconciling the interests to perform collaborative tasks appropriately.
4.2. Will be able to apply critical, systemic and creative thinking, to work with responsibility and care, acknowledging the importance of personal leadership.
4.3. Will be able to use appropriate language to present scientific information in a written and oral form both for specialist and lay audience.
4.4. Will be able to organize and ensure safe work in chemical laboratories and enterprises; will understand the long-term consequences for society and environment resulting from decisions taken.
4.5. Will be able to adapt to change and plan as well as manage the process of personal and professional development, recognizing the importance of life-long learning.
5.1. Will be able to work autonomously, to plan and organize own work and time.
Activities of teaching and learning:
Cosmetic chemistry study programme is conducted in a form of full-time contact studies and/ or the online, blended or hybrid form if necessary. At the beginning of each course unit, the students are introduced to the aims and outcomes of the course unit, methods of assessing progress and organizing autonomous work, and study methods.
The programme involves different study methods (a case study, preparation and writing a bachelor’s thesis, discussion, group discussion, conducting an individual/ group project, preparation of a written individual/ group paper, information search, field trips to a laboratory performing development and testing of cosmetics; consultation, laboratory work, lecture; preparation and delivery of a presentation; practicals; problem-based learning; practicum, writing a practicum report; writing a review; autonomous work; seminars; selection of appropriate methods of research and analysis; working with digital technologies) that will contribute to achieving study outcomes of the study programme, enable implementation of the action- and problem-based approach and ensure integration of theory and practice. Lectures, theoretical seminars and practicals are combined with the forms of individual work, group work and autonomous students’ work.
Methods of assessment of learning achievement:
To ensure active participation of students and objective assessment of the study results, a cumulative method is employed in many course units, when the summative assessment is performed at the end of semester (with weighting assigned in advance to each assignment).
The assignments completed by the students or their knowledge and skills are assessed during the semester using a cumulative method (presentation and defence of a report; presentation of conducted research; defence of the final paper; examination; defence of a written individual/ group paper; book review; colloquium; a quiz; defence of a laboratory work; literature review paper; defence of the practicum report; project work; interim check; tests; oral presentation, etc.).
Each course unit (subject) is finished with a final examination or test. The examinations are taken in writing or orally, or both. Students’ achievement during the examination is assessed on a scale from 1 (fail, insufficient) to 10 (excellent). It is essential that the assessment should be objective and professional, applying the relevant grader’s competences on assessment and testing. Assessment of student achievement is done under procedures established by the University.
Framework:
Study subjects (modules), practical training:
The study programme involves 240 credits, which include subjects providing basic knowledge (English for Academic Purposes and Science, Mathematics, Introduction to Cosmetic Chemistry Studies), disciplines in chemistry (General Chemistry, Analytical Chemistry, Inorganic Chemistry, Organic Chemistry, Physical Chemistry, Chemistry of colloids and nanomaterials, Polymers in Cosmetics, Chromatographic Methods in Cosmetic Chemistry, Methods of Optical Analysis in Cosmetic Chemistry), physics (Physics), life sciences (General Biology, Cell Biology, Microbiology, Biochemistry), health sciences (Essentials of Human Anatomy and Physiology, Pharmacology, Immunology and Toxicology, Dermatology), and special subjects in cosmetic chemistry (Validation and Quality Control of Cosmetics, Cosmetic Ingredients, Formulations and Technology).
60 credits are dedicated to individualization of studies.
15 credits are allocated to study internship (practicum) during which students consolidate and improve the general and special competences acquired in the study programme.
The study programme is completed with preparation and defence of the Bachelor’s Thesis (15 credits).
Specialisations:
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Optional courses:
Students can personalise their studies (60 credits). Students can choose from: subjects included in the programme (Introduction to Computer Programming and Data Analysis, Applied Biophysics, Green Chemistry, Organoleptic Chemistry, Rheology, Basics of Marketing, Academic Literacy, Colours and Shades; Management in the Chemical Industry, Active Chemical Substances, Bioinorganic Chemistry, The Chemistry of Natural Compounds and their Applications in Cosmetics), or subjects from other fields of study (from the general VU list) / General University Studies (GUS) / Minor field Studies.
Students are offered opportunities to participate in exchange programmes, smart practice and study according to an individual study plan.
Distinctive features of the study programme:
The uniqueness of the Cosmetic Chemistry programme lies in a wide scope of disciplines from different study fields offered side by side, the knowledge of which is crucial in the development of cosmetic products.
The study programme begins with general subjects, followed by separate branches of chemistry and special courses necessary for the development, manufacturing and analysis of of cosmetics. Simultaneously, subjects in the fields of physical, life and health sciences are studied, which provide knowledge of the principles of functioning of living organisms, the structure of human body and its possible interaction with chemical, bioactive substances or physical phenomena.
The programme is oriented at product development and manufacturing technologies, analysis and certification, taking into account the impact of these products on human organism.
The graduates who will select courses in marketing and management will acquire knowledge about introducing a new product to the market, will be able to organize the work of a cosmetic enterprise and possess the basics of entrepreneurship.
Access to professional activity or further study:
Access to professional activity:
The graduates of Cosmetic Chemistry study programme will be able to work in cosmetic, personal care or perfume industry, state institutions executing control of such products, research institutions, collaborate with specialists offering health/beauty services, provide consulting services, or start own business.
Access to further study:
The graduates of the Cosmetic Chemistry programme will be able to continue studies for Master’s degree in physical sciences in Lithuania and abroad. They can also proceed to master programmes in other study fields immediately or on completion of bridging studies.
