The BioSciences major offers a rigorous exposure to the modern experimental and computational disciplines within Bioinformatics and Medicinal Chemistry fields. The curriculum includes upper-level coursework in chemistry, physics, applied informatics
or bioinformatics allowing students to deepen their understanding
of the intricate world of (nano)bio-oriented chemistry. Students have the opportunity to experience cutting-edge modern research within the faculty. Our curriculum is designed to provide students with a broad and well-rounded education that will enable them to pursue a career in academia and pharmaceutical or IT industry.
or bioinformatics allowing students to deepen their understanding
of the intricate world of (nano)bio-oriented chemistry. Students have the opportunity to experience cutting-edge modern research within the faculty. Our curriculum is designed to provide students with a broad and well-rounded education that will enable them to pursue a career in academia and pharmaceutical or IT industry.
SPECIALITIES
BIOINFORMATICS
Bioinformatics constitutes an interdisciplinary research area, covering applications of computer
science, chemistry and biochemistry to solve biological problems, usually at the molecular level.
Typical activities include analysis of information contained in literature, genetic and structural
databases, prediction of protein structure, drug and biocatalyst or biosensor design. The curriculum
introduces programming skills necessary
for automation of database searches and analysis of numerical and bioinformatics data, including analysis of new genome sequencing (NGS) results. The study programme includes advanced computer programming as well as specialized molecular biology techniques which are highly valued on present job market.
for automation of database searches and analysis of numerical and bioinformatics data, including analysis of new genome sequencing (NGS) results. The study programme includes advanced computer programming as well as specialized molecular biology techniques which are highly valued on present job market.
JOB PRospects
The combination of computational skills and basic knowledge of biotechnology aims to
prepare the graduates for work in research and development sectors, manufacturing chemical
software or databases, developing modern bioinformatics diagnostic services in medical
laboratories, conducting quality control in environment protection pharmaceutical or food industry laboratories. Our graduates typically continue level III (Ph.D.) education in renowned academic institutions or are employed by national and international companies.
MEDICINAL CHEMISTRY
Medicinal chemistry is a scientific discipline at the intersection of chemistry and computational
science, connected with designing, synthesizing and developing new pharmaceuticals. At the
beginning, medicinal chemistry was involved in screening of natural sources like plants or animals
for bioactive compounds. Now, natural products serve as the lead structures in the synthesis and
development of new chemical entities dedicated for therapeutic use. Medicinal chemistry
includes preparation and analysis of existing and new potential drugs, evaluation of their biological
properties, analysis of structure-activity relationships. It is a highly interdisciplinary discipline widely
using advanced, synthetic, spectroscopic, computational methods and machine learning. Thus, medicinal chemists cooperate with theoretical chemists, synthetic chemists, medical doctors, microbiologists and pharmacologists.
The graduation document certifies the degree in chemistry with the notification of a deepened specialization in Medicinal Chemistry. The study
for applicants without engineering degree lasts 2 years, otherwise 1.5 years only.
The graduation document certifies the degree in chemistry with the notification of a deepened specialization in Medicinal Chemistry. The study
for applicants without engineering degree lasts 2 years, otherwise 1.5 years only.
JOB PRospects
The students are educated in the field of chemistry, mainly synthesis, structure analysis including
spectroscopic methods, molecular modeling, machine learning and they have training in medicinal
chemistry. Some students, depending on their master thesis topic, may accomplish part of their research and/or graduate laboratory at Medical University, under supervision of medical doctors or in the Institute of Immunology and Experimental Therapy in Wrocław. Master's Degree programmes
provide many skills and abilities demanded in scientific laboratories as well as in modern chemical and pharmaceutical industry, especially in R&D units.