This course introduces the fundamental concepts and practical applications of bioinformatics, a field crucial for modern biology. It focuses on using computational methods to analyze biological data, particularly DNA and protein sequences and structures. The course emphasizes the practical application of these tools, rooted in evolutionary theory, and involves extensive computer-based exercises. Students will learn to leverage vast biological databases and analytical techniques to understand biological processes and optimize experimental work.
The course content covers essential topics in bioinformatics, progressing from evolutionary principles to practical data analysis techniques. It includes hands-on computer exercises using industry-standard tools and databases.
The skills gained in bioinformatics are applicable across various sectors of the life sciences and technology industries.
This course is offered as part of several BSc programs including Biotechnology, General Engineering, Life Science Engineering, and Human Life Science Engineering. It can also be taken as an elective or as part of the Technology Core Courses.
EU/EEA citizens are not required to pay tuition fees. The tuition fee for non-EU/EEA citizens is 7500 EUR per semester, totaling 30,000 EUR for a 2-year MSc program. Tuition fees are expected to be revised for Autumn 2026.
EU/EEA citizens are not required to pay tuition fees. For non-EU/EEA citizens, the tuition fee is 7500 EUR per semester. Please note that tuition fees are subject to revision for Autumn 2026.
The 'Introduction to Bioinformatics' is a single course that lasts for 13 weeks.
The language of instruction for this course is English.
Skills gained in bioinformatics are applicable in sectors like life sciences and technology, with potential roles as a Bioinformatician, Data Analyst (Life Sciences), or Research Assistant.
Applicants should have completed previous courses (27002 or 27008) and possess a basic understanding of biological processes, cell structure, biochemical and molecular biological processes, and biotechnological processes.
As an exchange student, you need to be nominated by your home institution and have completed at least one or two years of university studies, depending on the agreement. You will then submit your application materials to DTU and should confirm specific deadlines with your home university.