Doctoral Study

Graduate Profile of the Analytical Chemistry Study Program

Graduates of the doctoral study program in Analytical Chemistry have mastered scientific research and development methods across various specialized, application-oriented, and method-oriented fields.

Specialized areas include trace and ultra-trace analysis, analysis of complex multi-component samples, and analysis of chiral substances. Application-oriented fields encompass environmental and pharmaceutical analysis, as well as the analysis of clinical and biological samples. Method-oriented areas cover identification and detection methods, separation techniques, chemometric methods, and sample preparation techniques.

Graduates are proficient in the principles of Good Laboratory Practice (GLP) and are well-versed in occupational health, safety, hygiene, and fire protection regulations. They understand procedures for handling toxic and hazardous substances, adhere to laboratory work protocols, and are familiar with legislation relevant to analytical chemistry.

They are capable of performing general operations in a chemical laboratory and can conduct independent, creative scientific work, including publishing their findings. Graduates can teach specialized chemistry courses at the university level and independently plan and lead research teams.

Their skills include designing effective methods and procedures for sampling and relevant physicochemical testing, applying analytical methods, and identifying the causes of unexpected results in routine analyses. They can apply and validate the outcomes of research and development tasks and scientific-technical knowledge.

Furthermore, graduates command the fundamentals of computational chemistry and commercial chemical analysis software, along with the basics of information and communication technologies. They consistently work in accordance with professional, legal, and ethical standards in science and uphold the principles of green analytical chemistry.