Search results

    Search results

    Show all results for ""
    Can not find any results or suggestions for "."

    Search tips

    • Make sure there are no spelling errors
    • Try different search terms or synonyms
    • Narrow your search for more hits

    How can we help?

    Contact Us

    Find Employees

    University of Skövde, link to startpage

    Search results

      Search results

      Show all results for ""
      Can not find any results or suggestions for "."

      Search tips

      • Make sure there are no spelling errors
      • Try different search terms or synonyms
      • Narrow your search for more hits

      How can we help?

      Contact Us

      Find Employees

      University of Skövde, link to startpage

      Programming Project in Bioinformatics G2F

      Course, Bachelor's (1st cycle), 7.5 credits, BI507G

      Application

      Choose a course instance to see course syllabus and admission requirements.

      Autumn 2026, Location: Skövde, Pace of study: 25%

      Application

      Application is done after nomination.

      Course syllabus, with reading list

      When? Where? How?

      Study period: 31 August 2026 - 17 January 2027
      Location: Skövde, Campus, Daytime
      Pace of study: 25%

      Admission Requirements

      Entry requirements higher education not set. The course has the following prerequisites: passed course BI119G Introduction to Bioinformatics G1N, passed course BI121G Bioinformatics Analysis with Python 1 G1N.Additional requirements: attended BI319G Expression analysis with R G1F with passed grade on Written assignment 1 and passed grade on Seminar or passed grade on Written assignment 2 (or the equivalent).Since the level of progression of the course is G2F the prerequisites are at least 60 credits in one or both of the subjects bioinformatics and bioscience, where the courses above are included.

      Selection

      Guaranteed admission.

      Language

      The courses are conducted in English.

      Have you already learnt how to program in Python and R, and do you have an interest in how these languages are used in bioinformatics? If so, this course offers an opportunity to develop your ability to write programs that solve bioinformatic analysis problems.

      In this course we will present a number of bioinformatic analysis problems. You will then choose one of those problems and independently develop a solution that you will implement using Python and/or R. During the project work you will develop your ability to break donw an analysis problem into logical parts, describe solutions to these parts and thereby develop algorithms that you will then implement in code.

      Contact

      Course co-ordinator

      Examiner

      Published: 2/11/2026
      Edited: 2/11/2026
      Responsible: webmaster@his.se