The study programme in Bachelor in Bioinformatics provides basic knowledge and skills in mathematics, computer science and natural sciences, enabling graduates to work in the field of information technology, especially in institutes and enterprises specialising in the analysis and application of biological data and biotechnologies.

UB’s Bioinformatics and Computational Biology program combines biology, computer science, and data analysis. You'll use electronic health records to prevent pandemics, analyze genetic data to develop new treatments, or create models to strengthen ecosystems. A flexible, interdisciplinary major with in-demand skills!

The Bachelor's degree in Medical and Bioinformatics (MBI) trains top talent who combine the worlds of computer science, data analysis and natural sciences. These sought-after experts work closely with physicians and biologists to master complex challenges and develop innovative solutions.

Bioinformatics is a discipline that applies Computer Science as a tool to solve problems in molecular biology. The degree has been developed in collaboration between Computer Scientists and Biologists. Mathematics coursework is also represented, as an understanding of statistics is necessary when working as a bioinformatics scientist. This is truly a unique and interdisciplinary degree.

Research into heredity and diseases is no longer possible without programmers. Wondering how you can apply IT and biology skills to lifelike problems in health and disease? Then the unique Advanced Bachelor of Bioinformatics in Bruges (Belgium) is something for you!

In today’s world, molecular biology, biochemistry, and other biological fields are becoming increasingly information driven. Mainly the need of processing massive quantities of sequence information generated by recent developments in genome sequencing and proteome analysis has propelled these life sciences into a new era in which computer science, information technologies, and biology merged into a single discipline as bioinformatics.

Bioinformatics is an emerging interdisciplinary field with strong market demand in China, especially abroad. 西交利物浦大学 's Bioinformatics program aims to provide students with comprehensive training in the fields of information science and bioinformatics to develop graduates who can interpret genetic information from the perspective of computational science and biological science.

Bioinformatics focuses on the unique issues that occur when you apply computers to biological systems. During the course of your studies, you'll receive comprehensive training in computer science, mathematics, chemistry, physics and biology. Much of your learning will occur while actively working on problems in class, during tutorials and in the laboratory.

Learn to harness the power of big data and make discoveries that advance human health. An evolving interdisciplinary field, bioinformatics is opening up new frontiers in science by allowing researchers to make sense of huge amounts of raw molecular data. Sitting at the nexus of computer science and the natural sciences, bioinformatics has allowed for in-depth study of the human genome and the genomes of plants and animals.

Bioinformatics and computational biology incorporate computer science, statistics, and information technology to create tools for processing and analyzing biological data, and to advance the understanding of living systems through computation. At Illinois Tech the bioinformatics major blends courses in biology, chemistry, and physics with courses in programming, statistics, and other methods, producing graduates who are both strong in science and able to develop and use data processing tools to advance scientific knowledge.

Bio Informatics is a field that combines life sciences with computer science. This pioneering field is at the forefront of research in life sciences, developing up-to-date research methods and the renewable possibilities of using computerized algorithms.

Bioinformatics is a multidisciplinary area of scientific study, that makes use of computing knowledge to understand biology. Through this undergraduate programme, students can learn to create tools with computer science, statistics, and information technology for processing and analyzing biological data. This programme well equips students with hands-on skills to handle large sets of biological data, such as those extracted from Big Data – the most popular subject in contemporary science. Bioinformatics is an important element for the development of a smart city. Graduates with these skills are most demanded in the medical sector, as well as biomedical, pharmaceutical, and biotechnological industries.

Puzzling behind the computer with data about plants, humans and animals. That is the core of bioinformatics. As a bioinformatician you help with research into genetic material (DNA), the cause of hereditary diseases, finding new medicines or improving food.

Bioinformatics is the theory, application and development of computing tools to solve problems and create hypotheses in all areas of biological sciences. Biology in the post-genome world has been and continues to be transformed from a largely laboratory-based science to one that integrates experimental and information science. Bioinformatics has contributed to advances in biology by providing tools that handle datasets too large and/or complex for manual analysis.

Linking "Life Sciences" - biology, genetics, medicine, pharmacy and computational sciences - with computer science, mathematics and statistics has made the field of Bioinformatics indispensable.