Description
The Bachelor's Degree in Chemistry is offered by the Department of Chemistry at the University of Ioannina and provides students with high-level theoretical and laboratory training. The program covers fundamental and applied areas of Chemistry, including organic, inorganic, physical, and analytical chemistry, as well as related fields such as biochemistry, materials science, environmental chemistry, and informatics. The degree aims to equip graduates with the knowledge, skills, and competences necessary for professional employment, research activities, or further studies in postgraduate programs.
Relation to Employment
Graduates of the Department of Chemistry can work in the public and private sectors, in laboratories for quality and environmental control of products, in the chemical industry, in aquaculture and enology laboratories, as well as in healthcare services performing chemical and biochemical analyses. Additionally, they can pursue careers in education or establish private laboratories as independent professionals, while an academic career requires a doctoral degree and research experience.
Access Requirements / Progression Opportunities
Admission to the program requires a Secondary School Leaving Certificate (High School Diploma) and successful participation in national-level examinations or qualifying entrance examinations.
Knowledge
Graduates of the Department of Chemistry acquire in-depth knowledge of the fundamental concepts, principles, and laws of Chemistry, including the structure of matter, chemical reactions, and the properties of chemical compounds, from the atomic level to industrial applications. They also understand methods of qualitative and quantitative analysis, modern analytical techniques, and the basic principles governing various subfields of Chemistry, such as organic, inorganic, physical, and analytical chemistry.
Skills
Graduates develop the ability to apply modern laboratory techniques, equipment, and instruments for chemical analysis and experimentation. They can design, execute, and interpret experimental results, use mathematical and computational tools to solve chemical problems, and apply methods for the separation, identification, and quantification of chemical compounds. These skills enable them to work effectively in professional, research, and industrial environments.
Competences
Graduates gain the capacity to evaluate and synthesize data from experimental and theoretical sources, apply their knowledge to real-world problems in both public and private sectors, adapt to new technological challenges, and communicate scientific results effectively. They are able to make evidence-based decisions in chemical and related scientific/professional contexts and collaborate efficiently in interdisciplinary teams.